TSTP Solution File: HWV114-1 by Z3---4.8.9.0
View Problem
- Process Solution
%------------------------------------------------------------------------------
% File : Z3---4.8.9.0
% Problem : HWV114-1 : TPTP v8.1.0. Released v6.1.0.
% Transfm : none
% Format : tptp
% Command : z3_tptp -proof -model -t:%d -file:%s
% Computer : n006.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 : Sat Sep 17 02:17:15 EDT 2022
% Result : Unsatisfiable 126.71s 79.27s
% Output : Proof 128.19s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.12 % Problem : HWV114-1 : TPTP v8.1.0. Released v6.1.0.
% 0.13/0.14 % Command : z3_tptp -proof -model -t:%d -file:%s
% 0.15/0.35 % Computer : n006.cluster.edu
% 0.15/0.35 % Model : x86_64 x86_64
% 0.15/0.35 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.15/0.35 % Memory : 8042.1875MB
% 0.15/0.35 % OS : Linux 3.10.0-693.el7.x86_64
% 0.15/0.35 % CPULimit : 300
% 0.15/0.35 % WCLimit : 300
% 0.15/0.35 % DateTime : Thu Sep 1 00:53:54 EDT 2022
% 0.15/0.35 % CPUTime :
% 0.15/0.35 Z3tptp [4.8.9.0] (c) 2006-20**. Microsoft Corp.
% 0.15/0.35 Usage: tptp [options] [-file:]file
% 0.15/0.35 -h, -? prints this message.
% 0.15/0.35 -smt2 print SMT-LIB2 benchmark.
% 0.15/0.35 -m, -model generate model.
% 0.15/0.35 -p, -proof generate proof.
% 0.15/0.35 -c, -core generate unsat core of named formulas.
% 0.15/0.35 -st, -statistics display statistics.
% 0.15/0.35 -t:timeout set timeout (in second).
% 0.15/0.35 -smt2status display status in smt2 format instead of SZS.
% 0.15/0.35 -check_status check the status produced by Z3 against annotation in benchmark.
% 0.15/0.35 -<param>:<value> configuration parameter and value.
% 0.15/0.35 -o:<output-file> file to place output in.
% 126.71/79.27 % SZS status Unsatisfiable
% 126.71/79.27 % SZS output start Proof
% 126.71/79.27 tff(v929_type, type, (
% 126.71/79.27 v929: ( $i * $i ) > $o)).
% 126.71/79.27 tff(bitIndex1_type, type, (
% 126.71/79.27 bitIndex1: $i)).
% 126.71/79.27 tff(constB9_type, type, (
% 126.71/79.27 constB9: $i)).
% 126.71/79.27 tff(v940_type, type, (
% 126.71/79.27 v940: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v938_type, type, (
% 126.71/79.27 v938: ( $i * $i ) > $o)).
% 126.71/79.27 tff(constB8_type, type, (
% 126.71/79.27 constB8: $i)).
% 126.71/79.27 tff(v13_type, type, (
% 126.71/79.27 v13: ( $i * $i ) > $o)).
% 126.71/79.27 tff(bitIndex2_type, type, (
% 126.71/79.27 bitIndex2: $i)).
% 126.71/79.27 tff(bitIndex0_type, type, (
% 126.71/79.27 bitIndex0: $i)).
% 126.71/79.27 tff(v956_type, type, (
% 126.71/79.27 v956: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v7_type, type, (
% 126.71/79.27 v7: ( $i * $i ) > $o)).
% 126.71/79.27 tff(constB10_type, type, (
% 126.71/79.27 constB10: $i)).
% 126.71/79.27 tff(sP959_type, type, (
% 126.71/79.27 sP959: $i > $o)).
% 126.71/79.27 tff(sP958_type, type, (
% 126.71/79.27 sP958: $i > $o)).
% 126.71/79.27 tff(sK952_VarCurr_type, type, (
% 126.71/79.27 sK952_VarCurr: $i)).
% 126.71/79.27 tff(constB11_type, type, (
% 126.71/79.27 constB11: $i)).
% 126.71/79.27 tff(constB7_type, type, (
% 126.71/79.27 constB7: $i)).
% 126.71/79.27 tff(constB6_type, type, (
% 126.71/79.27 constB6: $i)).
% 126.71/79.27 tff(v957_type, type, (
% 126.71/79.27 v957: $i > $o)).
% 126.71/79.27 tff(v958_type, type, (
% 126.71/79.27 v958: $i > $o)).
% 126.71/79.27 tff(v1_type, type, (
% 126.71/79.27 v1: $i > $o)).
% 126.71/79.27 tff(constB5_type, type, (
% 126.71/79.27 constB5: $i)).
% 126.71/79.27 tff(constB4_type, type, (
% 126.71/79.27 constB4: $i)).
% 126.71/79.27 tff(constB3_type, type, (
% 126.71/79.27 constB3: $i)).
% 126.71/79.27 tff(constB2_type, type, (
% 126.71/79.27 constB2: $i)).
% 126.71/79.27 tff(constB1_type, type, (
% 126.71/79.27 constB1: $i)).
% 126.71/79.27 tff(nextState_type, type, (
% 126.71/79.27 nextState: ( $i * $i ) > $o)).
% 126.71/79.27 tff(constB0_type, type, (
% 126.71/79.27 constB0: $i)).
% 126.71/79.27 tff(v960_type, type, (
% 126.71/79.27 v960: $i > $o)).
% 126.71/79.27 tff(v934_type, type, (
% 126.71/79.27 v934: $i > $o)).
% 126.71/79.27 tff(v11_type, type, (
% 126.71/79.27 v11: $i > $o)).
% 126.71/79.27 tff(constB15_type, type, (
% 126.71/79.27 constB15: $i)).
% 126.71/79.27 tff(constB16_type, type, (
% 126.71/79.27 constB16: $i)).
% 126.71/79.27 tff(constB13_type, type, (
% 126.71/79.27 constB13: $i)).
% 126.71/79.27 tff(constB12_type, type, (
% 126.71/79.27 constB12: $i)).
% 126.71/79.27 tff(constB14_type, type, (
% 126.71/79.27 constB14: $i)).
% 126.71/79.27 tff(v17_type, type, (
% 126.71/79.27 v17: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v1019_type, type, (
% 126.71/79.27 v1019: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v1017_type, type, (
% 126.71/79.27 v1017: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v20_type, type, (
% 126.71/79.27 v20: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v1011_type, type, (
% 126.71/79.27 v1011: $i > $o)).
% 126.71/79.27 tff(v1012_type, type, (
% 126.71/79.27 v1012: $i > $o)).
% 126.71/79.27 tff(v1013_type, type, (
% 126.71/79.27 v1013: $i > $o)).
% 126.71/79.27 tff(b100_type, type, (
% 126.71/79.27 b100: $i > $o)).
% 126.71/79.27 tff(v1006_type, type, (
% 126.71/79.27 v1006: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v47_type, type, (
% 126.71/79.27 v47: $i > $o)).
% 126.71/79.27 tff(v32_type, type, (
% 126.71/79.27 v32: $i > $o)).
% 126.71/79.27 tff(v763_type, type, (
% 126.71/79.27 v763: $i > $o)).
% 126.71/79.27 tff(v765_type, type, (
% 126.71/79.27 v765: $i > $o)).
% 126.71/79.27 tff(v747_type, type, (
% 126.71/79.27 v747: $i > $o)).
% 126.71/79.27 tff(v755_type, type, (
% 126.71/79.27 v755: $i > $o)).
% 126.71/79.27 tff(v748_type, type, (
% 126.71/79.27 v748: $i > $o)).
% 126.71/79.27 tff(v749_type, type, (
% 126.71/79.27 v749: $i > $o)).
% 126.71/79.27 tff(v119_type, type, (
% 126.71/79.27 v119: $i > $o)).
% 126.71/79.27 tff(v930_type, type, (
% 126.71/79.27 v930: $i > $o)).
% 126.71/79.27 tff(v931_type, type, (
% 126.71/79.27 v931: $i > $o)).
% 126.71/79.27 tff(v932_type, type, (
% 126.71/79.27 v932: $i > $o)).
% 126.71/79.27 tff(v994_type, type, (
% 126.71/79.27 v994: ( $i * $i ) > $o)).
% 126.71/79.27 tff(sP953_aig_name_type, type, (
% 126.71/79.27 sP953_aig_name: $i > $o)).
% 126.71/79.27 tff(v993_type, type, (
% 126.71/79.27 v993: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v977_type, type, (
% 126.71/79.27 v977: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v1050_type, type, (
% 126.71/79.27 v1050: $i > $o)).
% 126.71/79.27 tff(v1052_type, type, (
% 126.71/79.27 v1052: $i > $o)).
% 126.71/79.27 tff(v1044_type, type, (
% 126.71/79.27 v1044: $i > $o)).
% 126.71/79.27 tff(v1045_type, type, (
% 126.71/79.27 v1045: $i > $o)).
% 126.71/79.27 tff(v1047_type, type, (
% 126.71/79.27 v1047: $i > $o)).
% 126.71/79.27 tff(sP957_type, type, (
% 126.71/79.27 sP957: $i > $o)).
% 126.71/79.27 tff(v28_type, type, (
% 126.71/79.27 v28: ( $i * $i ) > $o)).
% 126.71/79.27 tff(sP960_type, type, (
% 126.71/79.27 sP960: $i > $o)).
% 126.71/79.27 tff(v62_type, type, (
% 126.71/79.27 v62: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v924_type, type, (
% 126.71/79.27 v924: ( $i * $i ) > $o)).
% 126.71/79.27 tff(sP954_aig_name_type, type, (
% 126.71/79.27 sP954_aig_name: $i > $o)).
% 126.71/79.27 tff(v1003_type, type, (
% 126.71/79.27 v1003: $i > $o)).
% 126.71/79.27 tff(v73_type, type, (
% 126.71/79.27 v73: $i > $o)).
% 126.71/79.27 tff(v67_type, type, (
% 126.71/79.27 v67: ( $i * $i ) > $o)).
% 126.71/79.27 tff(constB19_type, type, (
% 126.71/79.27 constB19: $i)).
% 126.71/79.27 tff(v888_type, type, (
% 126.71/79.27 v888: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v770_type, type, (
% 126.71/79.27 v770: ( $i * $i ) > $o)).
% 126.71/79.27 tff(bitIndex3_type, type, (
% 126.71/79.27 bitIndex3: $i)).
% 126.71/79.27 tff(v90_type, type, (
% 126.71/79.27 v90: ( $i * $i ) > $o)).
% 126.71/79.27 tff(bitIndex66_type, type, (
% 126.71/79.27 bitIndex66: $i)).
% 126.71/79.27 tff(range_69_63_type, type, (
% 126.71/79.27 range_69_63: $i > $o)).
% 126.71/79.27 tff(v92_type, type, (
% 126.71/79.27 v92: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v94_type, type, (
% 126.71/79.27 v94: ( $i * $i ) > $o)).
% 126.71/79.27 tff(bitIndex556_type, type, (
% 126.71/79.27 bitIndex556: $i)).
% 126.71/79.27 tff(bitIndex5_type, type, (
% 126.71/79.27 bitIndex5: $i)).
% 126.71/79.27 tff(bitIndex68_type, type, (
% 126.71/79.27 bitIndex68: $i)).
% 126.71/79.27 tff(bitIndex558_type, type, (
% 126.71/79.27 bitIndex558: $i)).
% 126.71/79.27 tff(bitIndex4_type, type, (
% 126.71/79.27 bitIndex4: $i)).
% 126.71/79.27 tff(bitIndex67_type, type, (
% 126.71/79.27 bitIndex67: $i)).
% 126.71/79.27 tff(bitIndex557_type, type, (
% 126.71/79.27 bitIndex557: $i)).
% 126.71/79.27 tff(bitIndex64_type, type, (
% 126.71/79.27 bitIndex64: $i)).
% 126.71/79.27 tff(bitIndex554_type, type, (
% 126.71/79.27 bitIndex554: $i)).
% 126.71/79.27 tff(bitIndex63_type, type, (
% 126.71/79.27 bitIndex63: $i)).
% 126.71/79.27 tff(bitIndex553_type, type, (
% 126.71/79.27 bitIndex553: $i)).
% 126.71/79.27 tff(v978_type, type, (
% 126.71/79.27 v978: ( $i * $i ) > $o)).
% 126.71/79.27 tff(constB20_type, type, (
% 126.71/79.27 constB20: $i)).
% 126.71/79.27 tff(constB18_type, type, (
% 126.71/79.27 constB18: $i)).
% 126.71/79.27 tff(constB17_type, type, (
% 126.71/79.27 constB17: $i)).
% 126.71/79.27 tff(sP956_aig_name_type, type, (
% 126.71/79.27 sP956_aig_name: $i > $o)).
% 126.71/79.27 tff(reachableState_type, type, (
% 126.71/79.27 reachableState: $i > $o)).
% 126.71/79.27 tff(v952_type, type, (
% 126.71/79.27 v952: ( $i * $i ) > $o)).
% 126.71/79.27 tff(v970_type, type, (
% 126.71/79.27 v970: $i > $o)).
% 126.71/79.27 tff(v617_type, type, (
% 126.71/79.27 v617: $i > $o)).
% 126.71/79.27 tff(v615_type, type, (
% 126.71/79.27 v615: $i > $o)).
% 126.71/79.27 tff(v609_type, type, (
% 126.71/79.27 v609: $i > $o)).
% 126.71/79.27 tff(v610_type, type, (
% 126.71/79.27 v610: $i > $o)).
% 126.71/79.27 tff(v612_type, type, (
% 126.71/79.27 v612: $i > $o)).
% 126.71/79.27 tff(v572_type, type, (
% 126.71/79.27 v572: $i > $o)).
% 126.71/79.27 tff(v926_type, type, (
% 126.71/79.27 v926: ( $i * $i ) > $o)).
% 126.71/79.27 tff(1,assumption,(~v7(constB10, bitIndex1)), introduced(assumption)).
% 126.71/79.27 tff(2,assumption,(constB7 = sK952_VarCurr), introduced(assumption)).
% 126.71/79.27 tff(3,assumption,(~v7(sK952_VarCurr, bitIndex2)), introduced(assumption)).
% 126.71/79.27 tff(4,plain,
% 126.71/79.27 ((v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex2)) <=> (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex2))),
% 126.71/79.27 inference(rewrite,[status(thm)],[])).
% 126.71/79.27 tff(5,axiom,(v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex2)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16421')).
% 126.71/79.27 tff(6,plain,
% 126.71/79.27 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex2)),
% 126.71/79.27 inference(modus_ponens,[status(thm)],[5, 4])).
% 126.71/79.27 tff(7,plain,
% 126.71/79.27 (v7(sK952_VarCurr, bitIndex1)),
% 126.71/79.27 inference(unit_resolution,[status(thm)],[6, 3])).
% 126.71/79.27 tff(8,assumption,(constB10 = sK952_VarCurr), introduced(assumption)).
% 126.71/79.27 tff(9,plain,
% 126.71/79.27 (v7(constB10, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 126.71/79.27 inference(monotonicity,[status(thm)],[8])).
% 126.71/79.27 tff(10,plain,
% 126.71/79.27 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB10, bitIndex1)),
% 126.71/79.27 inference(symmetry,[status(thm)],[9])).
% 126.71/79.27 tff(11,assumption,(v7(sK952_VarCurr, bitIndex1)), introduced(assumption)).
% 126.71/79.27 tff(12,plain,
% 126.71/79.27 (v7(constB10, bitIndex1)),
% 126.71/79.27 inference(modus_ponens,[status(thm)],[11, 10])).
% 126.71/79.27 tff(13,plain,
% 126.71/79.27 ($false),
% 126.71/79.27 inference(unit_resolution,[status(thm)],[1, 12])).
% 126.71/79.27 tff(14,plain,((~(constB10 = sK952_VarCurr)) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.71/79.27 tff(15,plain,
% 126.71/79.27 (v7(constB10, bitIndex1)),
% 126.71/79.27 inference(unit_resolution,[status(thm)],[14, 8, 7])).
% 126.71/79.27 tff(16,plain,
% 126.71/79.27 (nextState(constB0, constB1) <=> nextState(constB0, constB1)),
% 126.71/79.27 inference(rewrite,[status(thm)],[])).
% 126.71/79.27 tff(17,axiom,(nextState(constB0, constB1)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16386')).
% 126.71/79.27 tff(18,plain,
% 126.71/79.27 (nextState(constB0, constB1)),
% 126.71/79.27 inference(modus_ponens,[status(thm)],[17, 16])).
% 126.71/79.27 tff(19,plain,
% 126.71/79.27 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext)))),
% 126.71/79.27 inference(bind,[status(th)],[])).
% 126.71/79.27 tff(20,plain,
% 126.71/79.27 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.27 inference(quant_intro,[status(thm)],[19])).
% 126.71/79.27 tff(21,plain,
% 126.71/79.27 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.27 inference(rewrite,[status(thm)],[])).
% 126.71/79.27 tff(22,plain,
% 126.71/79.27 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarCurr) | v1(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext)))),
% 126.71/79.27 inference(bind,[status(th)],[])).
% 126.71/79.27 tff(23,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | v1(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[22])).
% 126.71/79.28 tff(24,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | v1(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16417')).
% 126.71/79.28 tff(25,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[24, 23])).
% 126.71/79.28 tff(26,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[25, 21])).
% 126.71/79.28 tff(27,plain,(
% 126.71/79.28 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.28 inference(skolemize,[status(sab)],[26])).
% 126.71/79.28 tff(28,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[27, 20])).
% 126.71/79.28 tff(29,plain,
% 126.71/79.28 ((~v1(constB0)) <=> (~v1(constB0))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(30,axiom,(~v1(constB0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16418')).
% 126.71/79.28 tff(31,plain,
% 126.71/79.28 (~v1(constB0)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[30, 29])).
% 126.71/79.28 tff(32,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB0) | (~nextState(constB0, constB1)) | v1(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB0) | (~nextState(constB0, constB1)) | v1(constB1))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(33,plain,
% 126.71/79.28 (((~nextState(constB0, constB1)) | v1(constB0) | v1(constB1)) <=> (v1(constB0) | (~nextState(constB0, constB1)) | v1(constB1))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(34,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB0, constB1)) | v1(constB0) | v1(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB0) | (~nextState(constB0, constB1)) | v1(constB1)))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[33])).
% 126.71/79.28 tff(35,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB0, constB1)) | v1(constB0) | v1(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB0) | (~nextState(constB0, constB1)) | v1(constB1))),
% 126.71/79.28 inference(transitivity,[status(thm)],[34, 32])).
% 126.71/79.28 tff(36,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB0, constB1)) | v1(constB0) | v1(constB1))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(37,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB0) | (~nextState(constB0, constB1)) | v1(constB1)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[36, 35])).
% 126.71/79.28 tff(38,plain,
% 126.71/79.28 (v1(constB1)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[37, 31, 28, 18])).
% 126.71/79.28 tff(39,plain,
% 126.71/79.28 (nextState(constB1, constB2) <=> nextState(constB1, constB2)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(40,axiom,(nextState(constB1, constB2)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16385')).
% 126.71/79.28 tff(41,plain,
% 126.71/79.28 (nextState(constB1, constB2)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[40, 39])).
% 126.71/79.28 tff(42,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext))))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(43,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[42])).
% 126.71/79.28 tff(44,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(45,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((~v1(VarNext)) | (~v1(VarCurr))) <=> ((~v1(VarCurr)) | (~v1(VarNext)))), ((((~v1(VarNext)) | (~v1(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarCurr)) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarCurr)) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))), ((((~v1(VarNext)) | (~v1(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(46,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : (((~v1(VarNext)) | (~v1(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[45])).
% 126.71/79.28 tff(47,axiom,(![VarNext: $i, VarCurr: $i] : (((~v1(VarNext)) | (~v1(VarCurr))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16416')).
% 126.71/79.28 tff(48,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[47, 46])).
% 126.71/79.28 tff(49,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[48, 44])).
% 126.71/79.28 tff(50,plain,(
% 126.71/79.28 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(skolemize,[status(sab)],[49])).
% 126.71/79.28 tff(51,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[50, 43])).
% 126.71/79.28 tff(52,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB1)) | (~nextState(constB1, constB2)) | (~v1(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB1)) | (~nextState(constB1, constB2)) | (~v1(constB2)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(53,plain,
% 126.71/79.28 (((~nextState(constB1, constB2)) | (~v1(constB1)) | (~v1(constB2))) <=> ((~v1(constB1)) | (~nextState(constB1, constB2)) | (~v1(constB2)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(54,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB1, constB2)) | (~v1(constB1)) | (~v1(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB1)) | (~nextState(constB1, constB2)) | (~v1(constB2))))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[53])).
% 126.71/79.28 tff(55,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB1, constB2)) | (~v1(constB1)) | (~v1(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB1)) | (~nextState(constB1, constB2)) | (~v1(constB2)))),
% 126.71/79.28 inference(transitivity,[status(thm)],[54, 52])).
% 126.71/79.28 tff(56,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB1, constB2)) | (~v1(constB1)) | (~v1(constB2)))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(57,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB1)) | (~nextState(constB1, constB2)) | (~v1(constB2))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[56, 55])).
% 126.71/79.28 tff(58,plain,
% 126.71/79.28 (~v1(constB2)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[57, 51, 41, 38])).
% 126.71/79.28 tff(59,plain,
% 126.71/79.28 (nextState(constB2, constB3) <=> nextState(constB2, constB3)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(60,axiom,(nextState(constB2, constB3)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16384')).
% 126.71/79.28 tff(61,plain,
% 126.71/79.28 (nextState(constB2, constB3)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[60, 59])).
% 126.71/79.28 tff(62,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB2) | (~nextState(constB2, constB3)) | v1(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB2) | (~nextState(constB2, constB3)) | v1(constB3))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(63,plain,
% 126.71/79.28 (((~nextState(constB2, constB3)) | v1(constB2) | v1(constB3)) <=> (v1(constB2) | (~nextState(constB2, constB3)) | v1(constB3))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(64,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB2, constB3)) | v1(constB2) | v1(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB2) | (~nextState(constB2, constB3)) | v1(constB3)))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[63])).
% 126.71/79.28 tff(65,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB2, constB3)) | v1(constB2) | v1(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB2) | (~nextState(constB2, constB3)) | v1(constB3))),
% 126.71/79.28 inference(transitivity,[status(thm)],[64, 62])).
% 126.71/79.28 tff(66,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB2, constB3)) | v1(constB2) | v1(constB3))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(67,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB2) | (~nextState(constB2, constB3)) | v1(constB3)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[66, 65])).
% 126.71/79.28 tff(68,plain,
% 126.71/79.28 (v1(constB3)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[67, 28, 61, 58])).
% 126.71/79.28 tff(69,plain,
% 126.71/79.28 (nextState(constB3, constB4) <=> nextState(constB3, constB4)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(70,axiom,(nextState(constB3, constB4)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16383')).
% 126.71/79.28 tff(71,plain,
% 126.71/79.28 (nextState(constB3, constB4)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[70, 69])).
% 126.71/79.28 tff(72,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB3)) | (~nextState(constB3, constB4)) | (~v1(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB3)) | (~nextState(constB3, constB4)) | (~v1(constB4)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(73,plain,
% 126.71/79.28 (((~nextState(constB3, constB4)) | (~v1(constB3)) | (~v1(constB4))) <=> ((~v1(constB3)) | (~nextState(constB3, constB4)) | (~v1(constB4)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(74,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB3, constB4)) | (~v1(constB3)) | (~v1(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB3)) | (~nextState(constB3, constB4)) | (~v1(constB4))))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[73])).
% 126.71/79.28 tff(75,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB3, constB4)) | (~v1(constB3)) | (~v1(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB3)) | (~nextState(constB3, constB4)) | (~v1(constB4)))),
% 126.71/79.28 inference(transitivity,[status(thm)],[74, 72])).
% 126.71/79.28 tff(76,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB3, constB4)) | (~v1(constB3)) | (~v1(constB4)))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(77,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB3)) | (~nextState(constB3, constB4)) | (~v1(constB4))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[76, 75])).
% 126.71/79.28 tff(78,plain,
% 126.71/79.28 (~v1(constB4)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[77, 51, 71, 68])).
% 126.71/79.28 tff(79,plain,
% 126.71/79.28 (nextState(constB4, constB5) <=> nextState(constB4, constB5)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(80,axiom,(nextState(constB4, constB5)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16382')).
% 126.71/79.28 tff(81,plain,
% 126.71/79.28 (nextState(constB4, constB5)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[80, 79])).
% 126.71/79.28 tff(82,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB4) | (~nextState(constB4, constB5)) | v1(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB4) | (~nextState(constB4, constB5)) | v1(constB5))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(83,plain,
% 126.71/79.28 (((~nextState(constB4, constB5)) | v1(constB4) | v1(constB5)) <=> (v1(constB4) | (~nextState(constB4, constB5)) | v1(constB5))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(84,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB4, constB5)) | v1(constB4) | v1(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB4) | (~nextState(constB4, constB5)) | v1(constB5)))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[83])).
% 126.71/79.28 tff(85,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB4, constB5)) | v1(constB4) | v1(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB4) | (~nextState(constB4, constB5)) | v1(constB5))),
% 126.71/79.28 inference(transitivity,[status(thm)],[84, 82])).
% 126.71/79.28 tff(86,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB4, constB5)) | v1(constB4) | v1(constB5))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(87,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB4) | (~nextState(constB4, constB5)) | v1(constB5)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[86, 85])).
% 126.71/79.28 tff(88,plain,
% 126.71/79.28 (v1(constB5)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[87, 28, 81, 78])).
% 126.71/79.28 tff(89,plain,
% 126.71/79.28 (nextState(constB5, constB6) <=> nextState(constB5, constB6)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(90,axiom,(nextState(constB5, constB6)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16381')).
% 126.71/79.28 tff(91,plain,
% 126.71/79.28 (nextState(constB5, constB6)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[90, 89])).
% 126.71/79.28 tff(92,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB5)) | (~nextState(constB5, constB6)) | (~v1(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB5)) | (~nextState(constB5, constB6)) | (~v1(constB6)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(93,plain,
% 126.71/79.28 (((~nextState(constB5, constB6)) | (~v1(constB5)) | (~v1(constB6))) <=> ((~v1(constB5)) | (~nextState(constB5, constB6)) | (~v1(constB6)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(94,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB5, constB6)) | (~v1(constB5)) | (~v1(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB5)) | (~nextState(constB5, constB6)) | (~v1(constB6))))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[93])).
% 126.71/79.28 tff(95,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB5, constB6)) | (~v1(constB5)) | (~v1(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB5)) | (~nextState(constB5, constB6)) | (~v1(constB6)))),
% 126.71/79.28 inference(transitivity,[status(thm)],[94, 92])).
% 126.71/79.28 tff(96,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB5, constB6)) | (~v1(constB5)) | (~v1(constB6)))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(97,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB5)) | (~nextState(constB5, constB6)) | (~v1(constB6))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[96, 95])).
% 126.71/79.28 tff(98,plain,
% 126.71/79.28 (~v1(constB6)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[97, 51, 91, 88])).
% 126.71/79.28 tff(99,plain,
% 126.71/79.28 (nextState(constB6, constB7) <=> nextState(constB6, constB7)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(100,axiom,(nextState(constB6, constB7)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16380')).
% 126.71/79.28 tff(101,plain,
% 126.71/79.28 (nextState(constB6, constB7)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[100, 99])).
% 126.71/79.28 tff(102,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB6) | (~nextState(constB6, constB7)) | v1(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB6) | (~nextState(constB6, constB7)) | v1(constB7))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(103,plain,
% 126.71/79.28 (((~nextState(constB6, constB7)) | v1(constB6) | v1(constB7)) <=> (v1(constB6) | (~nextState(constB6, constB7)) | v1(constB7))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(104,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB6, constB7)) | v1(constB6) | v1(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB6) | (~nextState(constB6, constB7)) | v1(constB7)))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[103])).
% 126.71/79.28 tff(105,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB6, constB7)) | v1(constB6) | v1(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB6) | (~nextState(constB6, constB7)) | v1(constB7))),
% 126.71/79.28 inference(transitivity,[status(thm)],[104, 102])).
% 126.71/79.28 tff(106,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB6, constB7)) | v1(constB6) | v1(constB7))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(107,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB6) | (~nextState(constB6, constB7)) | v1(constB7)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[106, 105])).
% 126.71/79.28 tff(108,plain,
% 126.71/79.28 (v1(constB7)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[107, 28, 101, 98])).
% 126.71/79.28 tff(109,plain,
% 126.71/79.28 (nextState(constB7, constB8) <=> nextState(constB7, constB8)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(110,axiom,(nextState(constB7, constB8)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16379')).
% 126.71/79.28 tff(111,plain,
% 126.71/79.28 (nextState(constB7, constB8)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[110, 109])).
% 126.71/79.28 tff(112,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB7)) | (~nextState(constB7, constB8)) | (~v1(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB7)) | (~nextState(constB7, constB8)) | (~v1(constB8)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(113,plain,
% 126.71/79.28 (((~nextState(constB7, constB8)) | (~v1(constB7)) | (~v1(constB8))) <=> ((~v1(constB7)) | (~nextState(constB7, constB8)) | (~v1(constB8)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(114,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB7, constB8)) | (~v1(constB7)) | (~v1(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB7)) | (~nextState(constB7, constB8)) | (~v1(constB8))))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[113])).
% 126.71/79.28 tff(115,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB7, constB8)) | (~v1(constB7)) | (~v1(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB7)) | (~nextState(constB7, constB8)) | (~v1(constB8)))),
% 126.71/79.28 inference(transitivity,[status(thm)],[114, 112])).
% 126.71/79.28 tff(116,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB7, constB8)) | (~v1(constB7)) | (~v1(constB8)))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(117,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB7)) | (~nextState(constB7, constB8)) | (~v1(constB8))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[116, 115])).
% 126.71/79.28 tff(118,plain,
% 126.71/79.28 (~v1(constB8)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[117, 51, 111, 108])).
% 126.71/79.28 tff(119,plain,
% 126.71/79.28 (nextState(constB8, constB9) <=> nextState(constB8, constB9)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(120,axiom,(nextState(constB8, constB9)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16378')).
% 126.71/79.28 tff(121,plain,
% 126.71/79.28 (nextState(constB8, constB9)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[120, 119])).
% 126.71/79.28 tff(122,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB8) | (~nextState(constB8, constB9)) | v1(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB8) | (~nextState(constB8, constB9)) | v1(constB9))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(123,plain,
% 126.71/79.28 (((~nextState(constB8, constB9)) | v1(constB8) | v1(constB9)) <=> (v1(constB8) | (~nextState(constB8, constB9)) | v1(constB9))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(124,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB8, constB9)) | v1(constB8) | v1(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB8) | (~nextState(constB8, constB9)) | v1(constB9)))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[123])).
% 126.71/79.28 tff(125,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB8, constB9)) | v1(constB8) | v1(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB8) | (~nextState(constB8, constB9)) | v1(constB9))),
% 126.71/79.28 inference(transitivity,[status(thm)],[124, 122])).
% 126.71/79.28 tff(126,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB8, constB9)) | v1(constB8) | v1(constB9))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(127,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB8) | (~nextState(constB8, constB9)) | v1(constB9)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[126, 125])).
% 126.71/79.28 tff(128,plain,
% 126.71/79.28 (v1(constB9)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[127, 28, 121, 118])).
% 126.71/79.28 tff(129,plain,
% 126.71/79.28 (nextState(constB9, constB10) <=> nextState(constB9, constB10)),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(130,axiom,(nextState(constB9, constB10)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16377')).
% 126.71/79.28 tff(131,plain,
% 126.71/79.28 (nextState(constB9, constB10)),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[130, 129])).
% 126.71/79.28 tff(132,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB9)) | (~nextState(constB9, constB10)) | (~v1(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB9)) | (~nextState(constB9, constB10)) | (~v1(constB10)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(133,plain,
% 126.71/79.28 (((~nextState(constB9, constB10)) | (~v1(constB9)) | (~v1(constB10))) <=> ((~v1(constB9)) | (~nextState(constB9, constB10)) | (~v1(constB10)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(134,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB9, constB10)) | (~v1(constB9)) | (~v1(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB9)) | (~nextState(constB9, constB10)) | (~v1(constB10))))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[133])).
% 126.71/79.28 tff(135,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB9, constB10)) | (~v1(constB9)) | (~v1(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB9)) | (~nextState(constB9, constB10)) | (~v1(constB10)))),
% 126.71/79.28 inference(transitivity,[status(thm)],[134, 132])).
% 126.71/79.28 tff(136,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB9, constB10)) | (~v1(constB9)) | (~v1(constB10)))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(137,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB9)) | (~nextState(constB9, constB10)) | (~v1(constB10))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[136, 135])).
% 126.71/79.28 tff(138,plain,
% 126.71/79.28 (~v1(constB10)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[137, 51, 131, 128])).
% 126.71/79.28 tff(139,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext))))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(140,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[139])).
% 126.71/79.28 tff(141,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(142,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarNext) | (~v958(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext))))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(143,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v958(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[142])).
% 126.71/79.28 tff(144,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v958(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16654')).
% 126.71/79.28 tff(145,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[144, 143])).
% 126.71/79.28 tff(146,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[145, 141])).
% 126.71/79.28 tff(147,plain,(
% 126.71/79.28 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(skolemize,[status(sab)],[146])).
% 126.71/79.28 tff(148,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[147, 140])).
% 126.71/79.28 tff(149,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v958(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v958(constB10)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(150,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v958(constB10)))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(151,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v958(constB10))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[150, 149])).
% 126.71/79.28 tff(152,plain,
% 126.71/79.28 (~v958(constB10)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[151, 148, 131, 138])).
% 126.71/79.28 tff(153,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext)))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(154,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[153])).
% 126.71/79.28 tff(155,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(156,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : rewrite(((v958(VarNext) | (~v957(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext)))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(157,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((v958(VarNext) | (~v957(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[156])).
% 126.71/79.28 tff(158,axiom,(![VarNext: $i, VarCurr: $i] : ((v958(VarNext) | (~v957(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16649')).
% 126.71/79.28 tff(159,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[158, 157])).
% 126.71/79.28 tff(160,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[159, 155])).
% 126.71/79.28 tff(161,plain,(
% 126.71/79.28 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(skolemize,[status(sab)],[160])).
% 126.71/79.28 tff(162,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[161, 154])).
% 126.71/79.28 tff(163,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB9, constB10)) | v958(constB10) | (~v957(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB9, constB10)) | v958(constB10) | (~v957(constB10)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(164,plain,
% 126.71/79.28 (((~nextState(constB9, constB10)) | (~v957(constB10)) | v958(constB10)) <=> ((~nextState(constB9, constB10)) | v958(constB10) | (~v957(constB10)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(165,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB9, constB10)) | (~v957(constB10)) | v958(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB9, constB10)) | v958(constB10) | (~v957(constB10))))),
% 126.71/79.28 inference(monotonicity,[status(thm)],[164])).
% 126.71/79.28 tff(166,plain,
% 126.71/79.28 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB9, constB10)) | (~v957(constB10)) | v958(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB9, constB10)) | v958(constB10) | (~v957(constB10)))),
% 126.71/79.28 inference(transitivity,[status(thm)],[165, 163])).
% 126.71/79.28 tff(167,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB9, constB10)) | (~v957(constB10)) | v958(constB10))),
% 126.71/79.28 inference(quant_inst,[status(thm)],[])).
% 126.71/79.28 tff(168,plain,
% 126.71/79.28 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB9, constB10)) | v958(constB10) | (~v957(constB10))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[167, 166])).
% 126.71/79.28 tff(169,plain,
% 126.71/79.28 (v958(constB10) | (~v957(constB10))),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[168, 162, 131])).
% 126.71/79.28 tff(170,plain,
% 126.71/79.28 (~v957(constB10)),
% 126.71/79.28 inference(unit_resolution,[status(thm)],[169, 152])).
% 126.71/79.28 tff(171,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1))) <=> ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1))))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(172,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[171])).
% 126.71/79.28 tff(173,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.28 inference(rewrite,[status(thm)],[])).
% 126.71/79.28 tff(174,plain,
% 126.71/79.28 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((((~v7(VarNext, bitIndex1)) | v7(VarCurr, bitIndex1)) | v957(VarNext)) <=> (v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))), (((((~v7(VarNext, bitIndex1)) | v7(VarCurr, bitIndex1)) | v957(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1))) | (~nextState(VarCurr, VarNext))))), rewrite(((v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))), (((((~v7(VarNext, bitIndex1)) | v7(VarCurr, bitIndex1)) | v957(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))))),
% 126.71/79.28 inference(bind,[status(th)],[])).
% 126.71/79.28 tff(175,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((((~v7(VarNext, bitIndex1)) | v7(VarCurr, bitIndex1)) | v957(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.28 inference(quant_intro,[status(thm)],[174])).
% 126.71/79.28 tff(176,axiom,(![VarNext: $i, VarCurr: $i] : ((((~v7(VarNext, bitIndex1)) | v7(VarCurr, bitIndex1)) | v957(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16642')).
% 126.71/79.28 tff(177,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.28 inference(modus_ponens,[status(thm)],[176, 175])).
% 126.71/79.28 tff(178,plain,
% 126.71/79.28 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[177, 173])).
% 126.71/79.29 tff(179,plain,(
% 126.71/79.29 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.29 inference(skolemize,[status(sab)],[178])).
% 126.71/79.29 tff(180,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[179, 172])).
% 126.71/79.29 tff(181,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB9, bitIndex1) | (~nextState(constB9, constB10)) | v957(constB10) | (~v7(constB10, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB9, bitIndex1) | (~nextState(constB9, constB10)) | v957(constB10) | (~v7(constB10, bitIndex1)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(182,plain,
% 126.71/79.29 (((~nextState(constB9, constB10)) | v7(constB9, bitIndex1) | v957(constB10) | (~v7(constB10, bitIndex1))) <=> (v7(constB9, bitIndex1) | (~nextState(constB9, constB10)) | v957(constB10) | (~v7(constB10, bitIndex1)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(183,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB9, constB10)) | v7(constB9, bitIndex1) | v957(constB10) | (~v7(constB10, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB9, bitIndex1) | (~nextState(constB9, constB10)) | v957(constB10) | (~v7(constB10, bitIndex1))))),
% 126.71/79.29 inference(monotonicity,[status(thm)],[182])).
% 126.71/79.29 tff(184,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB9, constB10)) | v7(constB9, bitIndex1) | v957(constB10) | (~v7(constB10, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB9, bitIndex1) | (~nextState(constB9, constB10)) | v957(constB10) | (~v7(constB10, bitIndex1)))),
% 126.71/79.29 inference(transitivity,[status(thm)],[183, 181])).
% 126.71/79.29 tff(185,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB9, constB10)) | v7(constB9, bitIndex1) | v957(constB10) | (~v7(constB10, bitIndex1)))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(186,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB9, bitIndex1) | (~nextState(constB9, constB10)) | v957(constB10) | (~v7(constB10, bitIndex1))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[185, 184])).
% 126.71/79.29 tff(187,plain,
% 126.71/79.29 (v7(constB9, bitIndex1) | v957(constB10) | (~v7(constB10, bitIndex1))),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[186, 180, 131])).
% 126.71/79.29 tff(188,plain,
% 126.71/79.29 (v7(constB9, bitIndex1) | (~v7(constB10, bitIndex1))),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[187, 170])).
% 126.71/79.29 tff(189,plain,
% 126.71/79.29 (v7(constB9, bitIndex1)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[188, 15])).
% 126.71/79.29 tff(190,assumption,(~v956(constB9, bitIndex0)), introduced(assumption)).
% 126.71/79.29 tff(191,assumption,(v7(constB9, bitIndex1)), introduced(assumption)).
% 126.71/79.29 tff(192,plain,
% 126.71/79.29 (^[VarCurr: $i] : refl(((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0)) <=> ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0)))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(193,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[192])).
% 126.71/79.29 tff(194,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(195,plain,
% 126.71/79.29 (^[VarCurr: $i] : rewrite((v956(VarCurr, bitIndex0) | (~v7(VarCurr, bitIndex1))) <=> ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0)))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(196,plain,
% 126.71/79.29 (![VarCurr: $i] : (v956(VarCurr, bitIndex0) | (~v7(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[195])).
% 126.71/79.29 tff(197,axiom,(![VarCurr: $i] : (v956(VarCurr, bitIndex0) | (~v7(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16344')).
% 126.71/79.29 tff(198,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[197, 196])).
% 126.71/79.29 tff(199,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[198, 194])).
% 126.71/79.29 tff(200,plain,(
% 126.71/79.29 ![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(skolemize,[status(sab)],[199])).
% 126.71/79.29 tff(201,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[200, 193])).
% 126.71/79.29 tff(202,plain,
% 126.71/79.29 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB9, bitIndex1)) | v956(constB9, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB9, bitIndex1)) | v956(constB9, bitIndex0))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(203,plain,
% 126.71/79.29 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB9, bitIndex1)) | v956(constB9, bitIndex0))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(204,plain,
% 126.71/79.29 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB9, bitIndex1)) | v956(constB9, bitIndex0)),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[203, 202])).
% 126.71/79.29 tff(205,plain,
% 126.71/79.29 ($false),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[204, 201, 191, 190])).
% 126.71/79.29 tff(206,plain,((~v7(constB9, bitIndex1)) | v956(constB9, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.71/79.29 tff(207,plain,
% 126.71/79.29 (v956(constB9, bitIndex0)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[206, 189])).
% 126.71/79.29 tff(208,assumption,(v956(constB9, bitIndex0)), introduced(assumption)).
% 126.71/79.29 tff(209,assumption,(~v940(constB9, bitIndex0)), introduced(assumption)).
% 126.71/79.29 tff(210,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(211,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[210])).
% 126.71/79.29 tff(212,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(213,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarCurr) | (~v934(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(214,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | (~v934(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[213])).
% 126.71/79.29 tff(215,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | (~v934(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16739')).
% 126.71/79.29 tff(216,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[215, 214])).
% 126.71/79.29 tff(217,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[216, 212])).
% 126.71/79.29 tff(218,plain,(
% 126.71/79.29 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(skolemize,[status(sab)],[217])).
% 126.71/79.29 tff(219,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[218, 211])).
% 126.71/79.29 tff(220,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB8) | (~nextState(constB8, constB9)) | (~v934(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v934(constB9)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(221,plain,
% 126.71/79.29 (((~nextState(constB8, constB9)) | v1(constB8) | (~v934(constB9))) <=> (v1(constB8) | (~nextState(constB8, constB9)) | (~v934(constB9)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(222,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB8, constB9)) | v1(constB8) | (~v934(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB8) | (~nextState(constB8, constB9)) | (~v934(constB9))))),
% 126.71/79.29 inference(monotonicity,[status(thm)],[221])).
% 126.71/79.29 tff(223,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB8, constB9)) | v1(constB8) | (~v934(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v934(constB9)))),
% 126.71/79.29 inference(transitivity,[status(thm)],[222, 220])).
% 126.71/79.29 tff(224,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB8, constB9)) | v1(constB8) | (~v934(constB9)))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(225,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v934(constB9))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[224, 223])).
% 126.71/79.29 tff(226,plain,
% 126.71/79.29 (~v934(constB9)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[225, 219, 121, 118])).
% 126.71/79.29 tff(227,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext)))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(228,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[227])).
% 126.71/79.29 tff(229,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(230,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : rewrite(((v934(VarNext) | v960(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext)))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(231,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v960(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[230])).
% 126.71/79.29 tff(232,axiom,(![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v960(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16659')).
% 126.71/79.29 tff(233,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[232, 231])).
% 126.71/79.29 tff(234,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[233, 229])).
% 126.71/79.29 tff(235,plain,(
% 126.71/79.29 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(skolemize,[status(sab)],[234])).
% 126.71/79.29 tff(236,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[235, 228])).
% 126.71/79.29 tff(237,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v960(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v960(constB9))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(238,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v960(constB9))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(239,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v960(constB9)),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[238, 237])).
% 126.71/79.29 tff(240,plain,
% 126.71/79.29 (v934(constB9) | v960(constB9)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[239, 236, 121])).
% 126.71/79.29 tff(241,plain,
% 126.71/79.29 (v960(constB9)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[240, 226])).
% 126.71/79.29 tff(242,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(243,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[242])).
% 126.71/79.29 tff(244,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(245,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v958(VarNext) | (~v960(VarNext))) | (~v1(VarNext))) <=> ((~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))), ((((v958(VarNext) | (~v960(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarNext)) | v958(VarNext) | (~v960(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarNext)) | v958(VarNext) | (~v960(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))), ((((v958(VarNext) | (~v960(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(246,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : (((v958(VarNext) | (~v960(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[245])).
% 126.71/79.29 tff(247,axiom,(![VarNext: $i, VarCurr: $i] : (((v958(VarNext) | (~v960(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16656')).
% 126.71/79.29 tff(248,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[247, 246])).
% 126.71/79.29 tff(249,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[248, 244])).
% 126.71/79.29 tff(250,plain,(
% 126.71/79.29 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(skolemize,[status(sab)],[249])).
% 126.71/79.29 tff(251,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[250, 243])).
% 126.71/79.29 tff(252,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v958(constB9) | (~v960(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v958(constB9) | (~v960(constB9)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(253,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v958(constB9) | (~v960(constB9)))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(254,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v958(constB9) | (~v960(constB9))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[253, 252])).
% 126.71/79.29 tff(255,plain,
% 126.71/79.29 (v958(constB9) | (~v960(constB9))),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[254, 251, 121, 128])).
% 126.71/79.29 tff(256,plain,
% 126.71/79.29 (v958(constB9)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[255, 241])).
% 126.71/79.29 tff(257,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(258,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[257])).
% 126.71/79.29 tff(259,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(260,plain,
% 126.71/79.29 (^[VarNext: $i, VarCurr: $i] : rewrite(((v957(VarNext) | (~v958(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(261,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((v957(VarNext) | (~v958(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[260])).
% 126.71/79.29 tff(262,axiom,(![VarNext: $i, VarCurr: $i] : ((v957(VarNext) | (~v958(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16650')).
% 126.71/79.29 tff(263,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[262, 261])).
% 126.71/79.29 tff(264,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[263, 259])).
% 126.71/79.29 tff(265,plain,(
% 126.71/79.29 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(skolemize,[status(sab)],[264])).
% 126.71/79.29 tff(266,plain,
% 126.71/79.29 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[265, 258])).
% 126.71/79.29 tff(267,plain,
% 126.71/79.29 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB8, constB9)) | v957(constB9) | (~v958(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB8, constB9)) | v957(constB9) | (~v958(constB9)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(268,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB8, constB9)) | v957(constB9) | (~v958(constB9)))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(269,plain,
% 126.71/79.29 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB8, constB9)) | v957(constB9) | (~v958(constB9))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[268, 267])).
% 126.71/79.29 tff(270,plain,
% 126.71/79.29 (v957(constB9) | (~v958(constB9))),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[269, 266, 121])).
% 126.71/79.29 tff(271,plain,
% 126.71/79.29 (v957(constB9)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[270, 256])).
% 126.71/79.29 tff(272,plain,
% 126.71/79.29 (^[B: $i, VarNext: $i] : refl((v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B))) <=> (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(273,plain,
% 126.71/79.29 (![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B))) <=> ![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[272])).
% 126.71/79.29 tff(274,plain,
% 126.71/79.29 (![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B))) <=> ![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(275,plain,
% 126.71/79.29 (^[B: $i, VarNext: $i] : trans(monotonicity(rewrite((v940(VarNext, B) | (~v956(VarNext, B))) <=> (v940(VarNext, B) | (~v956(VarNext, B)))), (((v940(VarNext, B) | (~v956(VarNext, B))) | (~v957(VarNext))) <=> ((v940(VarNext, B) | (~v956(VarNext, B))) | (~v957(VarNext))))), rewrite(((v940(VarNext, B) | (~v956(VarNext, B))) | (~v957(VarNext))) <=> (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))), (((v940(VarNext, B) | (~v956(VarNext, B))) | (~v957(VarNext))) <=> (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(276,plain,
% 126.71/79.29 (![B: $i, VarNext: $i] : ((v940(VarNext, B) | (~v956(VarNext, B))) | (~v957(VarNext))) <=> ![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[275])).
% 126.71/79.29 tff(277,axiom,(![B: $i, VarNext: $i] : ((v940(VarNext, B) | (~v956(VarNext, B))) | (~v957(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16645')).
% 126.71/79.29 tff(278,plain,
% 126.71/79.29 (![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[277, 276])).
% 126.71/79.29 tff(279,plain,
% 126.71/79.29 (![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[278, 274])).
% 126.71/79.29 tff(280,plain,(
% 126.71/79.29 ![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(skolemize,[status(sab)],[279])).
% 126.71/79.29 tff(281,plain,
% 126.71/79.29 (![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[280, 273])).
% 126.71/79.29 tff(282,plain,
% 126.71/79.29 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB9)) | (~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB9)) | (~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(283,plain,
% 126.71/79.29 ((v940(constB9, bitIndex0) | (~v957(constB9)) | (~v956(constB9, bitIndex0))) <=> ((~v957(constB9)) | (~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(284,plain,
% 126.71/79.29 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB9, bitIndex0) | (~v957(constB9)) | (~v956(constB9, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB9)) | (~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0)))),
% 126.71/79.29 inference(monotonicity,[status(thm)],[283])).
% 126.71/79.29 tff(285,plain,
% 126.71/79.29 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB9, bitIndex0) | (~v957(constB9)) | (~v956(constB9, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB9)) | (~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0))),
% 126.71/79.29 inference(transitivity,[status(thm)],[284, 282])).
% 126.71/79.29 tff(286,plain,
% 126.71/79.29 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB9, bitIndex0) | (~v957(constB9)) | (~v956(constB9, bitIndex0)))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(287,plain,
% 126.71/79.29 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB9)) | (~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0)),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[286, 285])).
% 126.71/79.29 tff(288,plain,
% 126.71/79.29 ($false),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[287, 281, 271, 209, 208])).
% 126.71/79.29 tff(289,plain,((~v956(constB9, bitIndex0)) | v940(constB9, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.71/79.29 tff(290,plain,
% 126.71/79.29 (v940(constB9, bitIndex0)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[289, 207])).
% 126.71/79.29 tff(291,assumption,(~v938(constB8, bitIndex0)), introduced(assumption)).
% 126.71/79.29 tff(292,assumption,(v940(constB9, bitIndex0)), introduced(assumption)).
% 126.71/79.29 tff(293,plain,
% 126.71/79.29 (^[B: $i, VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B)) <=> ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B)))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(294,plain,
% 126.71/79.29 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B)) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[293])).
% 126.71/79.29 tff(295,plain,
% 126.71/79.29 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B)) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(296,plain,
% 126.71/79.29 (^[B: $i, VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v938(VarCurr, B) | (~v940(VarNext, B))) <=> ((~v940(VarNext, B)) | v938(VarCurr, B))), (((v938(VarCurr, B) | (~v940(VarNext, B))) | (~nextState(VarCurr, VarNext))) <=> (((~v940(VarNext, B)) | v938(VarCurr, B)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v940(VarNext, B)) | v938(VarCurr, B)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))), (((v938(VarCurr, B) | (~v940(VarNext, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(297,plain,
% 126.71/79.29 (![B: $i, VarNext: $i, VarCurr: $i] : ((v938(VarCurr, B) | (~v940(VarNext, B))) | (~nextState(VarCurr, VarNext))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[296])).
% 126.71/79.29 tff(298,axiom,(![B: $i, VarNext: $i, VarCurr: $i] : ((v938(VarCurr, B) | (~v940(VarNext, B))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16712')).
% 126.71/79.29 tff(299,plain,
% 126.71/79.29 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[298, 297])).
% 126.71/79.29 tff(300,plain,
% 126.71/79.29 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[299, 295])).
% 126.71/79.29 tff(301,plain,(
% 126.71/79.29 ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(skolemize,[status(sab)],[300])).
% 126.71/79.29 tff(302,plain,
% 126.71/79.29 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[301, 294])).
% 126.71/79.29 tff(303,plain,
% 126.71/79.29 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB8, constB9)) | (~v940(constB9, bitIndex0)) | v938(constB8, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB8, constB9)) | (~v940(constB9, bitIndex0)) | v938(constB8, bitIndex0))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(304,plain,
% 126.71/79.29 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB8, constB9)) | (~v940(constB9, bitIndex0)) | v938(constB8, bitIndex0))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(305,plain,
% 126.71/79.29 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB8, constB9)) | (~v940(constB9, bitIndex0)) | v938(constB8, bitIndex0)),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[304, 303])).
% 126.71/79.29 tff(306,plain,
% 126.71/79.29 ($false),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[305, 302, 121, 292, 291])).
% 126.71/79.29 tff(307,plain,((~v940(constB9, bitIndex0)) | v938(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.71/79.29 tff(308,plain,
% 126.71/79.29 (v938(constB8, bitIndex0)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[307, 290])).
% 126.71/79.29 tff(309,assumption,(v938(constB8, bitIndex0)), introduced(assumption)).
% 126.71/79.29 tff(310,assumption,(~v13(constB8, bitIndex1)), introduced(assumption)).
% 126.71/79.29 tff(311,plain,
% 126.71/79.29 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1)) <=> ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1)))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(312,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[311])).
% 126.71/79.29 tff(313,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(314,plain,
% 126.71/79.29 (^[VarCurr: $i] : trans(monotonicity(rewrite((v13(VarCurr, bitIndex1) | (~v938(VarCurr, bitIndex0))) <=> ((~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))), (((v13(VarCurr, bitIndex1) | (~v938(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> (((~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1)) | (~v11(VarCurr))))), rewrite((((~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1)) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))), (((v13(VarCurr, bitIndex1) | (~v938(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(315,plain,
% 126.71/79.29 (![VarCurr: $i] : ((v13(VarCurr, bitIndex1) | (~v938(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[314])).
% 126.71/79.29 tff(316,axiom,(![VarCurr: $i] : ((v13(VarCurr, bitIndex1) | (~v938(VarCurr, bitIndex0))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16719')).
% 126.71/79.29 tff(317,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[316, 315])).
% 126.71/79.29 tff(318,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[317, 313])).
% 126.71/79.29 tff(319,plain,(
% 126.71/79.29 ![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(skolemize,[status(sab)],[318])).
% 126.71/79.29 tff(320,plain,
% 126.71/79.29 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[319, 312])).
% 126.71/79.29 tff(321,plain,
% 126.71/79.29 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB8)) | (~v938(constB8, bitIndex0)) | v13(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB8)) | (~v938(constB8, bitIndex0)) | v13(constB8, bitIndex1))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(322,plain,
% 126.71/79.29 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB8)) | (~v938(constB8, bitIndex0)) | v13(constB8, bitIndex1))),
% 126.71/79.29 inference(quant_inst,[status(thm)],[])).
% 126.71/79.29 tff(323,plain,
% 126.71/79.29 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB8)) | (~v938(constB8, bitIndex0)) | v13(constB8, bitIndex1)),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[322, 321])).
% 126.71/79.29 tff(324,plain,
% 126.71/79.29 ((~v11(constB8)) | (~v938(constB8, bitIndex0))),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[323, 320, 310])).
% 126.71/79.29 tff(325,plain,
% 126.71/79.29 (~v11(constB8)),
% 126.71/79.29 inference(unit_resolution,[status(thm)],[324, 309])).
% 126.71/79.29 tff(326,plain,
% 126.71/79.29 (^[B: $i, VarCurr: $i] : refl((v11(VarCurr) | (~v938(VarCurr, B))) <=> (v11(VarCurr) | (~v938(VarCurr, B))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(327,plain,
% 126.71/79.29 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[326])).
% 126.71/79.29 tff(328,plain,
% 126.71/79.29 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(rewrite,[status(thm)],[])).
% 126.71/79.29 tff(329,plain,
% 126.71/79.29 (^[B: $i, VarCurr: $i] : rewrite(((~v938(VarCurr, B)) | v11(VarCurr)) <=> (v11(VarCurr) | (~v938(VarCurr, B))))),
% 126.71/79.29 inference(bind,[status(th)],[])).
% 126.71/79.29 tff(330,plain,
% 126.71/79.29 (![B: $i, VarCurr: $i] : ((~v938(VarCurr, B)) | v11(VarCurr)) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(quant_intro,[status(thm)],[329])).
% 126.71/79.29 tff(331,axiom,(![B: $i, VarCurr: $i] : ((~v938(VarCurr, B)) | v11(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16722')).
% 126.71/79.29 tff(332,plain,
% 126.71/79.29 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[331, 330])).
% 126.71/79.29 tff(333,plain,
% 126.71/79.29 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[332, 328])).
% 126.71/79.29 tff(334,plain,(
% 126.71/79.29 ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(skolemize,[status(sab)],[333])).
% 126.71/79.29 tff(335,plain,
% 126.71/79.29 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))),
% 126.71/79.29 inference(modus_ponens,[status(thm)],[334, 327])).
% 126.71/79.29 tff(336,plain,
% 126.71/79.29 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB8) | (~v938(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB8) | (~v938(constB8, bitIndex0)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(337,plain,
% 126.71/79.30 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB8) | (~v938(constB8, bitIndex0)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(338,plain,
% 126.71/79.30 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB8) | (~v938(constB8, bitIndex0))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[337, 336])).
% 126.71/79.30 tff(339,plain,
% 126.71/79.30 ($false),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[338, 335, 325, 309])).
% 126.71/79.30 tff(340,plain,((~v938(constB8, bitIndex0)) | v13(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.71/79.30 tff(341,plain,
% 126.71/79.30 (v13(constB8, bitIndex1)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[340, 308])).
% 126.71/79.30 tff(342,assumption,(~v11(constB4)), introduced(assumption)).
% 126.71/79.30 tff(343,assumption,(~v17(constB5, bitIndex2)), introduced(assumption)).
% 126.71/79.30 tff(344,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB4) | (~nextState(constB4, constB5)) | (~v934(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v934(constB5)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(345,plain,
% 126.71/79.30 (((~nextState(constB4, constB5)) | v1(constB4) | (~v934(constB5))) <=> (v1(constB4) | (~nextState(constB4, constB5)) | (~v934(constB5)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(346,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB4, constB5)) | v1(constB4) | (~v934(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB4) | (~nextState(constB4, constB5)) | (~v934(constB5))))),
% 126.71/79.30 inference(monotonicity,[status(thm)],[345])).
% 126.71/79.30 tff(347,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB4, constB5)) | v1(constB4) | (~v934(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v934(constB5)))),
% 126.71/79.30 inference(transitivity,[status(thm)],[346, 344])).
% 126.71/79.30 tff(348,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB4, constB5)) | v1(constB4) | (~v934(constB5)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(349,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v934(constB5))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[348, 347])).
% 126.71/79.30 tff(350,plain,
% 126.71/79.30 (~v934(constB5)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[349, 219, 81, 78])).
% 126.71/79.30 tff(351,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext)))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(352,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[351])).
% 126.71/79.30 tff(353,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(354,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v934(VarNext) | v1013(VarNext)) <=> (v934(VarNext) | v1013(VarNext))), (((v934(VarNext) | v1013(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v934(VarNext) | v1013(VarNext)) | (~nextState(VarCurr, VarNext))))), rewrite(((v934(VarNext) | v1013(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))), (((v934(VarNext) | v1013(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(355,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v1013(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[354])).
% 126.71/79.30 tff(356,axiom,(![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v1013(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16514')).
% 126.71/79.30 tff(357,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[356, 355])).
% 126.71/79.30 tff(358,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[357, 353])).
% 126.71/79.30 tff(359,plain,(
% 126.71/79.30 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(skolemize,[status(sab)],[358])).
% 126.71/79.30 tff(360,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[359, 352])).
% 126.71/79.30 tff(361,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v1013(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v1013(constB5))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(362,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v1013(constB5))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(363,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v1013(constB5)),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[362, 361])).
% 126.71/79.30 tff(364,plain,
% 126.71/79.30 (v934(constB5) | v1013(constB5)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[363, 360, 81])).
% 126.71/79.30 tff(365,plain,
% 126.71/79.30 (v1013(constB5)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[364, 350])).
% 126.71/79.30 tff(366,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(367,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[366])).
% 126.71/79.30 tff(368,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(369,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v1012(VarNext) | (~v1013(VarNext))) | (~v1(VarNext))) <=> ((~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))), ((((v1012(VarNext) | (~v1013(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))), ((((v1012(VarNext) | (~v1013(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(370,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : (((v1012(VarNext) | (~v1013(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[369])).
% 126.71/79.30 tff(371,axiom,(![VarNext: $i, VarCurr: $i] : (((v1012(VarNext) | (~v1013(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16511')).
% 126.71/79.30 tff(372,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[371, 370])).
% 126.71/79.30 tff(373,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[372, 368])).
% 126.71/79.30 tff(374,plain,(
% 126.71/79.30 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[373])).
% 126.71/79.30 tff(375,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[374, 367])).
% 126.71/79.30 tff(376,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v1012(constB5) | (~v1013(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v1012(constB5) | (~v1013(constB5)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(377,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v1012(constB5) | (~v1013(constB5)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(378,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v1012(constB5) | (~v1013(constB5))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[377, 376])).
% 126.71/79.30 tff(379,plain,
% 126.71/79.30 (v1012(constB5) | (~v1013(constB5))),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[378, 375, 81, 88])).
% 126.71/79.30 tff(380,plain,
% 126.71/79.30 (v1012(constB5)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[379, 365])).
% 126.71/79.30 tff(381,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(382,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[381])).
% 126.71/79.30 tff(383,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(384,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1011(VarNext) | (~v1012(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(385,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((v1011(VarNext) | (~v1012(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[384])).
% 126.71/79.30 tff(386,axiom,(![VarNext: $i, VarCurr: $i] : ((v1011(VarNext) | (~v1012(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16505')).
% 126.71/79.30 tff(387,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[386, 385])).
% 126.71/79.30 tff(388,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[387, 383])).
% 126.71/79.30 tff(389,plain,(
% 126.71/79.30 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[388])).
% 126.71/79.30 tff(390,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[389, 382])).
% 126.71/79.30 tff(391,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB4, constB5)) | v1011(constB5) | (~v1012(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB4, constB5)) | v1011(constB5) | (~v1012(constB5)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(392,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB4, constB5)) | v1011(constB5) | (~v1012(constB5)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(393,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB4, constB5)) | v1011(constB5) | (~v1012(constB5))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[392, 391])).
% 126.71/79.30 tff(394,plain,
% 126.71/79.30 (v1011(constB5) | (~v1012(constB5))),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[393, 390, 81])).
% 126.71/79.30 tff(395,plain,
% 126.71/79.30 (v1011(constB5)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[394, 380])).
% 126.71/79.30 tff(396,plain,
% 126.71/79.30 (^[B: $i, VarNext: $i] : refl((v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B))) <=> (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(397,plain,
% 126.71/79.30 (![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B))) <=> ![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[396])).
% 126.71/79.30 tff(398,plain,
% 126.71/79.30 (![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B))) <=> ![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(399,plain,
% 126.71/79.30 (^[B: $i, VarNext: $i] : trans(monotonicity(rewrite((v17(VarNext, B) | (~v1019(VarNext, B))) <=> (v17(VarNext, B) | (~v1019(VarNext, B)))), (((v17(VarNext, B) | (~v1019(VarNext, B))) | (~v1011(VarNext))) <=> ((v17(VarNext, B) | (~v1019(VarNext, B))) | (~v1011(VarNext))))), rewrite(((v17(VarNext, B) | (~v1019(VarNext, B))) | (~v1011(VarNext))) <=> (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))), (((v17(VarNext, B) | (~v1019(VarNext, B))) | (~v1011(VarNext))) <=> (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(400,plain,
% 126.71/79.30 (![B: $i, VarNext: $i] : ((v17(VarNext, B) | (~v1019(VarNext, B))) | (~v1011(VarNext))) <=> ![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[399])).
% 126.71/79.30 tff(401,axiom,(![B: $i, VarNext: $i] : ((v17(VarNext, B) | (~v1019(VarNext, B))) | (~v1011(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16489')).
% 126.71/79.30 tff(402,plain,
% 126.71/79.30 (![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[401, 400])).
% 126.71/79.30 tff(403,plain,
% 126.71/79.30 (![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[402, 398])).
% 126.71/79.30 tff(404,plain,(
% 126.71/79.30 ![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[403])).
% 126.71/79.30 tff(405,plain,
% 126.71/79.30 (![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[404, 397])).
% 126.71/79.30 tff(406,plain,
% 126.71/79.30 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB5)) | v17(constB5, bitIndex2) | (~v1019(constB5, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB5)) | v17(constB5, bitIndex2) | (~v1019(constB5, bitIndex2)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(407,plain,
% 126.71/79.30 ((v17(constB5, bitIndex2) | (~v1011(constB5)) | (~v1019(constB5, bitIndex2))) <=> ((~v1011(constB5)) | v17(constB5, bitIndex2) | (~v1019(constB5, bitIndex2)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(408,plain,
% 126.71/79.30 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB5, bitIndex2) | (~v1011(constB5)) | (~v1019(constB5, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB5)) | v17(constB5, bitIndex2) | (~v1019(constB5, bitIndex2))))),
% 126.71/79.30 inference(monotonicity,[status(thm)],[407])).
% 126.71/79.30 tff(409,plain,
% 126.71/79.30 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB5, bitIndex2) | (~v1011(constB5)) | (~v1019(constB5, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB5)) | v17(constB5, bitIndex2) | (~v1019(constB5, bitIndex2)))),
% 126.71/79.30 inference(transitivity,[status(thm)],[408, 406])).
% 126.71/79.30 tff(410,plain,
% 126.71/79.30 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB5, bitIndex2) | (~v1011(constB5)) | (~v1019(constB5, bitIndex2)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(411,plain,
% 126.71/79.30 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB5)) | v17(constB5, bitIndex2) | (~v1019(constB5, bitIndex2))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[410, 409])).
% 126.71/79.30 tff(412,plain,
% 126.71/79.30 (~v1019(constB5, bitIndex2)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[411, 405, 395, 343])).
% 126.71/79.30 tff(413,plain,
% 126.71/79.30 (^[B: $i, VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B))) <=> ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(414,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[413])).
% 126.71/79.30 tff(415,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(416,plain,
% 126.71/79.30 (^[B: $i, VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v1019(VarNext, B) | (~v1017(VarCurr, B))) <=> (v1019(VarNext, B) | (~v1017(VarCurr, B)))), (((v1019(VarNext, B) | (~v1017(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((v1019(VarNext, B) | (~v1017(VarCurr, B))) | (~nextState(VarCurr, VarNext))))), rewrite(((v1019(VarNext, B) | (~v1017(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))), (((v1019(VarNext, B) | (~v1017(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(417,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((v1019(VarNext, B) | (~v1017(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[416])).
% 126.71/79.30 tff(418,axiom,(![B: $i, VarNext: $i, VarCurr: $i] : ((v1019(VarNext, B) | (~v1017(VarCurr, B))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16493')).
% 126.71/79.30 tff(419,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[418, 417])).
% 126.71/79.30 tff(420,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[419, 415])).
% 126.71/79.30 tff(421,plain,(
% 126.71/79.30 ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[420])).
% 126.71/79.30 tff(422,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[421, 414])).
% 126.71/79.30 tff(423,plain,
% 126.71/79.30 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB4, constB5)) | v1019(constB5, bitIndex2) | (~v1017(constB4, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB4, constB5)) | v1019(constB5, bitIndex2) | (~v1017(constB4, bitIndex2)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(424,plain,
% 126.71/79.30 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB4, constB5)) | v1019(constB5, bitIndex2) | (~v1017(constB4, bitIndex2)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(425,plain,
% 126.71/79.30 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB4, constB5)) | v1019(constB5, bitIndex2) | (~v1017(constB4, bitIndex2))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[424, 423])).
% 126.71/79.30 tff(426,plain,
% 126.71/79.30 (~v1017(constB4, bitIndex2)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[425, 422, 81, 412])).
% 126.71/79.30 tff(427,plain,
% 126.71/79.30 (^[B: $i, VarCurr: $i] : refl((v11(VarCurr) | v1017(VarCurr, B) | (~b100(B))) <=> (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(428,plain,
% 126.71/79.30 (![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B))) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[427])).
% 126.71/79.30 tff(429,plain,
% 126.71/79.30 (![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B))) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(430,plain,
% 126.71/79.30 (^[B: $i, VarCurr: $i] : trans(monotonicity(rewrite((v1017(VarCurr, B) | (~b100(B))) <=> (v1017(VarCurr, B) | (~b100(B)))), (((v1017(VarCurr, B) | (~b100(B))) | v11(VarCurr)) <=> ((v1017(VarCurr, B) | (~b100(B))) | v11(VarCurr)))), rewrite(((v1017(VarCurr, B) | (~b100(B))) | v11(VarCurr)) <=> (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))), (((v1017(VarCurr, B) | (~b100(B))) | v11(VarCurr)) <=> (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(431,plain,
% 126.71/79.30 (![B: $i, VarCurr: $i] : ((v1017(VarCurr, B) | (~b100(B))) | v11(VarCurr)) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[430])).
% 126.71/79.30 tff(432,axiom,(![B: $i, VarCurr: $i] : ((v1017(VarCurr, B) | (~b100(B))) | v11(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16501')).
% 126.71/79.30 tff(433,plain,
% 126.71/79.30 (![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[432, 431])).
% 126.71/79.30 tff(434,plain,
% 126.71/79.30 (![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[433, 429])).
% 126.71/79.30 tff(435,plain,(
% 126.71/79.30 ![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[434])).
% 126.71/79.30 tff(436,plain,
% 126.71/79.30 (![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[435, 428])).
% 126.71/79.30 tff(437,plain,
% 126.71/79.30 (b100(bitIndex2) <=> b100(bitIndex2)),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(438,axiom,(b100(bitIndex2)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16584')).
% 126.71/79.30 tff(439,plain,
% 126.71/79.30 (b100(bitIndex2)),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[438, 437])).
% 126.71/79.30 tff(440,plain,
% 126.71/79.30 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB4) | (~b100(bitIndex2)) | v1017(constB4, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB4) | (~b100(bitIndex2)) | v1017(constB4, bitIndex2))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(441,plain,
% 126.71/79.30 ((v11(constB4) | v1017(constB4, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB4) | (~b100(bitIndex2)) | v1017(constB4, bitIndex2))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(442,plain,
% 126.71/79.30 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB4) | v1017(constB4, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB4) | (~b100(bitIndex2)) | v1017(constB4, bitIndex2)))),
% 126.71/79.30 inference(monotonicity,[status(thm)],[441])).
% 126.71/79.30 tff(443,plain,
% 126.71/79.30 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB4) | v1017(constB4, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB4) | (~b100(bitIndex2)) | v1017(constB4, bitIndex2))),
% 126.71/79.30 inference(transitivity,[status(thm)],[442, 440])).
% 126.71/79.30 tff(444,plain,
% 126.71/79.30 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB4) | v1017(constB4, bitIndex2) | (~b100(bitIndex2)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(445,plain,
% 126.71/79.30 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB4) | (~b100(bitIndex2)) | v1017(constB4, bitIndex2)),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[444, 443])).
% 126.71/79.30 tff(446,plain,
% 126.71/79.30 ($false),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[445, 439, 436, 342, 426])).
% 126.71/79.30 tff(447,plain,(v11(constB4) | v17(constB5, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 126.71/79.30 tff(448,plain,
% 126.71/79.30 (v17(constB5, bitIndex2)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[447, 342])).
% 126.71/79.30 tff(449,assumption,(v17(constB5, bitIndex2)), introduced(assumption)).
% 126.71/79.30 tff(450,assumption,(~v17(constB6, bitIndex2)), introduced(assumption)).
% 126.71/79.30 tff(451,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(452,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[451])).
% 126.71/79.30 tff(453,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(454,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarNext) | (~v1012(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(455,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v1012(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[454])).
% 126.71/79.30 tff(456,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v1012(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16509')).
% 126.71/79.30 tff(457,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[456, 455])).
% 126.71/79.30 tff(458,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[457, 453])).
% 126.71/79.30 tff(459,plain,(
% 126.71/79.30 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[458])).
% 126.71/79.30 tff(460,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[459, 452])).
% 126.71/79.30 tff(461,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v1012(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v1012(constB6)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(462,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v1012(constB6)))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(463,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v1012(constB6))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[462, 461])).
% 126.71/79.30 tff(464,plain,
% 126.71/79.30 (~v1012(constB6)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[463, 460, 91, 98])).
% 126.71/79.30 tff(465,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext)))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(466,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[465])).
% 126.71/79.30 tff(467,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(468,plain,
% 126.71/79.30 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1012(VarNext) | (~v1011(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext)))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(469,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((v1012(VarNext) | (~v1011(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[468])).
% 126.71/79.30 tff(470,axiom,(![VarNext: $i, VarCurr: $i] : ((v1012(VarNext) | (~v1011(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16504')).
% 126.71/79.30 tff(471,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[470, 469])).
% 126.71/79.30 tff(472,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[471, 467])).
% 126.71/79.30 tff(473,plain,(
% 126.71/79.30 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(skolemize,[status(sab)],[472])).
% 126.71/79.30 tff(474,plain,
% 126.71/79.30 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[473, 466])).
% 126.71/79.30 tff(475,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB5, constB6)) | v1012(constB6) | (~v1011(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB5, constB6)) | v1012(constB6) | (~v1011(constB6)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(476,plain,
% 126.71/79.30 (((~nextState(constB5, constB6)) | (~v1011(constB6)) | v1012(constB6)) <=> ((~nextState(constB5, constB6)) | v1012(constB6) | (~v1011(constB6)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(477,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB5, constB6)) | (~v1011(constB6)) | v1012(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB5, constB6)) | v1012(constB6) | (~v1011(constB6))))),
% 126.71/79.30 inference(monotonicity,[status(thm)],[476])).
% 126.71/79.30 tff(478,plain,
% 126.71/79.30 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB5, constB6)) | (~v1011(constB6)) | v1012(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB5, constB6)) | v1012(constB6) | (~v1011(constB6)))),
% 126.71/79.30 inference(transitivity,[status(thm)],[477, 475])).
% 126.71/79.30 tff(479,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB5, constB6)) | (~v1011(constB6)) | v1012(constB6))),
% 126.71/79.30 inference(quant_inst,[status(thm)],[])).
% 126.71/79.30 tff(480,plain,
% 126.71/79.30 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB5, constB6)) | v1012(constB6) | (~v1011(constB6))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[479, 478])).
% 126.71/79.30 tff(481,plain,
% 126.71/79.30 (v1012(constB6) | (~v1011(constB6))),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[480, 474, 91])).
% 126.71/79.30 tff(482,plain,
% 126.71/79.30 (~v1011(constB6)),
% 126.71/79.30 inference(unit_resolution,[status(thm)],[481, 464])).
% 126.71/79.30 tff(483,plain,
% 126.71/79.30 (^[B: $i, VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(484,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[483])).
% 126.71/79.30 tff(485,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.30 inference(rewrite,[status(thm)],[])).
% 126.71/79.30 tff(486,plain,
% 126.71/79.30 (^[B: $i, VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v17(VarNext, B) | (~v17(VarCurr, B))) <=> (v17(VarNext, B) | (~v17(VarCurr, B)))), (((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) <=> ((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)))), rewrite(((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) <=> (v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))), (((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) <=> (v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))))), ((((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))) | (~nextState(VarCurr, VarNext))))), rewrite(((v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))), ((((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))))),
% 126.71/79.30 inference(bind,[status(th)],[])).
% 126.71/79.30 tff(487,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : (((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.30 inference(quant_intro,[status(thm)],[486])).
% 126.71/79.30 tff(488,axiom,(![B: $i, VarNext: $i, VarCurr: $i] : (((v17(VarNext, B) | (~v17(VarCurr, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16485')).
% 126.71/79.30 tff(489,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[488, 487])).
% 126.71/79.30 tff(490,plain,
% 126.71/79.30 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.30 inference(modus_ponens,[status(thm)],[489, 485])).
% 126.71/79.30 tff(491,plain,(
% 126.71/79.30 ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.30 inference(skolemize,[status(sab)],[490])).
% 126.71/79.31 tff(492,plain,
% 126.71/79.31 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[491, 484])).
% 126.71/79.31 tff(493,plain,
% 126.71/79.31 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB5, constB6)) | v1011(constB6) | v17(constB6, bitIndex2) | (~v17(constB5, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB5, constB6)) | v1011(constB6) | v17(constB6, bitIndex2) | (~v17(constB5, bitIndex2)))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(494,plain,
% 126.71/79.31 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB5, constB6)) | v1011(constB6) | v17(constB6, bitIndex2) | (~v17(constB5, bitIndex2)))),
% 126.71/79.31 inference(quant_inst,[status(thm)],[])).
% 126.71/79.31 tff(495,plain,
% 126.71/79.31 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB5, constB6)) | v1011(constB6) | v17(constB6, bitIndex2) | (~v17(constB5, bitIndex2))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[494, 493])).
% 126.71/79.31 tff(496,plain,
% 126.71/79.31 ($false),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[495, 492, 91, 482, 450, 449])).
% 126.71/79.31 tff(497,plain,(v17(constB6, bitIndex2) | (~v17(constB5, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.71/79.31 tff(498,plain,
% 126.71/79.31 (v17(constB6, bitIndex2)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[497, 448])).
% 126.71/79.31 tff(499,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext)))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(500,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[499])).
% 126.71/79.31 tff(501,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(502,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : rewrite(((v11(VarCurr) | v755(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext)))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(503,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((v11(VarCurr) | v755(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[502])).
% 126.71/79.31 tff(504,axiom,(![VarNext: $i, VarCurr: $i] : ((v11(VarCurr) | v755(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20629')).
% 126.71/79.31 tff(505,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[504, 503])).
% 126.71/79.31 tff(506,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[505, 501])).
% 126.71/79.31 tff(507,plain,(
% 126.71/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(skolemize,[status(sab)],[506])).
% 126.71/79.31 tff(508,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[507, 500])).
% 126.71/79.31 tff(509,plain,
% 126.71/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB4, constB5)) | v11(constB4) | v755(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB4, constB5)) | v11(constB4) | v755(constB5))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(510,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB4, constB5)) | v11(constB4) | v755(constB5))),
% 126.71/79.31 inference(quant_inst,[status(thm)],[])).
% 126.71/79.31 tff(511,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB4, constB5)) | v11(constB4) | v755(constB5)),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[510, 509])).
% 126.71/79.31 tff(512,plain,
% 126.71/79.31 (v11(constB4) | v755(constB5)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[511, 508, 81])).
% 126.71/79.31 tff(513,plain,
% 126.71/79.31 (v755(constB5)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[512, 342])).
% 126.71/79.31 tff(514,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr)) <=> ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr)))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(515,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[514])).
% 126.71/79.31 tff(516,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(517,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarCurr) | (~v119(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr)))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(518,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | (~v119(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[517])).
% 126.71/79.31 tff(519,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | (~v119(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26202')).
% 126.71/79.31 tff(520,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[519, 518])).
% 126.71/79.31 tff(521,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[520, 516])).
% 126.71/79.31 tff(522,plain,(
% 126.71/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(skolemize,[status(sab)],[521])).
% 126.71/79.31 tff(523,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[522, 515])).
% 126.71/79.31 tff(524,plain,
% 126.71/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB4) | (~nextState(constB4, constB5)) | (~v119(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v119(constB5)))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(525,plain,
% 126.71/79.31 (((~nextState(constB4, constB5)) | (~v119(constB5)) | v1(constB4)) <=> (v1(constB4) | (~nextState(constB4, constB5)) | (~v119(constB5)))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(526,plain,
% 126.71/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB4, constB5)) | (~v119(constB5)) | v1(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB4) | (~nextState(constB4, constB5)) | (~v119(constB5))))),
% 126.71/79.31 inference(monotonicity,[status(thm)],[525])).
% 126.71/79.31 tff(527,plain,
% 126.71/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB4, constB5)) | (~v119(constB5)) | v1(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v119(constB5)))),
% 126.71/79.31 inference(transitivity,[status(thm)],[526, 524])).
% 126.71/79.31 tff(528,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB4, constB5)) | (~v119(constB5)) | v1(constB4))),
% 126.71/79.31 inference(quant_inst,[status(thm)],[])).
% 126.71/79.31 tff(529,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v119(constB5))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[528, 527])).
% 126.71/79.31 tff(530,plain,
% 126.71/79.31 (~v119(constB5)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[529, 523, 81, 78])).
% 126.71/79.31 tff(531,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext)))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(532,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[531])).
% 126.71/79.31 tff(533,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(534,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : rewrite(((v119(VarNext) | v749(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext)))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(535,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((v119(VarNext) | v749(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[534])).
% 126.71/79.31 tff(536,axiom,(![VarNext: $i, VarCurr: $i] : ((v119(VarNext) | v749(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20642')).
% 126.71/79.31 tff(537,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[536, 535])).
% 126.71/79.31 tff(538,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[537, 533])).
% 126.71/79.31 tff(539,plain,(
% 126.71/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(skolemize,[status(sab)],[538])).
% 126.71/79.31 tff(540,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[539, 532])).
% 126.71/79.31 tff(541,plain,
% 126.71/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB4, constB5)) | v119(constB5) | v749(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB4, constB5)) | v119(constB5) | v749(constB5))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(542,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB4, constB5)) | v119(constB5) | v749(constB5))),
% 126.71/79.31 inference(quant_inst,[status(thm)],[])).
% 126.71/79.31 tff(543,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB4, constB5)) | v119(constB5) | v749(constB5)),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[542, 541])).
% 126.71/79.31 tff(544,plain,
% 126.71/79.31 (v119(constB5) | v749(constB5)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[543, 540, 81])).
% 126.71/79.31 tff(545,plain,
% 126.71/79.31 (v749(constB5)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[544, 530])).
% 126.71/79.31 tff(546,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext))))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(547,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[546])).
% 126.71/79.31 tff(548,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(549,plain,
% 126.71/79.31 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v748(VarNext) | (~v749(VarNext))) | (~v1(VarNext))) <=> ((~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))), ((((v748(VarNext) | (~v749(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarNext)) | v748(VarNext) | (~v749(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarNext)) | v748(VarNext) | (~v749(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))), ((((v748(VarNext) | (~v749(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))))),
% 126.71/79.31 inference(bind,[status(th)],[])).
% 126.71/79.31 tff(550,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : (((v748(VarNext) | (~v749(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(quant_intro,[status(thm)],[549])).
% 126.71/79.31 tff(551,axiom,(![VarNext: $i, VarCurr: $i] : (((v748(VarNext) | (~v749(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20639')).
% 126.71/79.31 tff(552,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[551, 550])).
% 126.71/79.31 tff(553,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[552, 548])).
% 126.71/79.31 tff(554,plain,(
% 126.71/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(skolemize,[status(sab)],[553])).
% 126.71/79.31 tff(555,plain,
% 126.71/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[554, 547])).
% 126.71/79.31 tff(556,plain,
% 126.71/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v748(constB5) | (~v749(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v748(constB5) | (~v749(constB5)))),
% 126.71/79.31 inference(rewrite,[status(thm)],[])).
% 126.71/79.31 tff(557,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v748(constB5) | (~v749(constB5)))),
% 126.71/79.31 inference(quant_inst,[status(thm)],[])).
% 126.71/79.31 tff(558,plain,
% 126.71/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v748(constB5) | (~v749(constB5))),
% 126.71/79.31 inference(modus_ponens,[status(thm)],[557, 556])).
% 126.71/79.31 tff(559,plain,
% 126.71/79.31 (v748(constB5) | (~v749(constB5))),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[558, 555, 81, 88])).
% 126.71/79.31 tff(560,plain,
% 126.71/79.31 (v748(constB5)),
% 126.71/79.31 inference(unit_resolution,[status(thm)],[559, 545])).
% 126.78/79.31 tff(561,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(562,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[561])).
% 126.78/79.31 tff(563,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(564,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v747(VarNext) | (~v755(VarNext))) | (~v748(VarNext))) <=> ((~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))), ((((v747(VarNext) | (~v755(VarNext))) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v748(VarNext)) | v747(VarNext) | (~v755(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v748(VarNext)) | v747(VarNext) | (~v755(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))), ((((v747(VarNext) | (~v755(VarNext))) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(565,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : (((v747(VarNext) | (~v755(VarNext))) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[564])).
% 126.78/79.31 tff(566,axiom,(![VarNext: $i, VarCurr: $i] : (((v747(VarNext) | (~v755(VarNext))) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20626')).
% 126.78/79.31 tff(567,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[566, 565])).
% 126.78/79.31 tff(568,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[567, 563])).
% 126.78/79.31 tff(569,plain,(
% 126.78/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(skolemize,[status(sab)],[568])).
% 126.78/79.31 tff(570,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[569, 562])).
% 126.78/79.31 tff(571,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB4, constB5)) | v747(constB5) | (~v748(constB5)) | (~v755(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB4, constB5)) | v747(constB5) | (~v748(constB5)) | (~v755(constB5)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(572,plain,
% 126.78/79.31 (((~nextState(constB4, constB5)) | (~v748(constB5)) | v747(constB5) | (~v755(constB5))) <=> ((~nextState(constB4, constB5)) | v747(constB5) | (~v748(constB5)) | (~v755(constB5)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(573,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB4, constB5)) | (~v748(constB5)) | v747(constB5) | (~v755(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB4, constB5)) | v747(constB5) | (~v748(constB5)) | (~v755(constB5))))),
% 126.78/79.31 inference(monotonicity,[status(thm)],[572])).
% 126.78/79.31 tff(574,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB4, constB5)) | (~v748(constB5)) | v747(constB5) | (~v755(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB4, constB5)) | v747(constB5) | (~v748(constB5)) | (~v755(constB5)))),
% 126.78/79.31 inference(transitivity,[status(thm)],[573, 571])).
% 126.78/79.31 tff(575,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB4, constB5)) | (~v748(constB5)) | v747(constB5) | (~v755(constB5)))),
% 126.78/79.31 inference(quant_inst,[status(thm)],[])).
% 126.78/79.31 tff(576,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB4, constB5)) | v747(constB5) | (~v748(constB5)) | (~v755(constB5))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[575, 574])).
% 126.78/79.31 tff(577,plain,
% 126.78/79.31 (v747(constB5) | (~v748(constB5)) | (~v755(constB5))),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[576, 570, 81])).
% 126.78/79.31 tff(578,plain,
% 126.78/79.31 (v747(constB5) | (~v755(constB5))),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[577, 560])).
% 126.78/79.31 tff(579,plain,
% 126.78/79.31 (v747(constB5)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[578, 513])).
% 126.78/79.31 tff(580,assumption,(~v32(constB5)), introduced(assumption)).
% 126.78/79.31 tff(581,plain,
% 126.78/79.31 (^[VarNext: $i] : refl((v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext))) <=> (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(582,plain,
% 126.78/79.31 (![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext))) <=> ![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[581])).
% 126.78/79.31 tff(583,plain,
% 126.78/79.31 (![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext))) <=> ![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(584,plain,
% 126.78/79.31 (^[VarNext: $i] : rewrite(((v32(VarNext) | (~v765(VarNext))) | (~v747(VarNext))) <=> (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(585,plain,
% 126.78/79.31 (![VarNext: $i] : ((v32(VarNext) | (~v765(VarNext))) | (~v747(VarNext))) <=> ![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[584])).
% 126.78/79.31 tff(586,axiom,(![VarNext: $i] : ((v32(VarNext) | (~v765(VarNext))) | (~v747(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20608')).
% 126.78/79.31 tff(587,plain,
% 126.78/79.31 (![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[586, 585])).
% 126.78/79.31 tff(588,plain,
% 126.78/79.31 (![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[587, 583])).
% 126.78/79.31 tff(589,plain,(
% 126.78/79.31 ![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(skolemize,[status(sab)],[588])).
% 126.78/79.31 tff(590,plain,
% 126.78/79.31 (![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[589, 582])).
% 126.78/79.31 tff(591,plain,
% 126.78/79.31 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB5) | (~v747(constB5)) | (~v765(constB5)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB5) | (~v747(constB5)) | (~v765(constB5)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(592,plain,
% 126.78/79.31 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB5) | (~v747(constB5)) | (~v765(constB5)))),
% 126.78/79.31 inference(quant_inst,[status(thm)],[])).
% 126.78/79.31 tff(593,plain,
% 126.78/79.31 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB5) | (~v747(constB5)) | (~v765(constB5))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[592, 591])).
% 126.78/79.31 tff(594,plain,
% 126.78/79.31 ((~v747(constB5)) | (~v765(constB5))),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[593, 590, 580])).
% 126.78/79.31 tff(595,plain,
% 126.78/79.31 (~v765(constB5)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[594, 579])).
% 126.78/79.31 tff(596,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(597,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[596])).
% 126.78/79.31 tff(598,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(599,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : rewrite(((v765(VarNext) | (~v763(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(600,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((v765(VarNext) | (~v763(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[599])).
% 126.78/79.31 tff(601,axiom,(![VarNext: $i, VarCurr: $i] : ((v765(VarNext) | (~v763(VarCurr))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20612')).
% 126.78/79.31 tff(602,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[601, 600])).
% 126.78/79.31 tff(603,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[602, 598])).
% 126.78/79.31 tff(604,plain,(
% 126.78/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(skolemize,[status(sab)],[603])).
% 126.78/79.31 tff(605,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[604, 597])).
% 126.78/79.31 tff(606,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB4, constB5)) | (~v763(constB4)) | v765(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB4, constB5)) | (~v763(constB4)) | v765(constB5))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(607,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB4, constB5)) | (~v763(constB4)) | v765(constB5))),
% 126.78/79.31 inference(quant_inst,[status(thm)],[])).
% 126.78/79.31 tff(608,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB4, constB5)) | (~v763(constB4)) | v765(constB5)),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[607, 606])).
% 126.78/79.31 tff(609,plain,
% 126.78/79.31 ((~v763(constB4)) | v765(constB5)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[608, 605, 81])).
% 126.78/79.31 tff(610,plain,
% 126.78/79.31 (~v763(constB4)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[609, 595])).
% 126.78/79.31 tff(611,plain,
% 126.78/79.31 (^[VarCurr: $i] : refl((v11(VarCurr) | v763(VarCurr)) <=> (v11(VarCurr) | v763(VarCurr)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(612,plain,
% 126.78/79.31 (![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr)) <=> ![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[611])).
% 126.78/79.31 tff(613,plain,
% 126.78/79.31 (![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr)) <=> ![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(614,plain,
% 126.78/79.31 (^[VarCurr: $i] : rewrite((v763(VarCurr) | v11(VarCurr)) <=> (v11(VarCurr) | v763(VarCurr)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(615,plain,
% 126.78/79.31 (![VarCurr: $i] : (v763(VarCurr) | v11(VarCurr)) <=> ![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[614])).
% 126.78/79.31 tff(616,axiom,(![VarCurr: $i] : (v763(VarCurr) | v11(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20618')).
% 126.78/79.31 tff(617,plain,
% 126.78/79.31 (![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[616, 615])).
% 126.78/79.31 tff(618,plain,
% 126.78/79.31 (![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[617, 613])).
% 126.78/79.31 tff(619,plain,(
% 126.78/79.31 ![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(skolemize,[status(sab)],[618])).
% 126.78/79.31 tff(620,plain,
% 126.78/79.31 (![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[619, 612])).
% 126.78/79.31 tff(621,plain,
% 126.78/79.31 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB4) | v763(constB4))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB4) | v763(constB4))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(622,plain,
% 126.78/79.31 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB4) | v763(constB4))),
% 126.78/79.31 inference(quant_inst,[status(thm)],[])).
% 126.78/79.31 tff(623,plain,
% 126.78/79.31 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB4) | v763(constB4)),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[622, 621])).
% 126.78/79.31 tff(624,plain,
% 126.78/79.31 ($false),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[623, 620, 342, 610])).
% 126.78/79.31 tff(625,plain,(v11(constB4) | v32(constB5)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.31 tff(626,plain,
% 126.78/79.31 (v32(constB5)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[625, 342])).
% 126.78/79.31 tff(627,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(628,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[627])).
% 126.78/79.31 tff(629,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(630,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarNext) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(631,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[630])).
% 126.78/79.31 tff(632,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v748(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20637')).
% 126.78/79.31 tff(633,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[632, 631])).
% 126.78/79.31 tff(634,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[633, 629])).
% 126.78/79.31 tff(635,plain,(
% 126.78/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(skolemize,[status(sab)],[634])).
% 126.78/79.31 tff(636,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[635, 628])).
% 126.78/79.31 tff(637,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v748(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v748(constB6)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(638,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v748(constB6)))),
% 126.78/79.31 inference(quant_inst,[status(thm)],[])).
% 126.78/79.31 tff(639,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v748(constB6))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[638, 637])).
% 126.78/79.31 tff(640,plain,
% 126.78/79.31 (~v748(constB6)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[639, 636, 91, 98])).
% 126.78/79.31 tff(641,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(642,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[641])).
% 126.78/79.31 tff(643,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(644,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : rewrite(((v748(VarNext) | (~v747(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(645,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((v748(VarNext) | (~v747(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[644])).
% 126.78/79.31 tff(646,axiom,(![VarNext: $i, VarCurr: $i] : ((v748(VarNext) | (~v747(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20624')).
% 126.78/79.31 tff(647,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[646, 645])).
% 126.78/79.31 tff(648,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[647, 643])).
% 126.78/79.31 tff(649,plain,(
% 126.78/79.31 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(skolemize,[status(sab)],[648])).
% 126.78/79.31 tff(650,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[649, 642])).
% 126.78/79.31 tff(651,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB5, constB6)) | v748(constB6) | (~v747(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB5, constB6)) | v748(constB6) | (~v747(constB6)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(652,plain,
% 126.78/79.31 (((~nextState(constB5, constB6)) | (~v747(constB6)) | v748(constB6)) <=> ((~nextState(constB5, constB6)) | v748(constB6) | (~v747(constB6)))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(653,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB5, constB6)) | (~v747(constB6)) | v748(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB5, constB6)) | v748(constB6) | (~v747(constB6))))),
% 126.78/79.31 inference(monotonicity,[status(thm)],[652])).
% 126.78/79.31 tff(654,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB5, constB6)) | (~v747(constB6)) | v748(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB5, constB6)) | v748(constB6) | (~v747(constB6)))),
% 126.78/79.31 inference(transitivity,[status(thm)],[653, 651])).
% 126.78/79.31 tff(655,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB5, constB6)) | (~v747(constB6)) | v748(constB6))),
% 126.78/79.31 inference(quant_inst,[status(thm)],[])).
% 126.78/79.31 tff(656,plain,
% 126.78/79.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB5, constB6)) | v748(constB6) | (~v747(constB6))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[655, 654])).
% 126.78/79.31 tff(657,plain,
% 126.78/79.31 (v748(constB6) | (~v747(constB6))),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[656, 650, 91])).
% 126.78/79.31 tff(658,plain,
% 126.78/79.31 (~v747(constB6)),
% 126.78/79.31 inference(unit_resolution,[status(thm)],[657, 640])).
% 126.78/79.31 tff(659,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : refl(((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext)) <=> ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext)))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(660,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[659])).
% 126.78/79.31 tff(661,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(rewrite,[status(thm)],[])).
% 126.78/79.31 tff(662,plain,
% 126.78/79.31 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v32(VarNext) | (~v32(VarCurr))) | v747(VarNext)) <=> ((~v32(VarCurr)) | v747(VarNext) | v32(VarNext))), ((((v32(VarNext) | (~v32(VarCurr))) | v747(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (((~v32(VarCurr)) | v747(VarNext) | v32(VarNext)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v32(VarCurr)) | v747(VarNext) | v32(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))), ((((v32(VarNext) | (~v32(VarCurr))) | v747(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))))),
% 126.78/79.31 inference(bind,[status(th)],[])).
% 126.78/79.31 tff(663,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : (((v32(VarNext) | (~v32(VarCurr))) | v747(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(quant_intro,[status(thm)],[662])).
% 126.78/79.31 tff(664,axiom,(![VarNext: $i, VarCurr: $i] : (((v32(VarNext) | (~v32(VarCurr))) | v747(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u20604')).
% 126.78/79.31 tff(665,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[664, 663])).
% 126.78/79.31 tff(666,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[665, 661])).
% 126.78/79.31 tff(667,plain,(
% 126.78/79.31 ![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(skolemize,[status(sab)],[666])).
% 126.78/79.31 tff(668,plain,
% 126.78/79.31 (![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))),
% 126.78/79.31 inference(modus_ponens,[status(thm)],[667, 660])).
% 126.78/79.31 tff(669,plain,
% 126.78/79.31 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB5)) | (~nextState(constB5, constB6)) | v747(constB6) | v32(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB5)) | (~nextState(constB5, constB6)) | v747(constB6) | v32(constB6))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(670,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB5)) | (~nextState(constB5, constB6)) | v747(constB6) | v32(constB6))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(671,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB5)) | (~nextState(constB5, constB6)) | v747(constB6) | v32(constB6)),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[670, 669])).
% 126.78/79.32 tff(672,plain,
% 126.78/79.32 ((~v32(constB5)) | v747(constB6) | v32(constB6)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[671, 668, 91])).
% 126.78/79.32 tff(673,plain,
% 126.78/79.32 ((~v32(constB5)) | v32(constB6)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[672, 658])).
% 126.78/79.32 tff(674,plain,
% 126.78/79.32 (v32(constB6)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[673, 626])).
% 126.78/79.32 tff(675,plain,
% 126.78/79.32 (^[VarCurr: $i] : refl(((~v32(VarCurr)) | (~v47(VarCurr))) <=> ((~v32(VarCurr)) | (~v47(VarCurr))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(676,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr))) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[675])).
% 126.78/79.32 tff(677,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr))) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(678,axiom,(![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26230')).
% 126.78/79.32 tff(679,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[678, 677])).
% 126.78/79.32 tff(680,plain,(
% 126.78/79.32 ![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))),
% 126.78/79.32 inference(skolemize,[status(sab)],[679])).
% 126.78/79.32 tff(681,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[680, 676])).
% 126.78/79.32 tff(682,plain,
% 126.78/79.32 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB6)) | (~v47(constB6)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB6)) | (~v47(constB6)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(683,plain,
% 126.78/79.32 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB6)) | (~v47(constB6)))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(684,plain,
% 126.78/79.32 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB6)) | (~v47(constB6))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[683, 682])).
% 126.78/79.32 tff(685,plain,
% 126.78/79.32 (~v47(constB6)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[684, 681, 674])).
% 126.78/79.32 tff(686,assumption,(v938(constB4, bitIndex1)), introduced(assumption)).
% 126.78/79.32 tff(687,plain,
% 126.78/79.32 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB4) | (~v938(constB4, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB4) | (~v938(constB4, bitIndex1)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(688,plain,
% 126.78/79.32 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB4) | (~v938(constB4, bitIndex1)))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(689,plain,
% 126.78/79.32 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB4) | (~v938(constB4, bitIndex1))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[688, 687])).
% 126.78/79.32 tff(690,plain,
% 126.78/79.32 ($false),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[689, 335, 342, 686])).
% 126.78/79.32 tff(691,plain,((~v938(constB4, bitIndex1)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.32 tff(692,plain,
% 126.78/79.32 (~v938(constB4, bitIndex1)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[691, 342])).
% 126.78/79.32 tff(693,assumption,(~v938(constB4, bitIndex1)), introduced(assumption)).
% 126.78/79.32 tff(694,assumption,(v940(constB5, bitIndex1)), introduced(assumption)).
% 126.78/79.32 tff(695,plain,
% 126.78/79.32 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB4, constB5)) | (~v940(constB5, bitIndex1)) | v938(constB4, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB4, constB5)) | (~v940(constB5, bitIndex1)) | v938(constB4, bitIndex1))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(696,plain,
% 126.78/79.32 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB4, constB5)) | (~v940(constB5, bitIndex1)) | v938(constB4, bitIndex1))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(697,plain,
% 126.78/79.32 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB4, constB5)) | (~v940(constB5, bitIndex1)) | v938(constB4, bitIndex1)),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[696, 695])).
% 126.78/79.32 tff(698,plain,
% 126.78/79.32 ($false),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[697, 302, 81, 694, 693])).
% 126.78/79.32 tff(699,plain,((~v940(constB5, bitIndex1)) | v938(constB4, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.32 tff(700,plain,
% 126.78/79.32 (~v940(constB5, bitIndex1)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[699, 692])).
% 126.78/79.32 tff(701,assumption,(v929(constB5, bitIndex1)), introduced(assumption)).
% 126.78/79.32 tff(702,assumption,(~v940(constB5, bitIndex1)), introduced(assumption)).
% 126.78/79.32 tff(703,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext)))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(704,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[703])).
% 126.78/79.32 tff(705,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(706,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v934(VarNext) | v932(VarNext)) <=> (v932(VarNext) | v934(VarNext))), (((v934(VarNext) | v932(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v932(VarNext) | v934(VarNext)) | (~nextState(VarCurr, VarNext))))), rewrite(((v932(VarNext) | v934(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))), (((v934(VarNext) | v932(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(707,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v932(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[706])).
% 126.78/79.32 tff(708,axiom,(![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v932(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16735')).
% 126.78/79.32 tff(709,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[708, 707])).
% 126.78/79.32 tff(710,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[709, 705])).
% 126.78/79.32 tff(711,plain,(
% 126.78/79.32 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(skolemize,[status(sab)],[710])).
% 126.78/79.32 tff(712,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[711, 704])).
% 126.78/79.32 tff(713,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v932(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v932(constB5))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(714,plain,
% 126.78/79.32 (((~nextState(constB4, constB5)) | v932(constB5) | v934(constB5)) <=> ((~nextState(constB4, constB5)) | v934(constB5) | v932(constB5))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(715,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB4, constB5)) | v932(constB5) | v934(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v932(constB5)))),
% 126.78/79.32 inference(monotonicity,[status(thm)],[714])).
% 126.78/79.32 tff(716,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB4, constB5)) | v932(constB5) | v934(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v932(constB5))),
% 126.78/79.32 inference(transitivity,[status(thm)],[715, 713])).
% 126.78/79.32 tff(717,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB4, constB5)) | v932(constB5) | v934(constB5))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(718,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v932(constB5)),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[717, 716])).
% 126.78/79.32 tff(719,plain,
% 126.78/79.32 (v934(constB5) | v932(constB5)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[718, 712, 81])).
% 126.78/79.32 tff(720,plain,
% 126.78/79.32 (v932(constB5)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[719, 350])).
% 126.78/79.32 tff(721,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(722,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[721])).
% 126.78/79.32 tff(723,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(724,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v931(VarNext) | (~v932(VarNext))) | (~v1(VarNext))) <=> ((~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))), ((((v931(VarNext) | (~v932(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarNext)) | v931(VarNext) | (~v932(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarNext)) | v931(VarNext) | (~v932(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))), ((((v931(VarNext) | (~v932(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(725,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : (((v931(VarNext) | (~v932(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[724])).
% 126.78/79.32 tff(726,axiom,(![VarNext: $i, VarCurr: $i] : (((v931(VarNext) | (~v932(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16732')).
% 126.78/79.32 tff(727,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[726, 725])).
% 126.78/79.32 tff(728,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[727, 723])).
% 126.78/79.32 tff(729,plain,(
% 126.78/79.32 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(skolemize,[status(sab)],[728])).
% 126.78/79.32 tff(730,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[729, 722])).
% 126.78/79.32 tff(731,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v931(constB5) | (~v932(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v931(constB5) | (~v932(constB5)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(732,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v931(constB5) | (~v932(constB5)))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(733,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v931(constB5) | (~v932(constB5))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[732, 731])).
% 126.78/79.32 tff(734,plain,
% 126.78/79.32 (v931(constB5) | (~v932(constB5))),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[733, 730, 81, 88])).
% 126.78/79.32 tff(735,plain,
% 126.78/79.32 (v931(constB5)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[734, 720])).
% 126.78/79.32 tff(736,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(737,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[736])).
% 126.78/79.32 tff(738,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(739,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : rewrite(((v930(VarNext) | (~v931(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(740,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((v930(VarNext) | (~v931(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[739])).
% 126.78/79.32 tff(741,axiom,(![VarNext: $i, VarCurr: $i] : ((v930(VarNext) | (~v931(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16726')).
% 126.78/79.32 tff(742,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[741, 740])).
% 126.78/79.32 tff(743,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[742, 738])).
% 126.78/79.32 tff(744,plain,(
% 126.78/79.32 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(skolemize,[status(sab)],[743])).
% 126.78/79.32 tff(745,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[744, 737])).
% 126.78/79.32 tff(746,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB4, constB5)) | v930(constB5) | (~v931(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB4, constB5)) | v930(constB5) | (~v931(constB5)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(747,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB4, constB5)) | v930(constB5) | (~v931(constB5)))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(748,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB4, constB5)) | v930(constB5) | (~v931(constB5))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[747, 746])).
% 126.78/79.32 tff(749,plain,
% 126.78/79.32 (v930(constB5) | (~v931(constB5))),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[748, 745, 81])).
% 126.78/79.32 tff(750,plain,
% 126.78/79.32 (v930(constB5)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[749, 735])).
% 126.78/79.32 tff(751,plain,
% 126.78/79.32 (^[B: $i, VarNext: $i] : refl(((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B)) <=> ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B)))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(752,plain,
% 126.78/79.32 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B)) <=> ![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[751])).
% 126.78/79.32 tff(753,plain,
% 126.78/79.32 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B)) <=> ![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(754,plain,
% 126.78/79.32 (^[B: $i, VarNext: $i] : trans(monotonicity(rewrite((v940(VarNext, B) | (~v929(VarNext, B))) <=> ((~v929(VarNext, B)) | v940(VarNext, B))), (((v940(VarNext, B) | (~v929(VarNext, B))) | (~v930(VarNext))) <=> (((~v929(VarNext, B)) | v940(VarNext, B)) | (~v930(VarNext))))), rewrite((((~v929(VarNext, B)) | v940(VarNext, B)) | (~v930(VarNext))) <=> ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))), (((v940(VarNext, B) | (~v929(VarNext, B))) | (~v930(VarNext))) <=> ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(755,plain,
% 126.78/79.32 (![B: $i, VarNext: $i] : ((v940(VarNext, B) | (~v929(VarNext, B))) | (~v930(VarNext))) <=> ![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[754])).
% 126.78/79.32 tff(756,axiom,(![B: $i, VarNext: $i] : ((v940(VarNext, B) | (~v929(VarNext, B))) | (~v930(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16708')).
% 126.78/79.32 tff(757,plain,
% 126.78/79.32 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[756, 755])).
% 126.78/79.32 tff(758,plain,
% 126.78/79.32 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[757, 753])).
% 126.78/79.32 tff(759,plain,(
% 126.78/79.32 ![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(skolemize,[status(sab)],[758])).
% 126.78/79.32 tff(760,plain,
% 126.78/79.32 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[759, 752])).
% 126.78/79.32 tff(761,plain,
% 126.78/79.32 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB5)) | (~v929(constB5, bitIndex1)) | v940(constB5, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB5)) | (~v929(constB5, bitIndex1)) | v940(constB5, bitIndex1))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(762,plain,
% 126.78/79.32 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB5)) | (~v929(constB5, bitIndex1)) | v940(constB5, bitIndex1))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(763,plain,
% 126.78/79.32 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB5)) | (~v929(constB5, bitIndex1)) | v940(constB5, bitIndex1)),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[762, 761])).
% 126.78/79.32 tff(764,plain,
% 126.78/79.32 ($false),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[763, 760, 750, 702, 701])).
% 126.78/79.32 tff(765,plain,((~v929(constB5, bitIndex1)) | v940(constB5, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.32 tff(766,plain,
% 126.78/79.32 (~v929(constB5, bitIndex1)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[765, 700])).
% 126.78/79.32 tff(767,assumption,(~v929(constB5, bitIndex1)), introduced(assumption)).
% 126.78/79.32 tff(768,assumption,(v7(constB5, bitIndex2)), introduced(assumption)).
% 126.78/79.32 tff(769,plain,
% 126.78/79.32 (^[VarCurr: $i] : refl(((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1)) <=> ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1)))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(770,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[769])).
% 126.78/79.32 tff(771,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(772,plain,
% 126.78/79.32 (^[VarCurr: $i] : rewrite((v929(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))) <=> ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1)))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(773,plain,
% 126.78/79.32 (![VarCurr: $i] : (v929(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[772])).
% 126.78/79.32 tff(774,axiom,(![VarCurr: $i] : (v929(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16341')).
% 126.78/79.32 tff(775,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[774, 773])).
% 126.78/79.32 tff(776,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[775, 771])).
% 126.78/79.32 tff(777,plain,(
% 126.78/79.32 ![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(skolemize,[status(sab)],[776])).
% 126.78/79.32 tff(778,plain,
% 126.78/79.32 (![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[777, 770])).
% 126.78/79.32 tff(779,plain,
% 126.78/79.32 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB5, bitIndex2)) | v929(constB5, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB5, bitIndex2)) | v929(constB5, bitIndex1))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(780,plain,
% 126.78/79.32 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB5, bitIndex2)) | v929(constB5, bitIndex1))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(781,plain,
% 126.78/79.32 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB5, bitIndex2)) | v929(constB5, bitIndex1)),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[780, 779])).
% 126.78/79.32 tff(782,plain,
% 126.78/79.32 ($false),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[781, 778, 768, 767])).
% 126.78/79.32 tff(783,plain,((~v7(constB5, bitIndex2)) | v929(constB5, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.32 tff(784,plain,
% 126.78/79.32 (~v7(constB5, bitIndex2)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[783, 766])).
% 126.78/79.32 tff(785,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(786,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[785])).
% 126.78/79.32 tff(787,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(788,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarNext) | (~v931(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(789,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v931(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[788])).
% 126.78/79.32 tff(790,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v931(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16730')).
% 126.78/79.32 tff(791,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[790, 789])).
% 126.78/79.32 tff(792,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[791, 787])).
% 126.78/79.32 tff(793,plain,(
% 126.78/79.32 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(skolemize,[status(sab)],[792])).
% 126.78/79.32 tff(794,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[793, 786])).
% 126.78/79.32 tff(795,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v931(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v931(constB6)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(796,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v931(constB6)))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(797,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v931(constB6))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[796, 795])).
% 126.78/79.32 tff(798,plain,
% 126.78/79.32 (~v931(constB6)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[797, 794, 91, 98])).
% 126.78/79.32 tff(799,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext)))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(800,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[799])).
% 126.78/79.32 tff(801,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(802,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : rewrite(((v931(VarNext) | (~v930(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext)))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(803,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((v931(VarNext) | (~v930(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[802])).
% 126.78/79.32 tff(804,axiom,(![VarNext: $i, VarCurr: $i] : ((v931(VarNext) | (~v930(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16725')).
% 126.78/79.32 tff(805,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[804, 803])).
% 126.78/79.32 tff(806,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[805, 801])).
% 126.78/79.32 tff(807,plain,(
% 126.78/79.32 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(skolemize,[status(sab)],[806])).
% 126.78/79.32 tff(808,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[807, 800])).
% 126.78/79.32 tff(809,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB5, constB6)) | v931(constB6) | (~v930(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB5, constB6)) | v931(constB6) | (~v930(constB6)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(810,plain,
% 126.78/79.32 (((~nextState(constB5, constB6)) | (~v930(constB6)) | v931(constB6)) <=> ((~nextState(constB5, constB6)) | v931(constB6) | (~v930(constB6)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(811,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB5, constB6)) | (~v930(constB6)) | v931(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB5, constB6)) | v931(constB6) | (~v930(constB6))))),
% 126.78/79.32 inference(monotonicity,[status(thm)],[810])).
% 126.78/79.32 tff(812,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB5, constB6)) | (~v930(constB6)) | v931(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB5, constB6)) | v931(constB6) | (~v930(constB6)))),
% 126.78/79.32 inference(transitivity,[status(thm)],[811, 809])).
% 126.78/79.32 tff(813,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB5, constB6)) | (~v930(constB6)) | v931(constB6))),
% 126.78/79.32 inference(quant_inst,[status(thm)],[])).
% 126.78/79.32 tff(814,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB5, constB6)) | v931(constB6) | (~v930(constB6))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[813, 812])).
% 126.78/79.32 tff(815,plain,
% 126.78/79.32 (v931(constB6) | (~v930(constB6))),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[814, 808, 91])).
% 126.78/79.32 tff(816,plain,
% 126.78/79.32 (~v930(constB6)),
% 126.78/79.32 inference(unit_resolution,[status(thm)],[815, 798])).
% 126.78/79.32 tff(817,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2))) <=> ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(818,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[817])).
% 126.78/79.32 tff(819,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(820,plain,
% 126.78/79.32 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((((~v7(VarNext, bitIndex2)) | v7(VarCurr, bitIndex2)) | v930(VarNext)) <=> (v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))), (((((~v7(VarNext, bitIndex2)) | v7(VarCurr, bitIndex2)) | v930(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2))) | (~nextState(VarCurr, VarNext))))), rewrite(((v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))), (((((~v7(VarNext, bitIndex2)) | v7(VarCurr, bitIndex2)) | v930(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))))),
% 126.78/79.32 inference(bind,[status(th)],[])).
% 126.78/79.32 tff(821,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((((~v7(VarNext, bitIndex2)) | v7(VarCurr, bitIndex2)) | v930(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(quant_intro,[status(thm)],[820])).
% 126.78/79.32 tff(822,axiom,(![VarNext: $i, VarCurr: $i] : ((((~v7(VarNext, bitIndex2)) | v7(VarCurr, bitIndex2)) | v930(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16705')).
% 126.78/79.32 tff(823,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[822, 821])).
% 126.78/79.32 tff(824,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[823, 819])).
% 126.78/79.32 tff(825,plain,(
% 126.78/79.32 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(skolemize,[status(sab)],[824])).
% 126.78/79.32 tff(826,plain,
% 126.78/79.32 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))),
% 126.78/79.32 inference(modus_ponens,[status(thm)],[825, 818])).
% 126.78/79.32 tff(827,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB5, bitIndex2) | (~nextState(constB5, constB6)) | v930(constB6) | (~v7(constB6, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB5, bitIndex2) | (~nextState(constB5, constB6)) | v930(constB6) | (~v7(constB6, bitIndex2)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(828,plain,
% 126.78/79.32 (((~nextState(constB5, constB6)) | v7(constB5, bitIndex2) | v930(constB6) | (~v7(constB6, bitIndex2))) <=> (v7(constB5, bitIndex2) | (~nextState(constB5, constB6)) | v930(constB6) | (~v7(constB6, bitIndex2)))),
% 126.78/79.32 inference(rewrite,[status(thm)],[])).
% 126.78/79.32 tff(829,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB5, constB6)) | v7(constB5, bitIndex2) | v930(constB6) | (~v7(constB6, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB5, bitIndex2) | (~nextState(constB5, constB6)) | v930(constB6) | (~v7(constB6, bitIndex2))))),
% 126.78/79.32 inference(monotonicity,[status(thm)],[828])).
% 126.78/79.32 tff(830,plain,
% 126.78/79.32 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB5, constB6)) | v7(constB5, bitIndex2) | v930(constB6) | (~v7(constB6, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB5, bitIndex2) | (~nextState(constB5, constB6)) | v930(constB6) | (~v7(constB6, bitIndex2)))),
% 126.78/79.32 inference(transitivity,[status(thm)],[829, 827])).
% 126.78/79.32 tff(831,plain,
% 126.78/79.32 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB5, constB6)) | v7(constB5, bitIndex2) | v930(constB6) | (~v7(constB6, bitIndex2)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(832,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB5, bitIndex2) | (~nextState(constB5, constB6)) | v930(constB6) | (~v7(constB6, bitIndex2))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[831, 830])).
% 126.78/79.33 tff(833,plain,
% 126.78/79.33 (v7(constB5, bitIndex2) | v930(constB6) | (~v7(constB6, bitIndex2))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[832, 826, 91])).
% 126.78/79.33 tff(834,plain,
% 126.78/79.33 (v7(constB5, bitIndex2) | (~v7(constB6, bitIndex2))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[833, 816])).
% 126.78/79.33 tff(835,plain,
% 126.78/79.33 (~v7(constB6, bitIndex2)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[834, 784])).
% 126.78/79.33 tff(836,assumption,(v938(constB4, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(837,plain,
% 126.78/79.33 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB4) | (~v938(constB4, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB4) | (~v938(constB4, bitIndex0)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(838,plain,
% 126.78/79.33 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB4) | (~v938(constB4, bitIndex0)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(839,plain,
% 126.78/79.33 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB4) | (~v938(constB4, bitIndex0))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[838, 837])).
% 126.78/79.33 tff(840,plain,
% 126.78/79.33 ($false),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[839, 335, 342, 836])).
% 126.78/79.33 tff(841,plain,((~v938(constB4, bitIndex0)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.33 tff(842,plain,
% 126.78/79.33 (~v938(constB4, bitIndex0)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[841, 342])).
% 126.78/79.33 tff(843,assumption,(~v938(constB4, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(844,assumption,(v940(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(845,plain,
% 126.78/79.33 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB4, constB5)) | (~v940(constB5, bitIndex0)) | v938(constB4, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB4, constB5)) | (~v940(constB5, bitIndex0)) | v938(constB4, bitIndex0))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(846,plain,
% 126.78/79.33 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB4, constB5)) | (~v940(constB5, bitIndex0)) | v938(constB4, bitIndex0))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(847,plain,
% 126.78/79.33 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB4, constB5)) | (~v940(constB5, bitIndex0)) | v938(constB4, bitIndex0)),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[846, 845])).
% 126.78/79.33 tff(848,plain,
% 126.78/79.33 ($false),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[847, 302, 81, 844, 843])).
% 126.78/79.33 tff(849,plain,((~v940(constB5, bitIndex0)) | v938(constB4, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.33 tff(850,plain,
% 126.78/79.33 (~v940(constB5, bitIndex0)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[849, 842])).
% 126.78/79.33 tff(851,assumption,(v956(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(852,assumption,(~v940(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(853,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v960(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v960(constB5))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(854,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v960(constB5))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(855,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB4, constB5)) | v934(constB5) | v960(constB5)),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[854, 853])).
% 126.78/79.33 tff(856,plain,
% 126.78/79.33 (v934(constB5) | v960(constB5)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[855, 236, 81])).
% 126.78/79.33 tff(857,plain,
% 126.78/79.33 (v960(constB5)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[856, 350])).
% 126.78/79.33 tff(858,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v958(constB5) | (~v960(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v958(constB5) | (~v960(constB5)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(859,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v958(constB5) | (~v960(constB5)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(860,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v958(constB5) | (~v960(constB5))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[859, 858])).
% 126.78/79.33 tff(861,plain,
% 126.78/79.33 (v958(constB5) | (~v960(constB5))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[860, 251, 81, 88])).
% 126.78/79.33 tff(862,plain,
% 126.78/79.33 (v958(constB5)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[861, 857])).
% 126.78/79.33 tff(863,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB4, constB5)) | v957(constB5) | (~v958(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB4, constB5)) | v957(constB5) | (~v958(constB5)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(864,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB4, constB5)) | v957(constB5) | (~v958(constB5)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(865,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB4, constB5)) | v957(constB5) | (~v958(constB5))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[864, 863])).
% 126.78/79.33 tff(866,plain,
% 126.78/79.33 (v957(constB5) | (~v958(constB5))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[865, 266, 81])).
% 126.78/79.33 tff(867,plain,
% 126.78/79.33 (v957(constB5)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[866, 862])).
% 126.78/79.33 tff(868,plain,
% 126.78/79.33 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB5)) | (~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB5)) | (~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(869,plain,
% 126.78/79.33 ((v940(constB5, bitIndex0) | (~v957(constB5)) | (~v956(constB5, bitIndex0))) <=> ((~v957(constB5)) | (~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(870,plain,
% 126.78/79.33 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB5, bitIndex0) | (~v957(constB5)) | (~v956(constB5, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB5)) | (~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0)))),
% 126.78/79.33 inference(monotonicity,[status(thm)],[869])).
% 126.78/79.33 tff(871,plain,
% 126.78/79.33 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB5, bitIndex0) | (~v957(constB5)) | (~v956(constB5, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB5)) | (~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0))),
% 126.78/79.33 inference(transitivity,[status(thm)],[870, 868])).
% 126.78/79.33 tff(872,plain,
% 126.78/79.33 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB5, bitIndex0) | (~v957(constB5)) | (~v956(constB5, bitIndex0)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(873,plain,
% 126.78/79.33 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB5)) | (~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0)),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[872, 871])).
% 126.78/79.33 tff(874,plain,
% 126.78/79.33 ($false),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[873, 281, 867, 852, 851])).
% 126.78/79.33 tff(875,plain,((~v956(constB5, bitIndex0)) | v940(constB5, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.33 tff(876,plain,
% 126.78/79.33 (~v956(constB5, bitIndex0)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[875, 850])).
% 126.78/79.33 tff(877,assumption,(~v956(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(878,assumption,(v7(constB5, bitIndex1)), introduced(assumption)).
% 126.78/79.33 tff(879,plain,
% 126.78/79.33 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB5, bitIndex1)) | v956(constB5, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB5, bitIndex1)) | v956(constB5, bitIndex0))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(880,plain,
% 126.78/79.33 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB5, bitIndex1)) | v956(constB5, bitIndex0))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(881,plain,
% 126.78/79.33 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB5, bitIndex1)) | v956(constB5, bitIndex0)),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[880, 879])).
% 126.78/79.33 tff(882,plain,
% 126.78/79.33 ($false),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[881, 201, 878, 877])).
% 126.78/79.33 tff(883,plain,((~v7(constB5, bitIndex1)) | v956(constB5, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.33 tff(884,plain,
% 126.78/79.33 (~v7(constB5, bitIndex1)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[883, 876])).
% 126.78/79.33 tff(885,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v958(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v958(constB6)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(886,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v958(constB6)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(887,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v958(constB6))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[886, 885])).
% 126.78/79.33 tff(888,plain,
% 126.78/79.33 (~v958(constB6)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[887, 148, 91, 98])).
% 126.78/79.33 tff(889,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB5, constB6)) | v958(constB6) | (~v957(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB5, constB6)) | v958(constB6) | (~v957(constB6)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(890,plain,
% 126.78/79.33 (((~nextState(constB5, constB6)) | (~v957(constB6)) | v958(constB6)) <=> ((~nextState(constB5, constB6)) | v958(constB6) | (~v957(constB6)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(891,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB5, constB6)) | (~v957(constB6)) | v958(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB5, constB6)) | v958(constB6) | (~v957(constB6))))),
% 126.78/79.33 inference(monotonicity,[status(thm)],[890])).
% 126.78/79.33 tff(892,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB5, constB6)) | (~v957(constB6)) | v958(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB5, constB6)) | v958(constB6) | (~v957(constB6)))),
% 126.78/79.33 inference(transitivity,[status(thm)],[891, 889])).
% 126.78/79.33 tff(893,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB5, constB6)) | (~v957(constB6)) | v958(constB6))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(894,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB5, constB6)) | v958(constB6) | (~v957(constB6))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[893, 892])).
% 126.78/79.33 tff(895,plain,
% 126.78/79.33 (v958(constB6) | (~v957(constB6))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[894, 162, 91])).
% 126.78/79.33 tff(896,plain,
% 126.78/79.33 (~v957(constB6)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[895, 888])).
% 126.78/79.33 tff(897,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB5, bitIndex1) | (~nextState(constB5, constB6)) | v957(constB6) | (~v7(constB6, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB5, bitIndex1) | (~nextState(constB5, constB6)) | v957(constB6) | (~v7(constB6, bitIndex1)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(898,plain,
% 126.78/79.33 (((~nextState(constB5, constB6)) | v7(constB5, bitIndex1) | v957(constB6) | (~v7(constB6, bitIndex1))) <=> (v7(constB5, bitIndex1) | (~nextState(constB5, constB6)) | v957(constB6) | (~v7(constB6, bitIndex1)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(899,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB5, constB6)) | v7(constB5, bitIndex1) | v957(constB6) | (~v7(constB6, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB5, bitIndex1) | (~nextState(constB5, constB6)) | v957(constB6) | (~v7(constB6, bitIndex1))))),
% 126.78/79.33 inference(monotonicity,[status(thm)],[898])).
% 126.78/79.33 tff(900,plain,
% 126.78/79.33 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB5, constB6)) | v7(constB5, bitIndex1) | v957(constB6) | (~v7(constB6, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB5, bitIndex1) | (~nextState(constB5, constB6)) | v957(constB6) | (~v7(constB6, bitIndex1)))),
% 126.78/79.33 inference(transitivity,[status(thm)],[899, 897])).
% 126.78/79.33 tff(901,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB5, constB6)) | v7(constB5, bitIndex1) | v957(constB6) | (~v7(constB6, bitIndex1)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(902,plain,
% 126.78/79.33 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB5, bitIndex1) | (~nextState(constB5, constB6)) | v957(constB6) | (~v7(constB6, bitIndex1))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[901, 900])).
% 126.78/79.33 tff(903,plain,
% 126.78/79.33 (v7(constB5, bitIndex1) | v957(constB6) | (~v7(constB6, bitIndex1))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[902, 180, 91])).
% 126.78/79.33 tff(904,plain,
% 126.78/79.33 (v7(constB5, bitIndex1) | (~v7(constB6, bitIndex1))),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[903, 896])).
% 126.78/79.33 tff(905,plain,
% 126.78/79.33 (~v7(constB6, bitIndex1)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[904, 884])).
% 126.78/79.33 tff(906,plain,
% 126.78/79.33 (^[VarCurr: $i] : refl((v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0))) <=> (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0))))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(907,plain,
% 126.78/79.33 (![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[906])).
% 126.78/79.33 tff(908,plain,
% 126.78/79.33 (![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(909,plain,
% 126.78/79.33 (^[VarCurr: $i] : trans(monotonicity(rewrite((((~v1006(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex2)) <=> (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))), (((((~v1006(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex2)) | v47(VarCurr)) <=> ((v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0))) | v47(VarCurr)))), rewrite(((v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0))) | v47(VarCurr)) <=> (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))), (((((~v1006(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex2)) | v47(VarCurr)) <=> (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(910,plain,
% 126.78/79.33 (![VarCurr: $i] : ((((~v1006(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex2)) | v47(VarCurr)) <=> ![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[909])).
% 126.78/79.33 tff(911,axiom,(![VarCurr: $i] : ((((~v1006(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex2)) | v47(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16593')).
% 126.78/79.33 tff(912,plain,
% 126.78/79.33 (![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[911, 910])).
% 126.78/79.33 tff(913,plain,
% 126.78/79.33 (![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[912, 908])).
% 126.78/79.33 tff(914,plain,(
% 126.78/79.33 ![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(skolemize,[status(sab)],[913])).
% 126.78/79.33 tff(915,plain,
% 126.78/79.33 (![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[914, 907])).
% 126.78/79.33 tff(916,plain,
% 126.78/79.33 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | v47(constB6) | (~v1006(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | v47(constB6) | (~v1006(constB6, bitIndex0)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(917,plain,
% 126.78/79.33 ((v47(constB6) | v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | (~v1006(constB6, bitIndex0))) <=> (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | v47(constB6) | (~v1006(constB6, bitIndex0)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(918,plain,
% 126.78/79.33 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB6) | v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | (~v1006(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | v47(constB6) | (~v1006(constB6, bitIndex0))))),
% 126.78/79.33 inference(monotonicity,[status(thm)],[917])).
% 126.78/79.33 tff(919,plain,
% 126.78/79.33 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB6) | v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | (~v1006(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | v47(constB6) | (~v1006(constB6, bitIndex0)))),
% 126.78/79.33 inference(transitivity,[status(thm)],[918, 916])).
% 126.78/79.33 tff(920,plain,
% 126.78/79.33 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB6) | v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | (~v1006(constB6, bitIndex0)))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(921,plain,
% 126.78/79.33 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | v47(constB6) | (~v1006(constB6, bitIndex0))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[920, 919])).
% 126.78/79.33 tff(922,plain,
% 126.78/79.33 (~v1006(constB6, bitIndex0)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[921, 915, 905, 835, 685])).
% 126.78/79.33 tff(923,assumption,(v1017(constB4, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(924,plain,
% 126.78/79.33 (^[B: $i, VarCurr: $i] : refl((v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B)) <=> (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B)))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(925,plain,
% 126.78/79.33 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B)) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[924])).
% 126.78/79.33 tff(926,plain,
% 126.78/79.33 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B)) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(927,plain,
% 126.78/79.33 (^[B: $i, VarCurr: $i] : rewrite(((b100(B) | (~v1017(VarCurr, B))) | v11(VarCurr)) <=> (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B)))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(928,plain,
% 126.78/79.33 (![B: $i, VarCurr: $i] : ((b100(B) | (~v1017(VarCurr, B))) | v11(VarCurr)) <=> ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[927])).
% 126.78/79.33 tff(929,axiom,(![B: $i, VarCurr: $i] : ((b100(B) | (~v1017(VarCurr, B))) | v11(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16500')).
% 126.78/79.33 tff(930,plain,
% 126.78/79.33 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[929, 928])).
% 126.78/79.33 tff(931,plain,
% 126.78/79.33 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[930, 926])).
% 126.78/79.33 tff(932,plain,(
% 126.78/79.33 ![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(skolemize,[status(sab)],[931])).
% 126.78/79.33 tff(933,plain,
% 126.78/79.33 (![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[932, 925])).
% 126.78/79.33 tff(934,plain,
% 126.78/79.33 ((~b100(bitIndex0)) <=> (~b100(bitIndex0))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(935,axiom,(~b100(bitIndex0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16586')).
% 126.78/79.33 tff(936,plain,
% 126.78/79.33 (~b100(bitIndex0)),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[935, 934])).
% 126.78/79.33 tff(937,plain,
% 126.78/79.33 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB4) | (~v1017(constB4, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB4) | (~v1017(constB4, bitIndex0)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(938,plain,
% 126.78/79.33 ((v11(constB4) | (~v1017(constB4, bitIndex0)) | b100(bitIndex0)) <=> (b100(bitIndex0) | v11(constB4) | (~v1017(constB4, bitIndex0)))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(939,plain,
% 126.78/79.33 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB4) | (~v1017(constB4, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB4) | (~v1017(constB4, bitIndex0))))),
% 126.78/79.33 inference(monotonicity,[status(thm)],[938])).
% 126.78/79.33 tff(940,plain,
% 126.78/79.33 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB4) | (~v1017(constB4, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB4) | (~v1017(constB4, bitIndex0)))),
% 126.78/79.33 inference(transitivity,[status(thm)],[939, 937])).
% 126.78/79.33 tff(941,plain,
% 126.78/79.33 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB4) | (~v1017(constB4, bitIndex0)) | b100(bitIndex0))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(942,plain,
% 126.78/79.33 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB4) | (~v1017(constB4, bitIndex0))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[941, 940])).
% 126.78/79.33 tff(943,plain,
% 126.78/79.33 ($false),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[942, 936, 933, 342, 923])).
% 126.78/79.33 tff(944,plain,((~v1017(constB4, bitIndex0)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.33 tff(945,plain,
% 126.78/79.33 (~v1017(constB4, bitIndex0)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[944, 342])).
% 126.78/79.33 tff(946,assumption,(v1019(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(947,assumption,(~v1017(constB4, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(948,plain,
% 126.78/79.33 (^[B: $i, VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B)) <=> ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B)))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(949,plain,
% 126.78/79.33 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B)) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[948])).
% 126.78/79.33 tff(950,plain,
% 126.78/79.33 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B)) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(951,plain,
% 126.78/79.33 (^[B: $i, VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v1017(VarCurr, B) | (~v1019(VarNext, B))) <=> ((~v1019(VarNext, B)) | v1017(VarCurr, B))), (((v1017(VarCurr, B) | (~v1019(VarNext, B))) | (~nextState(VarCurr, VarNext))) <=> (((~v1019(VarNext, B)) | v1017(VarCurr, B)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1019(VarNext, B)) | v1017(VarCurr, B)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))), (((v1017(VarCurr, B) | (~v1019(VarNext, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(952,plain,
% 126.78/79.33 (![B: $i, VarNext: $i, VarCurr: $i] : ((v1017(VarCurr, B) | (~v1019(VarNext, B))) | (~nextState(VarCurr, VarNext))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[951])).
% 126.78/79.33 tff(953,axiom,(![B: $i, VarNext: $i, VarCurr: $i] : ((v1017(VarCurr, B) | (~v1019(VarNext, B))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16492')).
% 126.78/79.33 tff(954,plain,
% 126.78/79.33 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[953, 952])).
% 126.78/79.33 tff(955,plain,
% 126.78/79.33 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[954, 950])).
% 126.78/79.33 tff(956,plain,(
% 126.78/79.33 ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(skolemize,[status(sab)],[955])).
% 126.78/79.33 tff(957,plain,
% 126.78/79.33 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[956, 949])).
% 126.78/79.33 tff(958,plain,
% 126.78/79.33 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB4, constB5)) | (~v1019(constB5, bitIndex0)) | v1017(constB4, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB4, constB5)) | (~v1019(constB5, bitIndex0)) | v1017(constB4, bitIndex0))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(959,plain,
% 126.78/79.33 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB4, constB5)) | (~v1019(constB5, bitIndex0)) | v1017(constB4, bitIndex0))),
% 126.78/79.33 inference(quant_inst,[status(thm)],[])).
% 126.78/79.33 tff(960,plain,
% 126.78/79.33 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB4, constB5)) | (~v1019(constB5, bitIndex0)) | v1017(constB4, bitIndex0)),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[959, 958])).
% 126.78/79.33 tff(961,plain,
% 126.78/79.33 ($false),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[960, 957, 81, 947, 946])).
% 126.78/79.33 tff(962,plain,((~v1019(constB5, bitIndex0)) | v1017(constB4, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.33 tff(963,plain,
% 126.78/79.33 (~v1019(constB5, bitIndex0)),
% 126.78/79.33 inference(unit_resolution,[status(thm)],[962, 945])).
% 126.78/79.33 tff(964,assumption,(~v1019(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(965,assumption,(v17(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.33 tff(966,plain,
% 126.78/79.33 (^[B: $i, VarNext: $i] : refl(((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B)) <=> ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B)))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(967,plain,
% 126.78/79.33 (![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B)) <=> ![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[966])).
% 126.78/79.33 tff(968,plain,
% 126.78/79.33 (![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B)) <=> ![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.33 inference(rewrite,[status(thm)],[])).
% 126.78/79.33 tff(969,plain,
% 126.78/79.33 (^[B: $i, VarNext: $i] : trans(monotonicity(rewrite((v1019(VarNext, B) | (~v17(VarNext, B))) <=> ((~v17(VarNext, B)) | v1019(VarNext, B))), (((v1019(VarNext, B) | (~v17(VarNext, B))) | (~v1011(VarNext))) <=> (((~v17(VarNext, B)) | v1019(VarNext, B)) | (~v1011(VarNext))))), rewrite((((~v17(VarNext, B)) | v1019(VarNext, B)) | (~v1011(VarNext))) <=> ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))), (((v1019(VarNext, B) | (~v17(VarNext, B))) | (~v1011(VarNext))) <=> ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))))),
% 126.78/79.33 inference(bind,[status(th)],[])).
% 126.78/79.33 tff(970,plain,
% 126.78/79.33 (![B: $i, VarNext: $i] : ((v1019(VarNext, B) | (~v17(VarNext, B))) | (~v1011(VarNext))) <=> ![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.33 inference(quant_intro,[status(thm)],[969])).
% 126.78/79.33 tff(971,axiom,(![B: $i, VarNext: $i] : ((v1019(VarNext, B) | (~v17(VarNext, B))) | (~v1011(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16488')).
% 126.78/79.33 tff(972,plain,
% 126.78/79.33 (![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[971, 970])).
% 126.78/79.33 tff(973,plain,
% 126.78/79.33 (![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.33 inference(modus_ponens,[status(thm)],[972, 968])).
% 126.78/79.33 tff(974,plain,(
% 126.78/79.33 ![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.33 inference(skolemize,[status(sab)],[973])).
% 126.78/79.33 tff(975,plain,
% 126.78/79.33 (![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[974, 967])).
% 126.78/79.34 tff(976,plain,
% 126.78/79.34 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB5)) | (~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB5)) | (~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(977,plain,
% 126.78/79.34 (((~v17(constB5, bitIndex0)) | (~v1011(constB5)) | v1019(constB5, bitIndex0)) <=> ((~v1011(constB5)) | (~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(978,plain,
% 126.78/79.34 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB5, bitIndex0)) | (~v1011(constB5)) | v1019(constB5, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB5)) | (~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0)))),
% 126.78/79.34 inference(monotonicity,[status(thm)],[977])).
% 126.78/79.34 tff(979,plain,
% 126.78/79.34 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB5, bitIndex0)) | (~v1011(constB5)) | v1019(constB5, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB5)) | (~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0))),
% 126.78/79.34 inference(transitivity,[status(thm)],[978, 976])).
% 126.78/79.34 tff(980,plain,
% 126.78/79.34 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB5, bitIndex0)) | (~v1011(constB5)) | v1019(constB5, bitIndex0))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(981,plain,
% 126.78/79.34 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB5)) | (~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[980, 979])).
% 126.78/79.34 tff(982,plain,
% 126.78/79.34 ($false),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[981, 975, 395, 965, 964])).
% 126.78/79.34 tff(983,plain,((~v17(constB5, bitIndex0)) | v1019(constB5, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.34 tff(984,plain,
% 126.78/79.34 (~v17(constB5, bitIndex0)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[983, 963])).
% 126.78/79.34 tff(985,assumption,(v17(constB6, bitIndex0)), introduced(assumption)).
% 126.78/79.34 tff(986,assumption,(~v17(constB5, bitIndex0)), introduced(assumption)).
% 126.78/79.34 tff(987,plain,
% 126.78/79.34 (^[B: $i, VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(988,plain,
% 126.78/79.34 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[987])).
% 126.78/79.34 tff(989,plain,
% 126.78/79.34 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(990,plain,
% 126.78/79.34 (^[B: $i, VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v17(VarCurr, B) | (~v17(VarNext, B))) <=> ((~v17(VarNext, B)) | v17(VarCurr, B))), (((v17(VarCurr, B) | (~v17(VarNext, B))) | v1011(VarNext)) <=> (((~v17(VarNext, B)) | v17(VarCurr, B)) | v1011(VarNext)))), rewrite((((~v17(VarNext, B)) | v17(VarCurr, B)) | v1011(VarNext)) <=> (v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))), (((v17(VarCurr, B) | (~v17(VarNext, B))) | v1011(VarNext)) <=> (v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)))), ((((v17(VarCurr, B) | (~v17(VarNext, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)) | (~nextState(VarCurr, VarNext))))), rewrite(((v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))), ((((v17(VarCurr, B) | (~v17(VarNext, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(991,plain,
% 126.78/79.34 (![B: $i, VarNext: $i, VarCurr: $i] : (((v17(VarCurr, B) | (~v17(VarNext, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[990])).
% 126.78/79.34 tff(992,axiom,(![B: $i, VarNext: $i, VarCurr: $i] : (((v17(VarCurr, B) | (~v17(VarNext, B))) | v1011(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16484')).
% 126.78/79.34 tff(993,plain,
% 126.78/79.34 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[992, 991])).
% 126.78/79.34 tff(994,plain,
% 126.78/79.34 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[993, 989])).
% 126.78/79.34 tff(995,plain,(
% 126.78/79.34 ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(skolemize,[status(sab)],[994])).
% 126.78/79.34 tff(996,plain,
% 126.78/79.34 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[995, 988])).
% 126.78/79.34 tff(997,plain,
% 126.78/79.34 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB5, constB6)) | v1011(constB6) | (~v17(constB6, bitIndex0)) | v17(constB5, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB5, constB6)) | v1011(constB6) | (~v17(constB6, bitIndex0)) | v17(constB5, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(998,plain,
% 126.78/79.34 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB5, constB6)) | v1011(constB6) | (~v17(constB6, bitIndex0)) | v17(constB5, bitIndex0))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(999,plain,
% 126.78/79.34 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB5, constB6)) | v1011(constB6) | (~v17(constB6, bitIndex0)) | v17(constB5, bitIndex0)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[998, 997])).
% 126.78/79.34 tff(1000,plain,
% 126.78/79.34 ($false),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[999, 996, 91, 482, 986, 985])).
% 126.78/79.34 tff(1001,plain,((~v17(constB6, bitIndex0)) | v17(constB5, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.34 tff(1002,plain,
% 126.78/79.34 (~v17(constB6, bitIndex0)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1001, 984])).
% 126.78/79.34 tff(1003,assumption,(sP953_aig_name(constB6)), introduced(assumption)).
% 126.78/79.34 tff(1004,assumption,(~v17(constB6, bitIndex0)), introduced(assumption)).
% 126.78/79.34 tff(1005,plain,
% 126.78/79.34 (^[VarCurr: $i] : refl(((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0)) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0)))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1006,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1005])).
% 126.78/79.34 tff(1007,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1008,plain,
% 126.78/79.34 (^[VarCurr: $i] : rewrite((v17(VarCurr, bitIndex0) | (~sP953_aig_name(VarCurr))) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0)))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1009,plain,
% 126.78/79.34 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | (~sP953_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1008])).
% 126.78/79.34 tff(1010,axiom,(![VarCurr: $i] : (v17(VarCurr, bitIndex0) | (~sP953_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26298')).
% 126.78/79.34 tff(1011,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1010, 1009])).
% 126.78/79.34 tff(1012,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1011, 1007])).
% 126.78/79.34 tff(1013,plain,(
% 126.78/79.34 ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(skolemize,[status(sab)],[1012])).
% 126.78/79.34 tff(1014,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1013, 1006])).
% 126.78/79.34 tff(1015,plain,
% 126.78/79.34 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB6)) | v17(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB6)) | v17(constB6, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1016,plain,
% 126.78/79.34 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB6)) | v17(constB6, bitIndex0))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(1017,plain,
% 126.78/79.34 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB6)) | v17(constB6, bitIndex0)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1016, 1015])).
% 126.78/79.34 tff(1018,plain,
% 126.78/79.34 ($false),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1017, 1014, 1004, 1003])).
% 126.78/79.34 tff(1019,plain,((~sP953_aig_name(constB6)) | v17(constB6, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.34 tff(1020,plain,
% 126.78/79.34 (~sP953_aig_name(constB6)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1019, 1002])).
% 126.78/79.34 tff(1021,assumption,(~sP953_aig_name(constB6)), introduced(assumption)).
% 126.78/79.34 tff(1022,assumption,(~v994(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.34 tff(1023,assumption,(v17(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.34 tff(1024,plain,
% 126.78/79.34 (^[VarCurr: $i] : refl((sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2)) <=> (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2)))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1025,plain,
% 126.78/79.34 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1024])).
% 126.78/79.34 tff(1026,plain,
% 126.78/79.34 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1027,plain,
% 126.78/79.34 (^[VarCurr: $i] : trans(monotonicity(rewrite((v994(VarCurr, bitIndex2) | sP953_aig_name(VarCurr)) <=> (sP953_aig_name(VarCurr) | v994(VarCurr, bitIndex2))), (((v994(VarCurr, bitIndex2) | sP953_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))) <=> ((sP953_aig_name(VarCurr) | v994(VarCurr, bitIndex2)) | (~v17(VarCurr, bitIndex2))))), rewrite(((sP953_aig_name(VarCurr) | v994(VarCurr, bitIndex2)) | (~v17(VarCurr, bitIndex2))) <=> (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))), (((v994(VarCurr, bitIndex2) | sP953_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))) <=> (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1028,plain,
% 126.78/79.34 (![VarCurr: $i] : ((v994(VarCurr, bitIndex2) | sP953_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1027])).
% 126.78/79.34 tff(1029,axiom,(![VarCurr: $i] : ((v994(VarCurr, bitIndex2) | sP953_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16547')).
% 126.78/79.34 tff(1030,plain,
% 126.78/79.34 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1029, 1028])).
% 126.78/79.34 tff(1031,plain,
% 126.78/79.34 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1030, 1026])).
% 126.78/79.34 tff(1032,plain,(
% 126.78/79.34 ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(skolemize,[status(sab)],[1031])).
% 126.78/79.34 tff(1033,plain,
% 126.78/79.34 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1032, 1025])).
% 126.78/79.34 tff(1034,plain,
% 126.78/79.34 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB6) | (~v17(constB6, bitIndex2)) | v994(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB6) | (~v17(constB6, bitIndex2)) | v994(constB6, bitIndex2))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1035,plain,
% 126.78/79.34 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB6) | (~v17(constB6, bitIndex2)) | v994(constB6, bitIndex2))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(1036,plain,
% 126.78/79.34 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB6) | (~v17(constB6, bitIndex2)) | v994(constB6, bitIndex2)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1035, 1034])).
% 126.78/79.34 tff(1037,plain,
% 126.78/79.34 ($false),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1036, 1033, 1023, 1022, 1021])).
% 126.78/79.34 tff(1038,plain,(v994(constB6, bitIndex2) | (~v17(constB6, bitIndex2)) | sP953_aig_name(constB6)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.34 tff(1039,plain,
% 126.78/79.34 (v994(constB6, bitIndex2)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1038, 498, 1020])).
% 126.78/79.34 tff(1040,assumption,(~v20(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.34 tff(1041,assumption,(~v1006(constB6, bitIndex0)), introduced(assumption)).
% 126.78/79.34 tff(1042,plain,
% 126.78/79.34 (^[VarCurr: $i] : refl(((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)) <=> ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1043,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1042])).
% 126.78/79.34 tff(1044,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1045,axiom,(![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16350')).
% 126.78/79.34 tff(1046,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1045, 1044])).
% 126.78/79.34 tff(1047,plain,(
% 126.78/79.34 ![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(skolemize,[status(sab)],[1046])).
% 126.78/79.34 tff(1048,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1047, 1043])).
% 126.78/79.34 tff(1049,plain,
% 126.78/79.34 (((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB6, bitIndex0)) | v1006(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB6, bitIndex0)) | v1006(constB6, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1050,plain,
% 126.78/79.34 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB6, bitIndex0)) | v1006(constB6, bitIndex0))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(1051,plain,
% 126.78/79.34 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB6, bitIndex0)) | v1006(constB6, bitIndex0)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1050, 1049])).
% 126.78/79.34 tff(1052,plain,
% 126.78/79.34 (~v993(constB6, bitIndex0)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1051, 1048, 1041])).
% 126.78/79.34 tff(1053,plain,
% 126.78/79.34 (^[VarCurr: $i] : refl(((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)) <=> ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1054,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1053])).
% 126.78/79.34 tff(1055,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1056,axiom,(![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16347')).
% 126.78/79.34 tff(1057,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1056, 1055])).
% 126.78/79.34 tff(1058,plain,(
% 126.78/79.34 ![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(skolemize,[status(sab)],[1057])).
% 126.78/79.34 tff(1059,plain,
% 126.78/79.34 (![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1058, 1054])).
% 126.78/79.34 tff(1060,plain,
% 126.78/79.34 (((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB6, bitIndex0)) | v1006(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB6, bitIndex0)) | v1006(constB6, bitIndex0))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1061,plain,
% 126.78/79.34 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB6, bitIndex0)) | v1006(constB6, bitIndex0))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(1062,plain,
% 126.78/79.34 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB6, bitIndex0)) | v1006(constB6, bitIndex0)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1061, 1060])).
% 126.78/79.34 tff(1063,plain,
% 126.78/79.34 (~v977(constB6, bitIndex0)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1062, 1059, 1041])).
% 126.78/79.34 tff(1064,plain,
% 126.78/79.34 (^[B: $i, VarCurr: $i] : refl((v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1065,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1064])).
% 126.78/79.34 tff(1066,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1067,plain,
% 126.78/79.34 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v20(VarCurr, B) | (~v17(VarCurr, B))) <=> (v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> ((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)))), rewrite(((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> (v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> (v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0)) <=> ((v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) | v977(VarCurr, bitIndex0)))), rewrite(((v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) | v977(VarCurr, bitIndex0)) <=> (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0)) <=> (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1068,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1067])).
% 126.78/79.34 tff(1069,axiom,(![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16524')).
% 126.78/79.34 tff(1070,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1069, 1068])).
% 126.78/79.34 tff(1071,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1070, 1066])).
% 126.78/79.34 tff(1072,plain,(
% 126.78/79.34 ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(skolemize,[status(sab)],[1071])).
% 126.78/79.34 tff(1073,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1072, 1065])).
% 126.78/79.34 tff(1074,plain,
% 126.78/79.34 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB6, bitIndex2)) | v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB6, bitIndex2)) | v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1075,plain,
% 126.78/79.34 ((v977(constB6, bitIndex0) | v993(constB6, bitIndex1) | v20(constB6, bitIndex2) | (~v17(constB6, bitIndex2))) <=> ((~v17(constB6, bitIndex2)) | v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1076,plain,
% 126.78/79.34 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB6, bitIndex0) | v993(constB6, bitIndex1) | v20(constB6, bitIndex2) | (~v17(constB6, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB6, bitIndex2)) | v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1)))),
% 126.78/79.34 inference(monotonicity,[status(thm)],[1075])).
% 126.78/79.34 tff(1077,plain,
% 126.78/79.34 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB6, bitIndex0) | v993(constB6, bitIndex1) | v20(constB6, bitIndex2) | (~v17(constB6, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB6, bitIndex2)) | v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1))),
% 126.78/79.34 inference(transitivity,[status(thm)],[1076, 1074])).
% 126.78/79.34 tff(1078,plain,
% 126.78/79.34 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB6, bitIndex0) | v993(constB6, bitIndex1) | v20(constB6, bitIndex2) | (~v17(constB6, bitIndex2)))),
% 126.78/79.34 inference(quant_inst,[status(thm)],[])).
% 126.78/79.34 tff(1079,plain,
% 126.78/79.34 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB6, bitIndex2)) | v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1)),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1078, 1077])).
% 126.78/79.34 tff(1080,plain,
% 126.78/79.34 (v977(constB6, bitIndex0) | v20(constB6, bitIndex2) | v993(constB6, bitIndex1)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1079, 1073, 1023])).
% 126.78/79.34 tff(1081,plain,
% 126.78/79.34 (v993(constB6, bitIndex1)),
% 126.78/79.34 inference(unit_resolution,[status(thm)],[1080, 1063, 1040])).
% 126.78/79.34 tff(1082,assumption,(v994(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.34 tff(1083,plain,
% 126.78/79.34 (^[B: $i, VarCurr: $i] : refl(((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B))) <=> ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B))))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1084,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1083])).
% 126.78/79.34 tff(1085,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.34 inference(rewrite,[status(thm)],[])).
% 126.78/79.34 tff(1086,plain,
% 126.78/79.34 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v20(VarCurr, B) | (~v994(VarCurr, B))) <=> (v20(VarCurr, B) | (~v994(VarCurr, B)))), (((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) <=> ((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))))), rewrite(((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) <=> ((~v993(VarCurr, bitIndex1)) | v20(VarCurr, B) | (~v994(VarCurr, B)))), (((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) <=> ((~v993(VarCurr, bitIndex1)) | v20(VarCurr, B) | (~v994(VarCurr, B))))), ((((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0)) <=> (((~v993(VarCurr, bitIndex1)) | v20(VarCurr, B) | (~v994(VarCurr, B))) | v993(VarCurr, bitIndex0)))), rewrite((((~v993(VarCurr, bitIndex1)) | v20(VarCurr, B) | (~v994(VarCurr, B))) | v993(VarCurr, bitIndex0)) <=> ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))), ((((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0)) <=> ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))))),
% 126.78/79.34 inference(bind,[status(th)],[])).
% 126.78/79.34 tff(1087,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0)) <=> ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.34 inference(quant_intro,[status(thm)],[1086])).
% 126.78/79.34 tff(1088,axiom,(![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v994(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16527')).
% 126.78/79.34 tff(1089,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1088, 1087])).
% 126.78/79.34 tff(1090,plain,
% 126.78/79.34 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.34 inference(modus_ponens,[status(thm)],[1089, 1085])).
% 126.78/79.34 tff(1091,plain,(
% 126.78/79.35 ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.35 inference(skolemize,[status(sab)],[1090])).
% 126.78/79.35 tff(1092,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1091, 1084])).
% 126.78/79.35 tff(1093,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v993(constB6, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v993(constB6, bitIndex1)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1094,plain,
% 126.78/79.35 (((~v993(constB6, bitIndex1)) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2))) <=> (v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v993(constB6, bitIndex1)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1095,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB6, bitIndex1)) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v993(constB6, bitIndex1))))),
% 126.78/79.35 inference(monotonicity,[status(thm)],[1094])).
% 126.78/79.35 tff(1096,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB6, bitIndex1)) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v993(constB6, bitIndex1)))),
% 126.78/79.35 inference(transitivity,[status(thm)],[1095, 1093])).
% 126.78/79.35 tff(1097,plain,
% 126.78/79.35 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB6, bitIndex1)) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1098,plain,
% 126.78/79.35 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v993(constB6, bitIndex1))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1097, 1096])).
% 126.78/79.35 tff(1099,plain,
% 126.78/79.35 (v993(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v993(constB6, bitIndex1))),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1098, 1092, 1082])).
% 126.78/79.35 tff(1100,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1099, 1081, 1052, 1040])).
% 126.78/79.35 tff(1101,plain,(v1006(constB6, bitIndex0) | v20(constB6, bitIndex2) | (~v994(constB6, bitIndex2)) | (~v17(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1102,plain,
% 126.78/79.35 (v20(constB6, bitIndex2)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1101, 1039, 922, 498])).
% 126.78/79.35 tff(1103,assumption,(~v1017(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1104,assumption,(~v11(constB6)), introduced(assumption)).
% 126.78/79.35 tff(1105,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB6) | (~b100(bitIndex2)) | v1017(constB6, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB6) | (~b100(bitIndex2)) | v1017(constB6, bitIndex2))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1106,plain,
% 126.78/79.35 ((v11(constB6) | v1017(constB6, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB6) | (~b100(bitIndex2)) | v1017(constB6, bitIndex2))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1107,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB6) | v1017(constB6, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB6) | (~b100(bitIndex2)) | v1017(constB6, bitIndex2)))),
% 126.78/79.35 inference(monotonicity,[status(thm)],[1106])).
% 126.78/79.35 tff(1108,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB6) | v1017(constB6, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB6) | (~b100(bitIndex2)) | v1017(constB6, bitIndex2))),
% 126.78/79.35 inference(transitivity,[status(thm)],[1107, 1105])).
% 126.78/79.35 tff(1109,plain,
% 126.78/79.35 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB6) | v1017(constB6, bitIndex2) | (~b100(bitIndex2)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1110,plain,
% 126.78/79.35 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB6) | (~b100(bitIndex2)) | v1017(constB6, bitIndex2)),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1109, 1108])).
% 126.78/79.35 tff(1111,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1110, 439, 436, 1104, 1103])).
% 126.78/79.35 tff(1112,plain,(v1017(constB6, bitIndex2) | v11(constB6)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1113,plain,
% 126.78/79.35 (v11(constB6)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1112, 1103])).
% 126.78/79.35 tff(1114,assumption,(v20(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1115,plain,
% 126.78/79.35 (^[B: $i, VarCurr: $i] : refl(((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B)) <=> ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B)))),
% 126.78/79.35 inference(bind,[status(th)],[])).
% 126.78/79.35 tff(1116,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(quant_intro,[status(thm)],[1115])).
% 126.78/79.35 tff(1117,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1118,plain,
% 126.78/79.35 (^[B: $i, VarCurr: $i] : trans(monotonicity(rewrite((v1017(VarCurr, B) | (~v20(VarCurr, B))) <=> ((~v20(VarCurr, B)) | v1017(VarCurr, B))), (((v1017(VarCurr, B) | (~v20(VarCurr, B))) | (~v11(VarCurr))) <=> (((~v20(VarCurr, B)) | v1017(VarCurr, B)) | (~v11(VarCurr))))), rewrite((((~v20(VarCurr, B)) | v1017(VarCurr, B)) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))), (((v1017(VarCurr, B) | (~v20(VarCurr, B))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))))),
% 126.78/79.35 inference(bind,[status(th)],[])).
% 126.78/79.35 tff(1119,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((v1017(VarCurr, B) | (~v20(VarCurr, B))) | (~v11(VarCurr))) <=> ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(quant_intro,[status(thm)],[1118])).
% 126.78/79.35 tff(1120,axiom,(![B: $i, VarCurr: $i] : ((v1017(VarCurr, B) | (~v20(VarCurr, B))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16497')).
% 126.78/79.35 tff(1121,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1120, 1119])).
% 126.78/79.35 tff(1122,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1121, 1117])).
% 126.78/79.35 tff(1123,plain,(
% 126.78/79.35 ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(skolemize,[status(sab)],[1122])).
% 126.78/79.35 tff(1124,plain,
% 126.78/79.35 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1123, 1116])).
% 126.78/79.35 tff(1125,plain,
% 126.78/79.35 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB6)) | (~v20(constB6, bitIndex2)) | v1017(constB6, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB6)) | (~v20(constB6, bitIndex2)) | v1017(constB6, bitIndex2))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1126,plain,
% 126.78/79.35 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB6)) | (~v20(constB6, bitIndex2)) | v1017(constB6, bitIndex2))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1127,plain,
% 126.78/79.35 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB6)) | (~v20(constB6, bitIndex2)) | v1017(constB6, bitIndex2)),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1126, 1125])).
% 126.78/79.35 tff(1128,plain,
% 126.78/79.35 ((~v11(constB6)) | v1017(constB6, bitIndex2)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1127, 1124, 1114])).
% 126.78/79.35 tff(1129,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1128, 1113, 1103])).
% 126.78/79.35 tff(1130,plain,(v1017(constB6, bitIndex2) | (~v20(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1131,plain,
% 126.78/79.35 (v1017(constB6, bitIndex2)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1130, 1102])).
% 126.78/79.35 tff(1132,assumption,(v1017(constB6, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1133,assumption,(~v1019(constB7, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1134,plain,
% 126.78/79.35 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB6, constB7)) | v1019(constB7, bitIndex2) | (~v1017(constB6, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB6, constB7)) | v1019(constB7, bitIndex2) | (~v1017(constB6, bitIndex2)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1135,plain,
% 126.78/79.35 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB6, constB7)) | v1019(constB7, bitIndex2) | (~v1017(constB6, bitIndex2)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1136,plain,
% 126.78/79.35 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB6, constB7)) | v1019(constB7, bitIndex2) | (~v1017(constB6, bitIndex2))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1135, 1134])).
% 126.78/79.35 tff(1137,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1136, 422, 101, 1133, 1132])).
% 126.78/79.35 tff(1138,plain,(v1019(constB7, bitIndex2) | (~v1017(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1139,plain,
% 126.78/79.35 (v1019(constB7, bitIndex2)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1138, 1131])).
% 126.78/79.35 tff(1140,assumption,(v1019(constB7, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1141,assumption,(~v17(constB7, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1142,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB6) | (~nextState(constB6, constB7)) | (~v934(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v934(constB7)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1143,plain,
% 126.78/79.35 (((~nextState(constB6, constB7)) | v1(constB6) | (~v934(constB7))) <=> (v1(constB6) | (~nextState(constB6, constB7)) | (~v934(constB7)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1144,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB6, constB7)) | v1(constB6) | (~v934(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB6) | (~nextState(constB6, constB7)) | (~v934(constB7))))),
% 126.78/79.35 inference(monotonicity,[status(thm)],[1143])).
% 126.78/79.35 tff(1145,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB6, constB7)) | v1(constB6) | (~v934(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v934(constB7)))),
% 126.78/79.35 inference(transitivity,[status(thm)],[1144, 1142])).
% 126.78/79.35 tff(1146,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB6, constB7)) | v1(constB6) | (~v934(constB7)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1147,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v934(constB7))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1146, 1145])).
% 126.78/79.35 tff(1148,plain,
% 126.78/79.35 (~v934(constB7)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1147, 219, 101, 98])).
% 126.78/79.35 tff(1149,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v1013(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v1013(constB7))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1150,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v1013(constB7))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1151,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v1013(constB7)),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1150, 1149])).
% 126.78/79.35 tff(1152,plain,
% 126.78/79.35 (v934(constB7) | v1013(constB7)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1151, 360, 101])).
% 126.78/79.35 tff(1153,plain,
% 126.78/79.35 (v1013(constB7)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1152, 1148])).
% 126.78/79.35 tff(1154,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v1012(constB7) | (~v1013(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v1012(constB7) | (~v1013(constB7)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1155,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v1012(constB7) | (~v1013(constB7)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1156,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v1012(constB7) | (~v1013(constB7))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1155, 1154])).
% 126.78/79.35 tff(1157,plain,
% 126.78/79.35 (v1012(constB7) | (~v1013(constB7))),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1156, 375, 101, 108])).
% 126.78/79.35 tff(1158,plain,
% 126.78/79.35 (v1012(constB7)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1157, 1153])).
% 126.78/79.35 tff(1159,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB6, constB7)) | v1011(constB7) | (~v1012(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB6, constB7)) | v1011(constB7) | (~v1012(constB7)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1160,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB6, constB7)) | v1011(constB7) | (~v1012(constB7)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1161,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB6, constB7)) | v1011(constB7) | (~v1012(constB7))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1160, 1159])).
% 126.78/79.35 tff(1162,plain,
% 126.78/79.35 (v1011(constB7) | (~v1012(constB7))),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1161, 390, 101])).
% 126.78/79.35 tff(1163,plain,
% 126.78/79.35 (v1011(constB7)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1162, 1158])).
% 126.78/79.35 tff(1164,plain,
% 126.78/79.35 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB7)) | v17(constB7, bitIndex2) | (~v1019(constB7, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB7)) | v17(constB7, bitIndex2) | (~v1019(constB7, bitIndex2)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1165,plain,
% 126.78/79.35 ((v17(constB7, bitIndex2) | (~v1011(constB7)) | (~v1019(constB7, bitIndex2))) <=> ((~v1011(constB7)) | v17(constB7, bitIndex2) | (~v1019(constB7, bitIndex2)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1166,plain,
% 126.78/79.35 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB7, bitIndex2) | (~v1011(constB7)) | (~v1019(constB7, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB7)) | v17(constB7, bitIndex2) | (~v1019(constB7, bitIndex2))))),
% 126.78/79.35 inference(monotonicity,[status(thm)],[1165])).
% 126.78/79.35 tff(1167,plain,
% 126.78/79.35 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB7, bitIndex2) | (~v1011(constB7)) | (~v1019(constB7, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB7)) | v17(constB7, bitIndex2) | (~v1019(constB7, bitIndex2)))),
% 126.78/79.35 inference(transitivity,[status(thm)],[1166, 1164])).
% 126.78/79.35 tff(1168,plain,
% 126.78/79.35 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB7, bitIndex2) | (~v1011(constB7)) | (~v1019(constB7, bitIndex2)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1169,plain,
% 126.78/79.35 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB7)) | v17(constB7, bitIndex2) | (~v1019(constB7, bitIndex2))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1168, 1167])).
% 126.78/79.35 tff(1170,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1169, 405, 1163, 1141, 1140])).
% 126.78/79.35 tff(1171,plain,((~v1019(constB7, bitIndex2)) | v17(constB7, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1172,plain,
% 126.78/79.35 (v17(constB7, bitIndex2)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1171, 1139])).
% 126.78/79.35 tff(1173,assumption,(v17(constB7, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1174,assumption,(~v17(constB8, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1175,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v1012(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v1012(constB8)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1176,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v1012(constB8)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1177,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v1012(constB8))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1176, 1175])).
% 126.78/79.35 tff(1178,plain,
% 126.78/79.35 (~v1012(constB8)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1177, 460, 111, 118])).
% 126.78/79.35 tff(1179,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB7, constB8)) | v1012(constB8) | (~v1011(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB7, constB8)) | v1012(constB8) | (~v1011(constB8)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1180,plain,
% 126.78/79.35 (((~nextState(constB7, constB8)) | (~v1011(constB8)) | v1012(constB8)) <=> ((~nextState(constB7, constB8)) | v1012(constB8) | (~v1011(constB8)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1181,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB7, constB8)) | (~v1011(constB8)) | v1012(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB7, constB8)) | v1012(constB8) | (~v1011(constB8))))),
% 126.78/79.35 inference(monotonicity,[status(thm)],[1180])).
% 126.78/79.35 tff(1182,plain,
% 126.78/79.35 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB7, constB8)) | (~v1011(constB8)) | v1012(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB7, constB8)) | v1012(constB8) | (~v1011(constB8)))),
% 126.78/79.35 inference(transitivity,[status(thm)],[1181, 1179])).
% 126.78/79.35 tff(1183,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB7, constB8)) | (~v1011(constB8)) | v1012(constB8))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1184,plain,
% 126.78/79.35 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB7, constB8)) | v1012(constB8) | (~v1011(constB8))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1183, 1182])).
% 126.78/79.35 tff(1185,plain,
% 126.78/79.35 (v1012(constB8) | (~v1011(constB8))),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1184, 474, 111])).
% 126.78/79.35 tff(1186,plain,
% 126.78/79.35 (~v1011(constB8)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1185, 1178])).
% 126.78/79.35 tff(1187,plain,
% 126.78/79.35 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB7, constB8)) | v1011(constB8) | v17(constB8, bitIndex2) | (~v17(constB7, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB7, constB8)) | v1011(constB8) | v17(constB8, bitIndex2) | (~v17(constB7, bitIndex2)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1188,plain,
% 126.78/79.35 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB7, constB8)) | v1011(constB8) | v17(constB8, bitIndex2) | (~v17(constB7, bitIndex2)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1189,plain,
% 126.78/79.35 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB7, constB8)) | v1011(constB8) | v17(constB8, bitIndex2) | (~v17(constB7, bitIndex2))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1188, 1187])).
% 126.78/79.35 tff(1190,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1189, 492, 111, 1186, 1174, 1173])).
% 126.78/79.35 tff(1191,plain,(v17(constB8, bitIndex2) | (~v17(constB7, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1192,plain,
% 126.78/79.35 (v17(constB8, bitIndex2)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1191, 1172])).
% 126.78/79.35 tff(1193,assumption,(v13(constB8, bitIndex1)), introduced(assumption)).
% 126.78/79.35 tff(1194,assumption,(v17(constB8, bitIndex2)), introduced(assumption)).
% 126.78/79.35 tff(1195,assumption,(sP959(constB8)), introduced(assumption)).
% 126.78/79.35 tff(1196,plain,
% 126.78/79.35 (^[VarCurr: $i] : refl(((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))),
% 126.78/79.35 inference(bind,[status(th)],[])).
% 126.78/79.35 tff(1197,plain,
% 126.78/79.35 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(quant_intro,[status(thm)],[1196])).
% 126.78/79.35 tff(1198,plain,
% 126.78/79.35 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1199,plain,
% 126.78/79.35 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex2))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex2))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex2))) <=> ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex2))) <=> ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))))),
% 126.78/79.35 inference(bind,[status(th)],[])).
% 126.78/79.35 tff(1200,plain,
% 126.78/79.35 (![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(quant_intro,[status(thm)],[1199])).
% 126.78/79.35 tff(1201,axiom,(![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex2)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16675')).
% 126.78/79.35 tff(1202,plain,
% 126.78/79.35 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1201, 1200])).
% 126.78/79.35 tff(1203,plain,
% 126.78/79.35 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1202, 1198])).
% 126.78/79.35 tff(1204,plain,(
% 126.78/79.35 ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(skolemize,[status(sab)],[1203])).
% 126.78/79.35 tff(1205,plain,
% 126.78/79.35 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1204, 1197])).
% 126.78/79.35 tff(1206,plain,
% 126.78/79.35 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | (~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1207,plain,
% 126.78/79.35 (((~v17(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8))) <=> ((~v13(constB8, bitIndex1)) | (~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1208,plain,
% 126.78/79.35 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | (~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8))))),
% 126.78/79.35 inference(monotonicity,[status(thm)],[1207])).
% 126.78/79.35 tff(1209,plain,
% 126.78/79.35 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8)))),
% 126.78/79.35 inference(transitivity,[status(thm)],[1208, 1206])).
% 126.78/79.35 tff(1210,plain,
% 126.78/79.35 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1211,plain,
% 126.78/79.35 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1210, 1209])).
% 126.78/79.35 tff(1212,plain,
% 126.78/79.35 ((~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~sP958(constB8))),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1211, 1205, 1193])).
% 126.78/79.35 tff(1213,plain,
% 126.78/79.35 (~sP958(constB8)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1212, 1194, 1195])).
% 126.78/79.35 tff(1214,plain,
% 126.78/79.35 (^[VarCurr: $i] : refl((sP958(VarCurr) | (~v17(VarCurr, bitIndex2))) <=> (sP958(VarCurr) | (~v17(VarCurr, bitIndex2))))),
% 126.78/79.35 inference(bind,[status(th)],[])).
% 126.78/79.35 tff(1215,plain,
% 126.78/79.35 (![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.35 inference(quant_intro,[status(thm)],[1214])).
% 126.78/79.35 tff(1216,plain,
% 126.78/79.35 (![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1217,axiom,(![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16687')).
% 126.78/79.35 tff(1218,plain,
% 126.78/79.35 (![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1217, 1216])).
% 126.78/79.35 tff(1219,plain,(
% 126.78/79.35 ![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.35 inference(skolemize,[status(sab)],[1218])).
% 126.78/79.35 tff(1220,plain,
% 126.78/79.35 (![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1219, 1215])).
% 126.78/79.35 tff(1221,plain,
% 126.78/79.35 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB8) | (~v17(constB8, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB8) | (~v17(constB8, bitIndex2)))),
% 126.78/79.35 inference(rewrite,[status(thm)],[])).
% 126.78/79.35 tff(1222,plain,
% 126.78/79.35 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB8) | (~v17(constB8, bitIndex2)))),
% 126.78/79.35 inference(quant_inst,[status(thm)],[])).
% 126.78/79.35 tff(1223,plain,
% 126.78/79.35 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB8) | (~v17(constB8, bitIndex2))),
% 126.78/79.35 inference(modus_ponens,[status(thm)],[1222, 1221])).
% 126.78/79.35 tff(1224,plain,
% 126.78/79.35 ($false),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1223, 1220, 1194, 1213])).
% 126.78/79.35 tff(1225,plain,((~v17(constB8, bitIndex2)) | (~sP959(constB8)) | (~v13(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.78/79.35 tff(1226,plain,
% 126.78/79.35 (~sP959(constB8)),
% 126.78/79.35 inference(unit_resolution,[status(thm)],[1225, 1194, 1193])).
% 126.78/79.35 tff(1227,plain,
% 126.78/79.35 (^[VarCurr: $i] : refl((sP959(VarCurr) | (~v17(VarCurr, bitIndex2))) <=> (sP959(VarCurr) | (~v17(VarCurr, bitIndex2))))),
% 126.78/79.35 inference(bind,[status(th)],[])).
% 126.78/79.35 tff(1228,plain,
% 126.78/79.35 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.35 inference(quant_intro,[status(thm)],[1227])).
% 126.78/79.35 tff(1229,plain,
% 126.78/79.35 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1230,axiom,(![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16683')).
% 126.78/79.36 tff(1231,plain,
% 126.78/79.36 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1230, 1229])).
% 126.78/79.36 tff(1232,plain,(
% 126.78/79.36 ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.36 inference(skolemize,[status(sab)],[1231])).
% 126.78/79.36 tff(1233,plain,
% 126.78/79.36 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1232, 1228])).
% 126.78/79.36 tff(1234,plain,
% 126.78/79.36 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB8) | (~v17(constB8, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB8) | (~v17(constB8, bitIndex2)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1235,plain,
% 126.78/79.36 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB8) | (~v17(constB8, bitIndex2)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1236,plain,
% 126.78/79.36 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB8) | (~v17(constB8, bitIndex2))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1235, 1234])).
% 126.78/79.36 tff(1237,plain,
% 126.78/79.36 ($false),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1236, 1233, 1194, 1226])).
% 126.78/79.36 tff(1238,plain,((~v17(constB8, bitIndex2)) | (~v13(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.78/79.36 tff(1239,plain,
% 126.78/79.36 (~v13(constB8, bitIndex1)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1238, 1192])).
% 126.78/79.36 tff(1240,plain,
% 126.78/79.36 (~v938(constB8, bitIndex0)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[340, 1239])).
% 126.78/79.36 tff(1241,plain,
% 126.78/79.36 (~v940(constB9, bitIndex0)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[307, 1240])).
% 126.78/79.36 tff(1242,plain,
% 126.78/79.36 (~v956(constB9, bitIndex0)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[289, 1241])).
% 126.78/79.36 tff(1243,plain,
% 126.78/79.36 (~v7(constB9, bitIndex1)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[206, 1242])).
% 126.78/79.36 tff(1244,plain,
% 126.78/79.36 (~v7(constB10, bitIndex1)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[188, 1243])).
% 126.78/79.36 tff(1245,assumption,(~v7(sK952_VarCurr, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1246,assumption,(~v11(constB10)), introduced(assumption)).
% 126.78/79.36 tff(1247,assumption,(v938(constB10, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1248,plain,
% 126.78/79.36 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB10) | (~v938(constB10, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB10) | (~v938(constB10, bitIndex0)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1249,plain,
% 126.78/79.36 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB10) | (~v938(constB10, bitIndex0)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1250,plain,
% 126.78/79.36 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB10) | (~v938(constB10, bitIndex0))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1249, 1248])).
% 126.78/79.36 tff(1251,plain,
% 126.78/79.36 ($false),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1250, 335, 1246, 1247])).
% 126.78/79.36 tff(1252,plain,((~v938(constB10, bitIndex0)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.36 tff(1253,plain,
% 126.78/79.36 (~v938(constB10, bitIndex0)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1252, 1246])).
% 126.78/79.36 tff(1254,assumption,(~v938(constB10, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1255,assumption,(v940(constB11, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1256,plain,
% 126.78/79.36 (nextState(constB10, constB11) <=> nextState(constB10, constB11)),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1257,axiom,(nextState(constB10, constB11)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16376')).
% 126.78/79.36 tff(1258,plain,
% 126.78/79.36 (nextState(constB10, constB11)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1257, 1256])).
% 126.78/79.36 tff(1259,plain,
% 126.78/79.36 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB10, constB11)) | (~v940(constB11, bitIndex0)) | v938(constB10, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB10, constB11)) | (~v940(constB11, bitIndex0)) | v938(constB10, bitIndex0))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1260,plain,
% 126.78/79.36 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB10, constB11)) | (~v940(constB11, bitIndex0)) | v938(constB10, bitIndex0))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1261,plain,
% 126.78/79.36 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB10, constB11)) | (~v940(constB11, bitIndex0)) | v938(constB10, bitIndex0)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1260, 1259])).
% 126.78/79.36 tff(1262,plain,
% 126.78/79.36 ($false),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1261, 302, 1258, 1255, 1254])).
% 126.78/79.36 tff(1263,plain,((~v940(constB11, bitIndex0)) | v938(constB10, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.36 tff(1264,plain,
% 126.78/79.36 (~v940(constB11, bitIndex0)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1263, 1253])).
% 126.78/79.36 tff(1265,assumption,(v956(constB11, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1266,assumption,(~v940(constB11, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1267,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB10) | (~nextState(constB10, constB11)) | (~v934(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v934(constB11)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1268,plain,
% 126.78/79.36 (((~nextState(constB10, constB11)) | v1(constB10) | (~v934(constB11))) <=> (v1(constB10) | (~nextState(constB10, constB11)) | (~v934(constB11)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1269,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB10, constB11)) | v1(constB10) | (~v934(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB10) | (~nextState(constB10, constB11)) | (~v934(constB11))))),
% 126.78/79.36 inference(monotonicity,[status(thm)],[1268])).
% 126.78/79.36 tff(1270,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB10, constB11)) | v1(constB10) | (~v934(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v934(constB11)))),
% 126.78/79.36 inference(transitivity,[status(thm)],[1269, 1267])).
% 126.78/79.36 tff(1271,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB10, constB11)) | v1(constB10) | (~v934(constB11)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1272,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v934(constB11))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1271, 1270])).
% 126.78/79.36 tff(1273,plain,
% 126.78/79.36 (~v934(constB11)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1272, 219, 1258, 138])).
% 126.78/79.36 tff(1274,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v960(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v960(constB11))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1275,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v960(constB11))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1276,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v960(constB11)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1275, 1274])).
% 126.78/79.36 tff(1277,plain,
% 126.78/79.36 (v934(constB11) | v960(constB11)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1276, 236, 1258])).
% 126.78/79.36 tff(1278,plain,
% 126.78/79.36 (v960(constB11)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1277, 1273])).
% 126.78/79.36 tff(1279,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB10) | (~nextState(constB10, constB11)) | v1(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB10) | (~nextState(constB10, constB11)) | v1(constB11))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1280,plain,
% 126.78/79.36 (((~nextState(constB10, constB11)) | v1(constB10) | v1(constB11)) <=> (v1(constB10) | (~nextState(constB10, constB11)) | v1(constB11))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1281,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB10, constB11)) | v1(constB10) | v1(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB10) | (~nextState(constB10, constB11)) | v1(constB11)))),
% 126.78/79.36 inference(monotonicity,[status(thm)],[1280])).
% 126.78/79.36 tff(1282,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB10, constB11)) | v1(constB10) | v1(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB10) | (~nextState(constB10, constB11)) | v1(constB11))),
% 126.78/79.36 inference(transitivity,[status(thm)],[1281, 1279])).
% 126.78/79.36 tff(1283,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB10, constB11)) | v1(constB10) | v1(constB11))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1284,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB10) | (~nextState(constB10, constB11)) | v1(constB11)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1283, 1282])).
% 126.78/79.36 tff(1285,plain,
% 126.78/79.36 (v1(constB11)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1284, 28, 1258, 138])).
% 126.78/79.36 tff(1286,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v958(constB11) | (~v960(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v958(constB11) | (~v960(constB11)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1287,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v958(constB11) | (~v960(constB11)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1288,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v958(constB11) | (~v960(constB11))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1287, 1286])).
% 126.78/79.36 tff(1289,plain,
% 126.78/79.36 (v958(constB11) | (~v960(constB11))),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1288, 251, 1258, 1285])).
% 126.78/79.36 tff(1290,plain,
% 126.78/79.36 (v958(constB11)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1289, 1278])).
% 126.78/79.36 tff(1291,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB10, constB11)) | v957(constB11) | (~v958(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB10, constB11)) | v957(constB11) | (~v958(constB11)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1292,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB10, constB11)) | v957(constB11) | (~v958(constB11)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1293,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB10, constB11)) | v957(constB11) | (~v958(constB11))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1292, 1291])).
% 126.78/79.36 tff(1294,plain,
% 126.78/79.36 (v957(constB11) | (~v958(constB11))),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1293, 266, 1258])).
% 126.78/79.36 tff(1295,plain,
% 126.78/79.36 (v957(constB11)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1294, 1290])).
% 126.78/79.36 tff(1296,plain,
% 126.78/79.36 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB11)) | (~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB11)) | (~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1297,plain,
% 126.78/79.36 ((v940(constB11, bitIndex0) | (~v957(constB11)) | (~v956(constB11, bitIndex0))) <=> ((~v957(constB11)) | (~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1298,plain,
% 126.78/79.36 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB11, bitIndex0) | (~v957(constB11)) | (~v956(constB11, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB11)) | (~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0)))),
% 126.78/79.36 inference(monotonicity,[status(thm)],[1297])).
% 126.78/79.36 tff(1299,plain,
% 126.78/79.36 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB11, bitIndex0) | (~v957(constB11)) | (~v956(constB11, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB11)) | (~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0))),
% 126.78/79.36 inference(transitivity,[status(thm)],[1298, 1296])).
% 126.78/79.36 tff(1300,plain,
% 126.78/79.36 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB11, bitIndex0) | (~v957(constB11)) | (~v956(constB11, bitIndex0)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1301,plain,
% 126.78/79.36 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB11)) | (~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1300, 1299])).
% 126.78/79.36 tff(1302,plain,
% 126.78/79.36 ($false),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1301, 281, 1295, 1266, 1265])).
% 126.78/79.36 tff(1303,plain,((~v956(constB11, bitIndex0)) | v940(constB11, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.36 tff(1304,plain,
% 126.78/79.36 (~v956(constB11, bitIndex0)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1303, 1264])).
% 126.78/79.36 tff(1305,assumption,(~v956(constB11, bitIndex0)), introduced(assumption)).
% 126.78/79.36 tff(1306,assumption,(v7(constB11, bitIndex1)), introduced(assumption)).
% 126.78/79.36 tff(1307,plain,
% 126.78/79.36 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB11, bitIndex1)) | v956(constB11, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB11, bitIndex1)) | v956(constB11, bitIndex0))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1308,plain,
% 126.78/79.36 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB11, bitIndex1)) | v956(constB11, bitIndex0))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1309,plain,
% 126.78/79.36 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB11, bitIndex1)) | v956(constB11, bitIndex0)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1308, 1307])).
% 126.78/79.36 tff(1310,plain,
% 126.78/79.36 ($false),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1309, 201, 1306, 1305])).
% 126.78/79.36 tff(1311,plain,((~v7(constB11, bitIndex1)) | v956(constB11, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.78/79.36 tff(1312,plain,
% 126.78/79.36 (~v7(constB11, bitIndex1)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1311, 1304])).
% 126.78/79.36 tff(1313,plain,
% 126.78/79.36 (nextState(constB11, constB12) <=> nextState(constB11, constB12)),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1314,axiom,(nextState(constB11, constB12)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16375')).
% 126.78/79.36 tff(1315,plain,
% 126.78/79.36 (nextState(constB11, constB12)),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1314, 1313])).
% 126.78/79.36 tff(1316,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB11)) | (~nextState(constB11, constB12)) | (~v1(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB11)) | (~nextState(constB11, constB12)) | (~v1(constB12)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1317,plain,
% 126.78/79.36 (((~nextState(constB11, constB12)) | (~v1(constB11)) | (~v1(constB12))) <=> ((~v1(constB11)) | (~nextState(constB11, constB12)) | (~v1(constB12)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1318,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB11, constB12)) | (~v1(constB11)) | (~v1(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB11)) | (~nextState(constB11, constB12)) | (~v1(constB12))))),
% 126.78/79.36 inference(monotonicity,[status(thm)],[1317])).
% 126.78/79.36 tff(1319,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB11, constB12)) | (~v1(constB11)) | (~v1(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB11)) | (~nextState(constB11, constB12)) | (~v1(constB12)))),
% 126.78/79.36 inference(transitivity,[status(thm)],[1318, 1316])).
% 126.78/79.36 tff(1320,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB11, constB12)) | (~v1(constB11)) | (~v1(constB12)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1321,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB11)) | (~nextState(constB11, constB12)) | (~v1(constB12))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1320, 1319])).
% 126.78/79.36 tff(1322,plain,
% 126.78/79.36 (~v1(constB12)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1321, 51, 1315, 1285])).
% 126.78/79.36 tff(1323,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v958(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v958(constB12)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1324,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v958(constB12)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1325,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v958(constB12))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1324, 1323])).
% 126.78/79.36 tff(1326,plain,
% 126.78/79.36 (~v958(constB12)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1325, 148, 1315, 1322])).
% 126.78/79.36 tff(1327,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB11, constB12)) | v958(constB12) | (~v957(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB11, constB12)) | v958(constB12) | (~v957(constB12)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1328,plain,
% 126.78/79.36 (((~nextState(constB11, constB12)) | (~v957(constB12)) | v958(constB12)) <=> ((~nextState(constB11, constB12)) | v958(constB12) | (~v957(constB12)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1329,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB11, constB12)) | (~v957(constB12)) | v958(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB11, constB12)) | v958(constB12) | (~v957(constB12))))),
% 126.78/79.36 inference(monotonicity,[status(thm)],[1328])).
% 126.78/79.36 tff(1330,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB11, constB12)) | (~v957(constB12)) | v958(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB11, constB12)) | v958(constB12) | (~v957(constB12)))),
% 126.78/79.36 inference(transitivity,[status(thm)],[1329, 1327])).
% 126.78/79.36 tff(1331,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB11, constB12)) | (~v957(constB12)) | v958(constB12))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1332,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB11, constB12)) | v958(constB12) | (~v957(constB12))),
% 126.78/79.36 inference(modus_ponens,[status(thm)],[1331, 1330])).
% 126.78/79.36 tff(1333,plain,
% 126.78/79.36 (v958(constB12) | (~v957(constB12))),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1332, 162, 1315])).
% 126.78/79.36 tff(1334,plain,
% 126.78/79.36 (~v957(constB12)),
% 126.78/79.36 inference(unit_resolution,[status(thm)],[1333, 1326])).
% 126.78/79.36 tff(1335,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB11, bitIndex1) | (~nextState(constB11, constB12)) | v957(constB12) | (~v7(constB12, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB11, bitIndex1) | (~nextState(constB11, constB12)) | v957(constB12) | (~v7(constB12, bitIndex1)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1336,plain,
% 126.78/79.36 (((~nextState(constB11, constB12)) | v7(constB11, bitIndex1) | v957(constB12) | (~v7(constB12, bitIndex1))) <=> (v7(constB11, bitIndex1) | (~nextState(constB11, constB12)) | v957(constB12) | (~v7(constB12, bitIndex1)))),
% 126.78/79.36 inference(rewrite,[status(thm)],[])).
% 126.78/79.36 tff(1337,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB11, constB12)) | v7(constB11, bitIndex1) | v957(constB12) | (~v7(constB12, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB11, bitIndex1) | (~nextState(constB11, constB12)) | v957(constB12) | (~v7(constB12, bitIndex1))))),
% 126.78/79.36 inference(monotonicity,[status(thm)],[1336])).
% 126.78/79.36 tff(1338,plain,
% 126.78/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB11, constB12)) | v7(constB11, bitIndex1) | v957(constB12) | (~v7(constB12, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB11, bitIndex1) | (~nextState(constB11, constB12)) | v957(constB12) | (~v7(constB12, bitIndex1)))),
% 126.78/79.36 inference(transitivity,[status(thm)],[1337, 1335])).
% 126.78/79.36 tff(1339,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB11, constB12)) | v7(constB11, bitIndex1) | v957(constB12) | (~v7(constB12, bitIndex1)))),
% 126.78/79.36 inference(quant_inst,[status(thm)],[])).
% 126.78/79.36 tff(1340,plain,
% 126.78/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB11, bitIndex1) | (~nextState(constB11, constB12)) | v957(constB12) | (~v7(constB12, bitIndex1))),
% 126.84/79.36 inference(modus_ponens,[status(thm)],[1339, 1338])).
% 126.84/79.36 tff(1341,plain,
% 126.84/79.36 (v7(constB11, bitIndex1) | v957(constB12) | (~v7(constB12, bitIndex1))),
% 126.84/79.36 inference(unit_resolution,[status(thm)],[1340, 180, 1315])).
% 126.84/79.36 tff(1342,plain,
% 126.84/79.36 (v7(constB11, bitIndex1) | (~v7(constB12, bitIndex1))),
% 126.84/79.36 inference(unit_resolution,[status(thm)],[1341, 1334])).
% 126.84/79.36 tff(1343,plain,
% 126.84/79.36 (~v7(constB12, bitIndex1)),
% 126.84/79.36 inference(unit_resolution,[status(thm)],[1342, 1312])).
% 126.84/79.36 tff(1344,assumption,(constB15 = sK952_VarCurr), introduced(assumption)).
% 126.84/79.36 tff(1345,plain,
% 126.84/79.36 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.36 inference(monotonicity,[status(thm)],[1344])).
% 126.84/79.36 tff(1346,plain,
% 126.84/79.36 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 126.84/79.36 inference(symmetry,[status(thm)],[1345])).
% 126.84/79.36 tff(1347,plain,
% 126.84/79.36 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB15, bitIndex0))),
% 126.84/79.36 inference(monotonicity,[status(thm)],[1346])).
% 126.84/79.36 tff(1348,plain,
% 126.84/79.36 (~v7(constB15, bitIndex0)),
% 126.84/79.36 inference(modus_ponens,[status(thm)],[1245, 1347])).
% 126.84/79.36 tff(1349,assumption,(v7(constB15, bitIndex0)), introduced(assumption)).
% 126.84/79.36 tff(1350,plain,
% 126.84/79.36 ($false),
% 126.84/79.36 inference(unit_resolution,[status(thm)],[1349, 1348])).
% 126.84/79.36 tff(1351,plain,((~(constB15 = sK952_VarCurr)) | (~v7(constB15, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.36 tff(1352,plain,
% 126.84/79.36 (~v7(constB15, bitIndex0)),
% 126.84/79.36 inference(unit_resolution,[status(thm)],[1351, 1344, 1245])).
% 126.84/79.36 tff(1353,plain,
% 126.84/79.36 (nextState(constB12, constB13) <=> nextState(constB12, constB13)),
% 126.84/79.36 inference(rewrite,[status(thm)],[])).
% 126.84/79.36 tff(1354,axiom,(nextState(constB12, constB13)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16374')).
% 126.84/79.36 tff(1355,plain,
% 126.84/79.36 (nextState(constB12, constB13)),
% 126.84/79.36 inference(modus_ponens,[status(thm)],[1354, 1353])).
% 126.84/79.36 tff(1356,plain,
% 126.84/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB12) | (~nextState(constB12, constB13)) | v1(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB12) | (~nextState(constB12, constB13)) | v1(constB13))),
% 126.84/79.36 inference(rewrite,[status(thm)],[])).
% 126.84/79.36 tff(1357,plain,
% 126.84/79.36 (((~nextState(constB12, constB13)) | v1(constB12) | v1(constB13)) <=> (v1(constB12) | (~nextState(constB12, constB13)) | v1(constB13))),
% 126.84/79.36 inference(rewrite,[status(thm)],[])).
% 126.84/79.36 tff(1358,plain,
% 126.84/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB12, constB13)) | v1(constB12) | v1(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB12) | (~nextState(constB12, constB13)) | v1(constB13)))),
% 126.84/79.36 inference(monotonicity,[status(thm)],[1357])).
% 126.84/79.36 tff(1359,plain,
% 126.84/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB12, constB13)) | v1(constB12) | v1(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB12) | (~nextState(constB12, constB13)) | v1(constB13))),
% 126.84/79.36 inference(transitivity,[status(thm)],[1358, 1356])).
% 126.84/79.36 tff(1360,plain,
% 126.84/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB12, constB13)) | v1(constB12) | v1(constB13))),
% 126.84/79.36 inference(quant_inst,[status(thm)],[])).
% 126.84/79.36 tff(1361,plain,
% 126.84/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB12) | (~nextState(constB12, constB13)) | v1(constB13)),
% 126.84/79.36 inference(modus_ponens,[status(thm)],[1360, 1359])).
% 126.84/79.36 tff(1362,plain,
% 126.84/79.36 (v1(constB13)),
% 126.84/79.36 inference(unit_resolution,[status(thm)],[1361, 28, 1355, 1322])).
% 126.84/79.36 tff(1363,plain,
% 126.84/79.36 (nextState(constB13, constB14) <=> nextState(constB13, constB14)),
% 126.84/79.36 inference(rewrite,[status(thm)],[])).
% 126.84/79.36 tff(1364,axiom,(nextState(constB13, constB14)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16373')).
% 126.84/79.36 tff(1365,plain,
% 126.84/79.36 (nextState(constB13, constB14)),
% 126.84/79.36 inference(modus_ponens,[status(thm)],[1364, 1363])).
% 126.84/79.36 tff(1366,plain,
% 126.84/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB13)) | (~nextState(constB13, constB14)) | (~v1(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB13)) | (~nextState(constB13, constB14)) | (~v1(constB14)))),
% 126.84/79.36 inference(rewrite,[status(thm)],[])).
% 126.84/79.36 tff(1367,plain,
% 126.84/79.36 (((~nextState(constB13, constB14)) | (~v1(constB13)) | (~v1(constB14))) <=> ((~v1(constB13)) | (~nextState(constB13, constB14)) | (~v1(constB14)))),
% 126.84/79.36 inference(rewrite,[status(thm)],[])).
% 126.84/79.36 tff(1368,plain,
% 126.84/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB13, constB14)) | (~v1(constB13)) | (~v1(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB13)) | (~nextState(constB13, constB14)) | (~v1(constB14))))),
% 126.84/79.36 inference(monotonicity,[status(thm)],[1367])).
% 126.84/79.36 tff(1369,plain,
% 126.84/79.36 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB13, constB14)) | (~v1(constB13)) | (~v1(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB13)) | (~nextState(constB13, constB14)) | (~v1(constB14)))),
% 126.84/79.36 inference(transitivity,[status(thm)],[1368, 1366])).
% 126.84/79.36 tff(1370,plain,
% 126.84/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB13, constB14)) | (~v1(constB13)) | (~v1(constB14)))),
% 126.84/79.36 inference(quant_inst,[status(thm)],[])).
% 126.84/79.36 tff(1371,plain,
% 126.84/79.36 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB13)) | (~nextState(constB13, constB14)) | (~v1(constB14))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1370, 1369])).
% 126.84/79.37 tff(1372,plain,
% 126.84/79.37 (~v1(constB14)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1371, 51, 1365, 1362])).
% 126.84/79.37 tff(1373,plain,
% 126.84/79.37 (nextState(constB14, constB15) <=> nextState(constB14, constB15)),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1374,axiom,(nextState(constB14, constB15)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16372')).
% 126.84/79.37 tff(1375,plain,
% 126.84/79.37 (nextState(constB14, constB15)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1374, 1373])).
% 126.84/79.37 tff(1376,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB14) | (~nextState(constB14, constB15)) | (~v934(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v934(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1377,plain,
% 126.84/79.37 (((~nextState(constB14, constB15)) | v1(constB14) | (~v934(constB15))) <=> (v1(constB14) | (~nextState(constB14, constB15)) | (~v934(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1378,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB14, constB15)) | v1(constB14) | (~v934(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB14) | (~nextState(constB14, constB15)) | (~v934(constB15))))),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1377])).
% 126.84/79.37 tff(1379,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB14, constB15)) | v1(constB14) | (~v934(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v934(constB15)))),
% 126.84/79.37 inference(transitivity,[status(thm)],[1378, 1376])).
% 126.84/79.37 tff(1380,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB14, constB15)) | v1(constB14) | (~v934(constB15)))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1381,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v934(constB15))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1380, 1379])).
% 126.84/79.37 tff(1382,plain,
% 126.84/79.37 (~v934(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1381, 219, 1375, 1372])).
% 126.84/79.37 tff(1383,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext)))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1384,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1383])).
% 126.84/79.37 tff(1385,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1386,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v934(VarNext) | v1047(VarNext)) <=> (v934(VarNext) | v1047(VarNext))), (((v934(VarNext) | v1047(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v934(VarNext) | v1047(VarNext)) | (~nextState(VarCurr, VarNext))))), rewrite(((v934(VarNext) | v1047(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))), (((v934(VarNext) | v1047(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1387,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v1047(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1386])).
% 126.84/79.37 tff(1388,axiom,(![VarNext: $i, VarCurr: $i] : ((v934(VarNext) | v1047(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16455')).
% 126.84/79.37 tff(1389,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1388, 1387])).
% 126.84/79.37 tff(1390,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1389, 1385])).
% 126.84/79.37 tff(1391,plain,(
% 126.84/79.37 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(skolemize,[status(sab)],[1390])).
% 126.84/79.37 tff(1392,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1391, 1384])).
% 126.84/79.37 tff(1393,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB14, constB15)) | v1047(constB15) | v934(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB14, constB15)) | v1047(constB15) | v934(constB15))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1394,plain,
% 126.84/79.37 (((~nextState(constB14, constB15)) | v934(constB15) | v1047(constB15)) <=> ((~nextState(constB14, constB15)) | v1047(constB15) | v934(constB15))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1395,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v1047(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB14, constB15)) | v1047(constB15) | v934(constB15)))),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1394])).
% 126.84/79.37 tff(1396,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v1047(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB14, constB15)) | v1047(constB15) | v934(constB15))),
% 126.84/79.37 inference(transitivity,[status(thm)],[1395, 1393])).
% 126.84/79.37 tff(1397,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v1047(constB15))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1398,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB14, constB15)) | v1047(constB15) | v934(constB15)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1397, 1396])).
% 126.84/79.37 tff(1399,plain,
% 126.84/79.37 (v1047(constB15) | v934(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1398, 1392, 1375])).
% 126.84/79.37 tff(1400,plain,
% 126.84/79.37 (v1047(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1399, 1382])).
% 126.84/79.37 tff(1401,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB14) | (~nextState(constB14, constB15)) | v1(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB14) | (~nextState(constB14, constB15)) | v1(constB15))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1402,plain,
% 126.84/79.37 (((~nextState(constB14, constB15)) | v1(constB14) | v1(constB15)) <=> (v1(constB14) | (~nextState(constB14, constB15)) | v1(constB15))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1403,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB14, constB15)) | v1(constB14) | v1(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB14) | (~nextState(constB14, constB15)) | v1(constB15)))),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1402])).
% 126.84/79.37 tff(1404,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB14, constB15)) | v1(constB14) | v1(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB14) | (~nextState(constB14, constB15)) | v1(constB15))),
% 126.84/79.37 inference(transitivity,[status(thm)],[1403, 1401])).
% 126.84/79.37 tff(1405,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB14, constB15)) | v1(constB14) | v1(constB15))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1406,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB14) | (~nextState(constB14, constB15)) | v1(constB15)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1405, 1404])).
% 126.84/79.37 tff(1407,plain,
% 126.84/79.37 (v1(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1406, 28, 1375, 1372])).
% 126.84/79.37 tff(1408,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1409,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1408])).
% 126.84/79.37 tff(1410,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1411,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v1045(VarNext) | (~v1047(VarNext))) | (~v1(VarNext))) <=> ((~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))), ((((v1045(VarNext) | (~v1047(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))), ((((v1045(VarNext) | (~v1047(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1412,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : (((v1045(VarNext) | (~v1047(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1411])).
% 126.84/79.37 tff(1413,axiom,(![VarNext: $i, VarCurr: $i] : (((v1045(VarNext) | (~v1047(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16452')).
% 126.84/79.37 tff(1414,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1413, 1412])).
% 126.84/79.37 tff(1415,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1414, 1410])).
% 126.84/79.37 tff(1416,plain,(
% 126.84/79.37 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(skolemize,[status(sab)],[1415])).
% 126.84/79.37 tff(1417,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1416, 1409])).
% 126.84/79.37 tff(1418,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB14, constB15)) | v1045(constB15) | (~v1(constB15)) | (~v1047(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB14, constB15)) | v1045(constB15) | (~v1(constB15)) | (~v1047(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1419,plain,
% 126.84/79.37 (((~nextState(constB14, constB15)) | (~v1(constB15)) | v1045(constB15) | (~v1047(constB15))) <=> ((~nextState(constB14, constB15)) | v1045(constB15) | (~v1(constB15)) | (~v1047(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1420,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v1045(constB15) | (~v1047(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB14, constB15)) | v1045(constB15) | (~v1(constB15)) | (~v1047(constB15))))),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1419])).
% 126.84/79.37 tff(1421,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v1045(constB15) | (~v1047(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB14, constB15)) | v1045(constB15) | (~v1(constB15)) | (~v1047(constB15)))),
% 126.84/79.37 inference(transitivity,[status(thm)],[1420, 1418])).
% 126.84/79.37 tff(1422,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v1045(constB15) | (~v1047(constB15)))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1423,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB14, constB15)) | v1045(constB15) | (~v1(constB15)) | (~v1047(constB15))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1422, 1421])).
% 126.84/79.37 tff(1424,plain,
% 126.84/79.37 (v1045(constB15) | (~v1047(constB15))),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1423, 1417, 1375, 1407])).
% 126.84/79.37 tff(1425,plain,
% 126.84/79.37 (v1045(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1424, 1400])).
% 126.84/79.37 tff(1426,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1427,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1426])).
% 126.84/79.37 tff(1428,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1429,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1044(VarNext) | (~v1045(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1430,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((v1044(VarNext) | (~v1045(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1429])).
% 126.84/79.37 tff(1431,axiom,(![VarNext: $i, VarCurr: $i] : ((v1044(VarNext) | (~v1045(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16446')).
% 126.84/79.37 tff(1432,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1431, 1430])).
% 126.84/79.37 tff(1433,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1432, 1428])).
% 126.84/79.37 tff(1434,plain,(
% 126.84/79.37 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(skolemize,[status(sab)],[1433])).
% 126.84/79.37 tff(1435,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1434, 1427])).
% 126.84/79.37 tff(1436,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB14, constB15)) | v1044(constB15) | (~v1045(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB14, constB15)) | v1044(constB15) | (~v1045(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1437,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB14, constB15)) | v1044(constB15) | (~v1045(constB15)))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1438,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB14, constB15)) | v1044(constB15) | (~v1045(constB15))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1437, 1436])).
% 126.84/79.37 tff(1439,plain,
% 126.84/79.37 (v1044(constB15) | (~v1045(constB15))),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1438, 1435, 1375])).
% 126.84/79.37 tff(1440,plain,
% 126.84/79.37 (v1044(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1439, 1425])).
% 126.84/79.37 tff(1441,plain,
% 126.84/79.37 (^[VarNext: $i] : refl((v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext))) <=> (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1442,plain,
% 126.84/79.37 (![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext))) <=> ![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1441])).
% 126.84/79.37 tff(1443,plain,
% 126.84/79.37 (![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext))) <=> ![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1444,plain,
% 126.84/79.37 (^[VarNext: $i] : trans(monotonicity(rewrite((v7(VarNext, bitIndex0) | (~v1052(VarNext))) <=> (v7(VarNext, bitIndex0) | (~v1052(VarNext)))), (((v7(VarNext, bitIndex0) | (~v1052(VarNext))) | (~v1044(VarNext))) <=> ((v7(VarNext, bitIndex0) | (~v1052(VarNext))) | (~v1044(VarNext))))), rewrite(((v7(VarNext, bitIndex0) | (~v1052(VarNext))) | (~v1044(VarNext))) <=> (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))), (((v7(VarNext, bitIndex0) | (~v1052(VarNext))) | (~v1044(VarNext))) <=> (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1445,plain,
% 126.84/79.37 (![VarNext: $i] : ((v7(VarNext, bitIndex0) | (~v1052(VarNext))) | (~v1044(VarNext))) <=> ![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1444])).
% 126.84/79.37 tff(1446,axiom,(![VarNext: $i] : ((v7(VarNext, bitIndex0) | (~v1052(VarNext))) | (~v1044(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16432')).
% 126.84/79.37 tff(1447,plain,
% 126.84/79.37 (![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1446, 1445])).
% 126.84/79.37 tff(1448,plain,
% 126.84/79.37 (![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1447, 1443])).
% 126.84/79.37 tff(1449,plain,(
% 126.84/79.37 ![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(skolemize,[status(sab)],[1448])).
% 126.84/79.37 tff(1450,plain,
% 126.84/79.37 (![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1449, 1442])).
% 126.84/79.37 tff(1451,plain,
% 126.84/79.37 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB15, bitIndex0) | (~v1052(constB15)) | (~v1044(constB15)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB15, bitIndex0) | (~v1052(constB15)) | (~v1044(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1452,plain,
% 126.84/79.37 ((v7(constB15, bitIndex0) | (~v1044(constB15)) | (~v1052(constB15))) <=> (v7(constB15, bitIndex0) | (~v1052(constB15)) | (~v1044(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1453,plain,
% 126.84/79.37 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB15, bitIndex0) | (~v1044(constB15)) | (~v1052(constB15)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB15, bitIndex0) | (~v1052(constB15)) | (~v1044(constB15))))),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1452])).
% 126.84/79.37 tff(1454,plain,
% 126.84/79.37 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB15, bitIndex0) | (~v1044(constB15)) | (~v1052(constB15)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB15, bitIndex0) | (~v1052(constB15)) | (~v1044(constB15)))),
% 126.84/79.37 inference(transitivity,[status(thm)],[1453, 1451])).
% 126.84/79.37 tff(1455,plain,
% 126.84/79.37 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB15, bitIndex0) | (~v1044(constB15)) | (~v1052(constB15)))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1456,plain,
% 126.84/79.37 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB15, bitIndex0) | (~v1052(constB15)) | (~v1044(constB15))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1455, 1454])).
% 126.84/79.37 tff(1457,plain,
% 126.84/79.37 (v7(constB15, bitIndex0) | (~v1052(constB15))),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1456, 1450, 1440])).
% 126.84/79.37 tff(1458,plain,
% 126.84/79.37 (~v1052(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1457, 1352])).
% 126.84/79.37 tff(1459,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext)))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1460,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1459])).
% 126.84/79.37 tff(1461,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1462,plain,
% 126.84/79.37 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1052(VarNext) | (~v1050(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext)))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1463,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((v1052(VarNext) | (~v1050(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1462])).
% 126.84/79.37 tff(1464,axiom,(![VarNext: $i, VarCurr: $i] : ((v1052(VarNext) | (~v1050(VarCurr))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16436')).
% 126.84/79.37 tff(1465,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1464, 1463])).
% 126.84/79.37 tff(1466,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1465, 1461])).
% 126.84/79.37 tff(1467,plain,(
% 126.84/79.37 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(skolemize,[status(sab)],[1466])).
% 126.84/79.37 tff(1468,plain,
% 126.84/79.37 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1467, 1460])).
% 126.84/79.37 tff(1469,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB14, constB15)) | (~v1050(constB14)) | v1052(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB14, constB15)) | (~v1050(constB14)) | v1052(constB15))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1470,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB14, constB15)) | (~v1050(constB14)) | v1052(constB15))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1471,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB14, constB15)) | (~v1050(constB14)) | v1052(constB15)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1470, 1469])).
% 126.84/79.37 tff(1472,plain,
% 126.84/79.37 ((~v1050(constB14)) | v1052(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1471, 1468, 1375])).
% 126.84/79.37 tff(1473,plain,
% 126.84/79.37 (~v1050(constB14)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1472, 1458])).
% 126.84/79.37 tff(1474,plain,
% 126.84/79.37 (^[VarCurr: $i] : refl((v1050(VarCurr) | v11(VarCurr)) <=> (v1050(VarCurr) | v11(VarCurr)))),
% 126.84/79.37 inference(bind,[status(th)],[])).
% 126.84/79.37 tff(1475,plain,
% 126.84/79.37 (![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr)) <=> ![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))),
% 126.84/79.37 inference(quant_intro,[status(thm)],[1474])).
% 126.84/79.37 tff(1476,plain,
% 126.84/79.37 (![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr)) <=> ![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1477,axiom,(![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16442')).
% 126.84/79.37 tff(1478,plain,
% 126.84/79.37 (![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1477, 1476])).
% 126.84/79.37 tff(1479,plain,(
% 126.84/79.37 ![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))),
% 126.84/79.37 inference(skolemize,[status(sab)],[1478])).
% 126.84/79.37 tff(1480,plain,
% 126.84/79.37 (![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1479, 1475])).
% 126.84/79.37 tff(1481,plain,
% 126.84/79.37 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB14) | v11(constB14))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB14) | v11(constB14))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1482,plain,
% 126.84/79.37 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB14) | v11(constB14))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1483,plain,
% 126.84/79.37 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB14) | v11(constB14)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1482, 1481])).
% 126.84/79.37 tff(1484,plain,
% 126.84/79.37 (v11(constB14)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1483, 1480, 1473])).
% 126.84/79.37 tff(1485,plain,
% 126.84/79.37 (sK952_VarCurr = constB15),
% 126.84/79.37 inference(symmetry,[status(thm)],[1344])).
% 126.84/79.37 tff(1486,plain,
% 126.84/79.37 (nextState(constB14, sK952_VarCurr) <=> nextState(constB14, constB15)),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1485])).
% 126.84/79.37 tff(1487,plain,
% 126.84/79.37 (nextState(constB14, constB15) <=> nextState(constB14, sK952_VarCurr)),
% 126.84/79.37 inference(symmetry,[status(thm)],[1486])).
% 126.84/79.37 tff(1488,plain,
% 126.84/79.37 (nextState(constB14, sK952_VarCurr)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1375, 1487])).
% 126.84/79.37 tff(1489,plain,
% 126.84/79.37 (v957(constB15) <=> v957(sK952_VarCurr)),
% 126.84/79.37 inference(monotonicity,[status(thm)],[1344])).
% 126.84/79.37 tff(1490,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v960(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v960(constB15))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1491,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v960(constB15))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1492,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v960(constB15)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1491, 1490])).
% 126.84/79.37 tff(1493,plain,
% 126.84/79.37 (v934(constB15) | v960(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1492, 236, 1375])).
% 126.84/79.37 tff(1494,plain,
% 126.84/79.37 (v960(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1493, 1382])).
% 126.84/79.37 tff(1495,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v958(constB15) | (~v960(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v958(constB15) | (~v960(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1496,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v958(constB15) | (~v960(constB15)))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1497,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v958(constB15) | (~v960(constB15))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1496, 1495])).
% 126.84/79.37 tff(1498,plain,
% 126.84/79.37 (v958(constB15) | (~v960(constB15))),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1497, 251, 1375, 1407])).
% 126.84/79.37 tff(1499,plain,
% 126.84/79.37 (v958(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1498, 1494])).
% 126.84/79.37 tff(1500,plain,
% 126.84/79.37 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB14, constB15)) | v957(constB15) | (~v958(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB14, constB15)) | v957(constB15) | (~v958(constB15)))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1501,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB14, constB15)) | v957(constB15) | (~v958(constB15)))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1502,plain,
% 126.84/79.37 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB14, constB15)) | v957(constB15) | (~v958(constB15))),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1501, 1500])).
% 126.84/79.37 tff(1503,plain,
% 126.84/79.37 (v957(constB15) | (~v958(constB15))),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1502, 266, 1375])).
% 126.84/79.37 tff(1504,plain,
% 126.84/79.37 (v957(constB15)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1503, 1499])).
% 126.84/79.37 tff(1505,plain,
% 126.84/79.37 (v957(sK952_VarCurr)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1504, 1489])).
% 126.84/79.37 tff(1506,plain,
% 126.84/79.37 ((v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)) <=> (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1507,axiom,(v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16420')).
% 126.84/79.37 tff(1508,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1507, 1506])).
% 126.84/79.37 tff(1509,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1508, 1506])).
% 126.84/79.37 tff(1510,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1509, 1506])).
% 126.84/79.37 tff(1511,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1510, 1506])).
% 126.84/79.37 tff(1512,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1511, 1506])).
% 126.84/79.37 tff(1513,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1512, 1506])).
% 126.84/79.37 tff(1514,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1513, 1506])).
% 126.84/79.37 tff(1515,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1) | v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1514, 1506])).
% 126.84/79.37 tff(1516,plain,
% 126.84/79.37 (v7(sK952_VarCurr, bitIndex1)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1515, 1245])).
% 126.84/79.37 tff(1517,plain,
% 126.84/79.37 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(sK952_VarCurr, bitIndex1)) | v956(sK952_VarCurr, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(sK952_VarCurr, bitIndex1)) | v956(sK952_VarCurr, bitIndex0))),
% 126.84/79.37 inference(rewrite,[status(thm)],[])).
% 126.84/79.37 tff(1518,plain,
% 126.84/79.37 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(sK952_VarCurr, bitIndex1)) | v956(sK952_VarCurr, bitIndex0))),
% 126.84/79.37 inference(quant_inst,[status(thm)],[])).
% 126.84/79.37 tff(1519,plain,
% 126.84/79.37 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(sK952_VarCurr, bitIndex1)) | v956(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(modus_ponens,[status(thm)],[1518, 1517])).
% 126.84/79.37 tff(1520,plain,
% 126.84/79.37 (v956(sK952_VarCurr, bitIndex0)),
% 126.84/79.37 inference(unit_resolution,[status(thm)],[1519, 1516, 201])).
% 126.84/79.37 tff(1521,plain,
% 126.84/79.37 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(sK952_VarCurr, bitIndex0) | (~v957(sK952_VarCurr)) | (~v956(sK952_VarCurr, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | v940(sK952_VarCurr, bitIndex0) | (~v957(sK952_VarCurr)) | (~v956(sK952_VarCurr, bitIndex0)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1522,plain,
% 126.84/79.38 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(sK952_VarCurr, bitIndex0) | (~v957(sK952_VarCurr)) | (~v956(sK952_VarCurr, bitIndex0)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1523,plain,
% 126.84/79.38 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | v940(sK952_VarCurr, bitIndex0) | (~v957(sK952_VarCurr)) | (~v956(sK952_VarCurr, bitIndex0))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1522, 1521])).
% 126.84/79.38 tff(1524,plain,
% 126.84/79.38 (v940(sK952_VarCurr, bitIndex0) | (~v957(sK952_VarCurr))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1523, 281, 1520])).
% 126.84/79.38 tff(1525,plain,
% 126.84/79.38 (v940(sK952_VarCurr, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1524, 1505])).
% 126.84/79.38 tff(1526,plain,
% 126.84/79.38 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB14, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB14, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB14, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB14, bitIndex0))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1527,plain,
% 126.84/79.38 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB14, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB14, bitIndex0))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1528,plain,
% 126.84/79.38 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB14, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB14, bitIndex0)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1527, 1526])).
% 126.84/79.38 tff(1529,plain,
% 126.84/79.38 ((~nextState(constB14, sK952_VarCurr)) | v938(constB14, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1528, 302, 1525])).
% 126.84/79.38 tff(1530,plain,
% 126.84/79.38 (v938(constB14, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1529, 1488])).
% 126.84/79.38 tff(1531,plain,
% 126.84/79.38 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB14)) | (~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB14)) | (~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1532,plain,
% 126.84/79.38 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB14)) | (~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1533,plain,
% 126.84/79.38 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB14)) | (~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1532, 1531])).
% 126.84/79.38 tff(1534,plain,
% 126.84/79.38 ((~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1533, 320, 1484])).
% 126.84/79.38 tff(1535,plain,
% 126.84/79.38 (v13(constB14, bitIndex1)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1534, 1530])).
% 126.84/79.38 tff(1536,plain,
% 126.84/79.38 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB10) | v11(constB10))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB10) | v11(constB10))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1537,plain,
% 126.84/79.38 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB10) | v11(constB10))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1538,plain,
% 126.84/79.38 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB10) | v11(constB10)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1537, 1536])).
% 126.84/79.38 tff(1539,plain,
% 126.84/79.38 (v1050(constB10)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1538, 1480, 1246])).
% 126.84/79.38 tff(1540,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB10, constB11)) | (~v1050(constB10)) | v1052(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB10, constB11)) | (~v1050(constB10)) | v1052(constB11))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1541,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB10, constB11)) | (~v1050(constB10)) | v1052(constB11))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1542,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB10, constB11)) | (~v1050(constB10)) | v1052(constB11)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1541, 1540])).
% 126.84/79.38 tff(1543,plain,
% 126.84/79.38 ((~v1050(constB10)) | v1052(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1542, 1468, 1258])).
% 126.84/79.38 tff(1544,plain,
% 126.84/79.38 (v1052(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1543, 1539])).
% 126.84/79.38 tff(1545,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB10, constB11)) | v1047(constB11) | v934(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB10, constB11)) | v1047(constB11) | v934(constB11))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1546,plain,
% 126.84/79.38 (((~nextState(constB10, constB11)) | v934(constB11) | v1047(constB11)) <=> ((~nextState(constB10, constB11)) | v1047(constB11) | v934(constB11))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1547,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v1047(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB10, constB11)) | v1047(constB11) | v934(constB11)))),
% 126.84/79.38 inference(monotonicity,[status(thm)],[1546])).
% 126.84/79.38 tff(1548,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v1047(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB10, constB11)) | v1047(constB11) | v934(constB11))),
% 126.84/79.38 inference(transitivity,[status(thm)],[1547, 1545])).
% 126.84/79.38 tff(1549,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v1047(constB11))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1550,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB10, constB11)) | v1047(constB11) | v934(constB11)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1549, 1548])).
% 126.84/79.38 tff(1551,plain,
% 126.84/79.38 (v1047(constB11) | v934(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1550, 1392, 1258])).
% 126.84/79.38 tff(1552,plain,
% 126.84/79.38 (v1047(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1551, 1273])).
% 126.84/79.38 tff(1553,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB10, constB11)) | v1045(constB11) | (~v1(constB11)) | (~v1047(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB10, constB11)) | v1045(constB11) | (~v1(constB11)) | (~v1047(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1554,plain,
% 126.84/79.38 (((~nextState(constB10, constB11)) | (~v1(constB11)) | v1045(constB11) | (~v1047(constB11))) <=> ((~nextState(constB10, constB11)) | v1045(constB11) | (~v1(constB11)) | (~v1047(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1555,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v1045(constB11) | (~v1047(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB10, constB11)) | v1045(constB11) | (~v1(constB11)) | (~v1047(constB11))))),
% 126.84/79.38 inference(monotonicity,[status(thm)],[1554])).
% 126.84/79.38 tff(1556,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v1045(constB11) | (~v1047(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB10, constB11)) | v1045(constB11) | (~v1(constB11)) | (~v1047(constB11)))),
% 126.84/79.38 inference(transitivity,[status(thm)],[1555, 1553])).
% 126.84/79.38 tff(1557,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v1045(constB11) | (~v1047(constB11)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1558,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB10, constB11)) | v1045(constB11) | (~v1(constB11)) | (~v1047(constB11))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1557, 1556])).
% 126.84/79.38 tff(1559,plain,
% 126.84/79.38 (v1045(constB11) | (~v1047(constB11))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1558, 1417, 1258, 1285])).
% 126.84/79.38 tff(1560,plain,
% 126.84/79.38 (v1045(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1559, 1552])).
% 126.84/79.38 tff(1561,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB10, constB11)) | v1044(constB11) | (~v1045(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB10, constB11)) | v1044(constB11) | (~v1045(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1562,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB10, constB11)) | v1044(constB11) | (~v1045(constB11)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1563,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB10, constB11)) | v1044(constB11) | (~v1045(constB11))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1562, 1561])).
% 126.84/79.38 tff(1564,plain,
% 126.84/79.38 (v1044(constB11) | (~v1045(constB11))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1563, 1435, 1258])).
% 126.84/79.38 tff(1565,plain,
% 126.84/79.38 (v1044(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1564, 1560])).
% 126.84/79.38 tff(1566,plain,
% 126.84/79.38 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB11, bitIndex0) | (~v1052(constB11)) | (~v1044(constB11)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB11, bitIndex0) | (~v1052(constB11)) | (~v1044(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1567,plain,
% 126.84/79.38 ((v7(constB11, bitIndex0) | (~v1044(constB11)) | (~v1052(constB11))) <=> (v7(constB11, bitIndex0) | (~v1052(constB11)) | (~v1044(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1568,plain,
% 126.84/79.38 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB11, bitIndex0) | (~v1044(constB11)) | (~v1052(constB11)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB11, bitIndex0) | (~v1052(constB11)) | (~v1044(constB11))))),
% 126.84/79.38 inference(monotonicity,[status(thm)],[1567])).
% 126.84/79.38 tff(1569,plain,
% 126.84/79.38 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB11, bitIndex0) | (~v1044(constB11)) | (~v1052(constB11)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB11, bitIndex0) | (~v1052(constB11)) | (~v1044(constB11)))),
% 126.84/79.38 inference(transitivity,[status(thm)],[1568, 1566])).
% 126.84/79.38 tff(1570,plain,
% 126.84/79.38 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB11, bitIndex0) | (~v1044(constB11)) | (~v1052(constB11)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1571,plain,
% 126.84/79.38 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB11, bitIndex0) | (~v1052(constB11)) | (~v1044(constB11))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1570, 1569])).
% 126.84/79.38 tff(1572,plain,
% 126.84/79.38 (v7(constB11, bitIndex0) | (~v1052(constB11))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1571, 1450, 1565])).
% 126.84/79.38 tff(1573,plain,
% 126.84/79.38 (v7(constB11, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1572, 1544])).
% 126.84/79.38 tff(1574,plain,
% 126.84/79.38 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext))))),
% 126.84/79.38 inference(bind,[status(th)],[])).
% 126.84/79.38 tff(1575,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(quant_intro,[status(thm)],[1574])).
% 126.84/79.38 tff(1576,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1577,plain,
% 126.84/79.38 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarNext) | (~v1045(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext))))),
% 126.84/79.38 inference(bind,[status(th)],[])).
% 126.84/79.38 tff(1578,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v1045(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(quant_intro,[status(thm)],[1577])).
% 126.84/79.38 tff(1579,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v1045(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16450')).
% 126.84/79.38 tff(1580,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1579, 1578])).
% 126.84/79.38 tff(1581,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1580, 1576])).
% 126.84/79.38 tff(1582,plain,(
% 126.84/79.38 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(skolemize,[status(sab)],[1581])).
% 126.84/79.38 tff(1583,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1582, 1575])).
% 126.84/79.38 tff(1584,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v1045(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v1045(constB12)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1585,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v1045(constB12)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1586,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v1045(constB12))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1585, 1584])).
% 126.84/79.38 tff(1587,plain,
% 126.84/79.38 (~v1045(constB12)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1586, 1583, 1315, 1322])).
% 126.84/79.38 tff(1588,plain,
% 126.84/79.38 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext)))),
% 126.84/79.38 inference(bind,[status(th)],[])).
% 126.84/79.38 tff(1589,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(quant_intro,[status(thm)],[1588])).
% 126.84/79.38 tff(1590,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1591,plain,
% 126.84/79.38 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1045(VarNext) | (~v1044(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext)))),
% 126.84/79.38 inference(bind,[status(th)],[])).
% 126.84/79.38 tff(1592,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((v1045(VarNext) | (~v1044(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(quant_intro,[status(thm)],[1591])).
% 126.84/79.38 tff(1593,axiom,(![VarNext: $i, VarCurr: $i] : ((v1045(VarNext) | (~v1044(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16445')).
% 126.84/79.38 tff(1594,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1593, 1592])).
% 126.84/79.38 tff(1595,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1594, 1590])).
% 126.84/79.38 tff(1596,plain,(
% 126.84/79.38 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(skolemize,[status(sab)],[1595])).
% 126.84/79.38 tff(1597,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1596, 1589])).
% 126.84/79.38 tff(1598,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB11, constB12)) | v1045(constB12) | (~v1044(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB11, constB12)) | v1045(constB12) | (~v1044(constB12)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1599,plain,
% 126.84/79.38 (((~nextState(constB11, constB12)) | (~v1044(constB12)) | v1045(constB12)) <=> ((~nextState(constB11, constB12)) | v1045(constB12) | (~v1044(constB12)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1600,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB11, constB12)) | (~v1044(constB12)) | v1045(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB11, constB12)) | v1045(constB12) | (~v1044(constB12))))),
% 126.84/79.38 inference(monotonicity,[status(thm)],[1599])).
% 126.84/79.38 tff(1601,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB11, constB12)) | (~v1044(constB12)) | v1045(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB11, constB12)) | v1045(constB12) | (~v1044(constB12)))),
% 126.84/79.38 inference(transitivity,[status(thm)],[1600, 1598])).
% 126.84/79.38 tff(1602,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB11, constB12)) | (~v1044(constB12)) | v1045(constB12))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1603,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB11, constB12)) | v1045(constB12) | (~v1044(constB12))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1602, 1601])).
% 126.84/79.38 tff(1604,plain,
% 126.84/79.38 (v1045(constB12) | (~v1044(constB12))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1603, 1597, 1315])).
% 126.84/79.38 tff(1605,plain,
% 126.84/79.38 (~v1044(constB12)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1604, 1587])).
% 126.84/79.38 tff(1606,plain,
% 126.84/79.38 (^[VarNext: $i, VarCurr: $i] : refl(((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0)) <=> ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0)))),
% 126.84/79.38 inference(bind,[status(th)],[])).
% 126.84/79.38 tff(1607,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0)) <=> ![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(quant_intro,[status(thm)],[1606])).
% 126.84/79.38 tff(1608,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0)) <=> ![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1609,plain,
% 126.84/79.38 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) <=> ((~v7(VarCurr, bitIndex0)) | v7(VarNext, bitIndex0))), (((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) | v1044(VarNext)) <=> (((~v7(VarCurr, bitIndex0)) | v7(VarNext, bitIndex0)) | v1044(VarNext)))), rewrite((((~v7(VarCurr, bitIndex0)) | v7(VarNext, bitIndex0)) | v1044(VarNext)) <=> ((~v7(VarCurr, bitIndex0)) | v1044(VarNext) | v7(VarNext, bitIndex0))), (((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) | v1044(VarNext)) <=> ((~v7(VarCurr, bitIndex0)) | v1044(VarNext) | v7(VarNext, bitIndex0)))), ((((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (((~v7(VarCurr, bitIndex0)) | v1044(VarNext) | v7(VarNext, bitIndex0)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v7(VarCurr, bitIndex0)) | v1044(VarNext) | v7(VarNext, bitIndex0)) | (~nextState(VarCurr, VarNext))) <=> ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))), ((((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))))),
% 126.84/79.38 inference(bind,[status(th)],[])).
% 126.84/79.38 tff(1610,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : (((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(quant_intro,[status(thm)],[1609])).
% 126.84/79.38 tff(1611,axiom,(![VarNext: $i, VarCurr: $i] : (((v7(VarNext, bitIndex0) | (~v7(VarCurr, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16428')).
% 126.84/79.38 tff(1612,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1611, 1610])).
% 126.84/79.38 tff(1613,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1612, 1608])).
% 126.84/79.38 tff(1614,plain,(
% 126.84/79.38 ![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(skolemize,[status(sab)],[1613])).
% 126.84/79.38 tff(1615,plain,
% 126.84/79.38 (![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1614, 1607])).
% 126.84/79.38 tff(1616,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v1044(constB12) | v7(constB12, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v1044(constB12) | v7(constB12, bitIndex0))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1617,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v1044(constB12) | v7(constB12, bitIndex0))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1618,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v1044(constB12) | v7(constB12, bitIndex0)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1617, 1616])).
% 126.84/79.38 tff(1619,plain,
% 126.84/79.38 ((~v7(constB11, bitIndex0)) | v1044(constB12) | v7(constB12, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1618, 1615, 1315])).
% 126.84/79.38 tff(1620,plain,
% 126.84/79.38 ((~v7(constB11, bitIndex0)) | v7(constB12, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1619, 1605])).
% 126.84/79.38 tff(1621,plain,
% 126.84/79.38 (v7(constB12, bitIndex0)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1620, 1573])).
% 126.84/79.38 tff(1622,plain,
% 126.84/79.38 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB10) | v763(constB10))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB10) | v763(constB10))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1623,plain,
% 126.84/79.38 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB10) | v763(constB10))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1624,plain,
% 126.84/79.38 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB10) | v763(constB10)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1623, 1622])).
% 126.84/79.38 tff(1625,plain,
% 126.84/79.38 (v763(constB10)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1624, 620, 1246])).
% 126.84/79.38 tff(1626,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB10, constB11)) | (~v763(constB10)) | v765(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB10, constB11)) | (~v763(constB10)) | v765(constB11))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1627,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB10, constB11)) | (~v763(constB10)) | v765(constB11))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1628,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB10, constB11)) | (~v763(constB10)) | v765(constB11)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1627, 1626])).
% 126.84/79.38 tff(1629,plain,
% 126.84/79.38 ((~v763(constB10)) | v765(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1628, 605, 1258])).
% 126.84/79.38 tff(1630,plain,
% 126.84/79.38 (v765(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1629, 1625])).
% 126.84/79.38 tff(1631,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB10, constB11)) | v11(constB10) | v755(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB10, constB11)) | v11(constB10) | v755(constB11))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1632,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB10, constB11)) | v11(constB10) | v755(constB11))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1633,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB10, constB11)) | v11(constB10) | v755(constB11)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1632, 1631])).
% 126.84/79.38 tff(1634,plain,
% 126.84/79.38 (v11(constB10) | v755(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1633, 508, 1258])).
% 126.84/79.38 tff(1635,plain,
% 126.84/79.38 (v755(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1634, 1246])).
% 126.84/79.38 tff(1636,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB10) | (~nextState(constB10, constB11)) | (~v119(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v119(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1637,plain,
% 126.84/79.38 (((~nextState(constB10, constB11)) | (~v119(constB11)) | v1(constB10)) <=> (v1(constB10) | (~nextState(constB10, constB11)) | (~v119(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1638,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB10, constB11)) | (~v119(constB11)) | v1(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB10) | (~nextState(constB10, constB11)) | (~v119(constB11))))),
% 126.84/79.38 inference(monotonicity,[status(thm)],[1637])).
% 126.84/79.38 tff(1639,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB10, constB11)) | (~v119(constB11)) | v1(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v119(constB11)))),
% 126.84/79.38 inference(transitivity,[status(thm)],[1638, 1636])).
% 126.84/79.38 tff(1640,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB10, constB11)) | (~v119(constB11)) | v1(constB10))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1641,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v119(constB11))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1640, 1639])).
% 126.84/79.38 tff(1642,plain,
% 126.84/79.38 (~v119(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1641, 523, 1258, 138])).
% 126.84/79.38 tff(1643,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB10, constB11)) | v119(constB11) | v749(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB10, constB11)) | v119(constB11) | v749(constB11))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1644,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB10, constB11)) | v119(constB11) | v749(constB11))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1645,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB10, constB11)) | v119(constB11) | v749(constB11)),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1644, 1643])).
% 126.84/79.38 tff(1646,plain,
% 126.84/79.38 (v119(constB11) | v749(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1645, 540, 1258])).
% 126.84/79.38 tff(1647,plain,
% 126.84/79.38 (v749(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1646, 1642])).
% 126.84/79.38 tff(1648,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v748(constB11) | (~v749(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v748(constB11) | (~v749(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1649,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v748(constB11) | (~v749(constB11)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1650,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v748(constB11) | (~v749(constB11))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1649, 1648])).
% 126.84/79.38 tff(1651,plain,
% 126.84/79.38 (v748(constB11) | (~v749(constB11))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1650, 555, 1258, 1285])).
% 126.84/79.38 tff(1652,plain,
% 126.84/79.38 (v748(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1651, 1647])).
% 126.84/79.38 tff(1653,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB10, constB11)) | v747(constB11) | (~v748(constB11)) | (~v755(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB10, constB11)) | v747(constB11) | (~v748(constB11)) | (~v755(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1654,plain,
% 126.84/79.38 (((~nextState(constB10, constB11)) | (~v748(constB11)) | v747(constB11) | (~v755(constB11))) <=> ((~nextState(constB10, constB11)) | v747(constB11) | (~v748(constB11)) | (~v755(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1655,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB10, constB11)) | (~v748(constB11)) | v747(constB11) | (~v755(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB10, constB11)) | v747(constB11) | (~v748(constB11)) | (~v755(constB11))))),
% 126.84/79.38 inference(monotonicity,[status(thm)],[1654])).
% 126.84/79.38 tff(1656,plain,
% 126.84/79.38 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB10, constB11)) | (~v748(constB11)) | v747(constB11) | (~v755(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB10, constB11)) | v747(constB11) | (~v748(constB11)) | (~v755(constB11)))),
% 126.84/79.38 inference(transitivity,[status(thm)],[1655, 1653])).
% 126.84/79.38 tff(1657,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB10, constB11)) | (~v748(constB11)) | v747(constB11) | (~v755(constB11)))),
% 126.84/79.38 inference(quant_inst,[status(thm)],[])).
% 126.84/79.38 tff(1658,plain,
% 126.84/79.38 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB10, constB11)) | v747(constB11) | (~v748(constB11)) | (~v755(constB11))),
% 126.84/79.38 inference(modus_ponens,[status(thm)],[1657, 1656])).
% 126.84/79.38 tff(1659,plain,
% 126.84/79.38 (v747(constB11) | (~v748(constB11)) | (~v755(constB11))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1658, 570, 1258])).
% 126.84/79.38 tff(1660,plain,
% 126.84/79.38 (v747(constB11) | (~v755(constB11))),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1659, 1652])).
% 126.84/79.38 tff(1661,plain,
% 126.84/79.38 (v747(constB11)),
% 126.84/79.38 inference(unit_resolution,[status(thm)],[1660, 1635])).
% 126.84/79.38 tff(1662,plain,
% 126.84/79.38 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB11) | (~v747(constB11)) | (~v765(constB11)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB11) | (~v747(constB11)) | (~v765(constB11)))),
% 126.84/79.38 inference(rewrite,[status(thm)],[])).
% 126.84/79.38 tff(1663,plain,
% 126.84/79.38 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB11) | (~v747(constB11)) | (~v765(constB11)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1664,plain,
% 126.84/79.39 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB11) | (~v747(constB11)) | (~v765(constB11))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1663, 1662])).
% 126.84/79.39 tff(1665,plain,
% 126.84/79.39 (v32(constB11) | (~v765(constB11))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1664, 590, 1661])).
% 126.84/79.39 tff(1666,plain,
% 126.84/79.39 (v32(constB11)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1665, 1630])).
% 126.84/79.39 tff(1667,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v748(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v748(constB12)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1668,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v748(constB12)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1669,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v748(constB12))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1668, 1667])).
% 126.84/79.39 tff(1670,plain,
% 126.84/79.39 (~v748(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1669, 636, 1315, 1322])).
% 126.84/79.39 tff(1671,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB11, constB12)) | v748(constB12) | (~v747(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB11, constB12)) | v748(constB12) | (~v747(constB12)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1672,plain,
% 126.84/79.39 (((~nextState(constB11, constB12)) | (~v747(constB12)) | v748(constB12)) <=> ((~nextState(constB11, constB12)) | v748(constB12) | (~v747(constB12)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1673,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB11, constB12)) | (~v747(constB12)) | v748(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB11, constB12)) | v748(constB12) | (~v747(constB12))))),
% 126.84/79.39 inference(monotonicity,[status(thm)],[1672])).
% 126.84/79.39 tff(1674,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB11, constB12)) | (~v747(constB12)) | v748(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB11, constB12)) | v748(constB12) | (~v747(constB12)))),
% 126.84/79.39 inference(transitivity,[status(thm)],[1673, 1671])).
% 126.84/79.39 tff(1675,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB11, constB12)) | (~v747(constB12)) | v748(constB12))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1676,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB11, constB12)) | v748(constB12) | (~v747(constB12))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1675, 1674])).
% 126.84/79.39 tff(1677,plain,
% 126.84/79.39 (v748(constB12) | (~v747(constB12))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1676, 650, 1315])).
% 126.84/79.39 tff(1678,plain,
% 126.84/79.39 (~v747(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1677, 1670])).
% 126.84/79.39 tff(1679,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB11)) | (~nextState(constB11, constB12)) | v747(constB12) | v32(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB11)) | (~nextState(constB11, constB12)) | v747(constB12) | v32(constB12))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1680,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB11)) | (~nextState(constB11, constB12)) | v747(constB12) | v32(constB12))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1681,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB11)) | (~nextState(constB11, constB12)) | v747(constB12) | v32(constB12)),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1680, 1679])).
% 126.84/79.39 tff(1682,plain,
% 126.84/79.39 ((~v32(constB11)) | v747(constB12) | v32(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1681, 668, 1315])).
% 126.84/79.39 tff(1683,plain,
% 126.84/79.39 ((~v32(constB11)) | v32(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1682, 1678])).
% 126.84/79.39 tff(1684,plain,
% 126.84/79.39 (v32(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1683, 1666])).
% 126.84/79.39 tff(1685,assumption,(~v13(constB12, bitIndex0)), introduced(assumption)).
% 126.84/79.39 tff(1686,plain,
% 126.84/79.39 (^[VarCurr: $i] : refl(((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)) <=> ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(bind,[status(th)],[])).
% 126.84/79.39 tff(1687,plain,
% 126.84/79.39 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(quant_intro,[status(thm)],[1686])).
% 126.84/79.39 tff(1688,plain,
% 126.84/79.39 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1689,plain,
% 126.84/79.39 (^[VarCurr: $i] : rewrite((((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)) <=> ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(bind,[status(th)],[])).
% 126.84/79.39 tff(1690,plain,
% 126.84/79.39 (![VarCurr: $i] : (((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(quant_intro,[status(thm)],[1689])).
% 126.84/79.39 tff(1691,axiom,(![VarCurr: $i] : (((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16474')).
% 126.84/79.39 tff(1692,plain,
% 126.84/79.39 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1691, 1690])).
% 126.84/79.39 tff(1693,plain,
% 126.84/79.39 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1692, 1688])).
% 126.84/79.39 tff(1694,plain,(
% 126.84/79.39 ![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(skolemize,[status(sab)],[1693])).
% 126.84/79.39 tff(1695,plain,
% 126.84/79.39 (![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1694, 1687])).
% 126.84/79.39 tff(1696,plain,
% 126.84/79.39 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB12)) | (~v7(constB12, bitIndex0)) | v13(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB12)) | (~v7(constB12, bitIndex0)) | v13(constB12, bitIndex0))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1697,plain,
% 126.84/79.39 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB12)) | (~v7(constB12, bitIndex0)) | v13(constB12, bitIndex0))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1698,plain,
% 126.84/79.39 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB12)) | (~v7(constB12, bitIndex0)) | v13(constB12, bitIndex0)),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1697, 1696])).
% 126.84/79.39 tff(1699,plain,
% 126.84/79.39 ((~v32(constB12)) | (~v7(constB12, bitIndex0))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1698, 1695, 1685])).
% 126.84/79.39 tff(1700,plain,
% 126.84/79.39 ($false),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1699, 1684, 1621])).
% 126.84/79.39 tff(1701,plain,(v11(constB10) | v13(constB12, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.39 tff(1702,plain,
% 126.84/79.39 (v13(constB12, bitIndex0)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1701, 1246])).
% 126.84/79.39 tff(1703,assumption,(~v7(constB12, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1704,assumption,(v938(constB10, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1705,plain,
% 126.84/79.39 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB10) | (~v938(constB10, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB10) | (~v938(constB10, bitIndex1)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1706,plain,
% 126.84/79.39 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB10) | (~v938(constB10, bitIndex1)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1707,plain,
% 126.84/79.39 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB10) | (~v938(constB10, bitIndex1))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1706, 1705])).
% 126.84/79.39 tff(1708,plain,
% 126.84/79.39 ($false),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1707, 335, 1246, 1704])).
% 126.84/79.39 tff(1709,plain,((~v938(constB10, bitIndex1)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.39 tff(1710,plain,
% 126.84/79.39 (~v938(constB10, bitIndex1)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1709, 1246])).
% 126.84/79.39 tff(1711,assumption,(~v938(constB10, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1712,assumption,(v940(constB11, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1713,plain,
% 126.84/79.39 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB10, constB11)) | (~v940(constB11, bitIndex1)) | v938(constB10, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB10, constB11)) | (~v940(constB11, bitIndex1)) | v938(constB10, bitIndex1))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1714,plain,
% 126.84/79.39 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB10, constB11)) | (~v940(constB11, bitIndex1)) | v938(constB10, bitIndex1))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1715,plain,
% 126.84/79.39 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB10, constB11)) | (~v940(constB11, bitIndex1)) | v938(constB10, bitIndex1)),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1714, 1713])).
% 126.84/79.39 tff(1716,plain,
% 126.84/79.39 ($false),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1715, 302, 1258, 1712, 1711])).
% 126.84/79.39 tff(1717,plain,((~v940(constB11, bitIndex1)) | v938(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.39 tff(1718,plain,
% 126.84/79.39 (~v940(constB11, bitIndex1)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1717, 1710])).
% 126.84/79.39 tff(1719,assumption,(v929(constB11, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1720,assumption,(~v940(constB11, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1721,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v932(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v932(constB11))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1722,plain,
% 126.84/79.39 (((~nextState(constB10, constB11)) | v932(constB11) | v934(constB11)) <=> ((~nextState(constB10, constB11)) | v934(constB11) | v932(constB11))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1723,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB10, constB11)) | v932(constB11) | v934(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v932(constB11)))),
% 126.84/79.39 inference(monotonicity,[status(thm)],[1722])).
% 126.84/79.39 tff(1724,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB10, constB11)) | v932(constB11) | v934(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v932(constB11))),
% 126.84/79.39 inference(transitivity,[status(thm)],[1723, 1721])).
% 126.84/79.39 tff(1725,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB10, constB11)) | v932(constB11) | v934(constB11))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1726,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v932(constB11)),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1725, 1724])).
% 126.84/79.39 tff(1727,plain,
% 126.84/79.39 (v934(constB11) | v932(constB11)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1726, 712, 1258])).
% 126.84/79.39 tff(1728,plain,
% 126.84/79.39 (v932(constB11)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1727, 1273])).
% 126.84/79.39 tff(1729,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v931(constB11) | (~v932(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v931(constB11) | (~v932(constB11)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1730,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v931(constB11) | (~v932(constB11)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1731,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v931(constB11) | (~v932(constB11))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1730, 1729])).
% 126.84/79.39 tff(1732,plain,
% 126.84/79.39 (v931(constB11) | (~v932(constB11))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1731, 730, 1258, 1285])).
% 126.84/79.39 tff(1733,plain,
% 126.84/79.39 (v931(constB11)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1732, 1728])).
% 126.84/79.39 tff(1734,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB10, constB11)) | v930(constB11) | (~v931(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB10, constB11)) | v930(constB11) | (~v931(constB11)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1735,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB10, constB11)) | v930(constB11) | (~v931(constB11)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1736,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB10, constB11)) | v930(constB11) | (~v931(constB11))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1735, 1734])).
% 126.84/79.39 tff(1737,plain,
% 126.84/79.39 (v930(constB11) | (~v931(constB11))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1736, 745, 1258])).
% 126.84/79.39 tff(1738,plain,
% 126.84/79.39 (v930(constB11)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1737, 1733])).
% 126.84/79.39 tff(1739,plain,
% 126.84/79.39 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB11)) | (~v929(constB11, bitIndex1)) | v940(constB11, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB11)) | (~v929(constB11, bitIndex1)) | v940(constB11, bitIndex1))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1740,plain,
% 126.84/79.39 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB11)) | (~v929(constB11, bitIndex1)) | v940(constB11, bitIndex1))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1741,plain,
% 126.84/79.39 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB11)) | (~v929(constB11, bitIndex1)) | v940(constB11, bitIndex1)),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1740, 1739])).
% 126.84/79.39 tff(1742,plain,
% 126.84/79.39 ($false),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1741, 760, 1738, 1720, 1719])).
% 126.84/79.39 tff(1743,plain,((~v929(constB11, bitIndex1)) | v940(constB11, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.39 tff(1744,plain,
% 126.84/79.39 (~v929(constB11, bitIndex1)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1743, 1718])).
% 126.84/79.39 tff(1745,assumption,(~v929(constB11, bitIndex1)), introduced(assumption)).
% 126.84/79.39 tff(1746,assumption,(v7(constB11, bitIndex2)), introduced(assumption)).
% 126.84/79.39 tff(1747,plain,
% 126.84/79.39 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB11, bitIndex2)) | v929(constB11, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB11, bitIndex2)) | v929(constB11, bitIndex1))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1748,plain,
% 126.84/79.39 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB11, bitIndex2)) | v929(constB11, bitIndex1))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1749,plain,
% 126.84/79.39 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB11, bitIndex2)) | v929(constB11, bitIndex1)),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1748, 1747])).
% 126.84/79.39 tff(1750,plain,
% 126.84/79.39 ($false),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1749, 778, 1746, 1745])).
% 126.84/79.39 tff(1751,plain,((~v7(constB11, bitIndex2)) | v929(constB11, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.39 tff(1752,plain,
% 126.84/79.39 (~v7(constB11, bitIndex2)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1751, 1744])).
% 126.84/79.39 tff(1753,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v931(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v931(constB12)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1754,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v931(constB12)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1755,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v931(constB12))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1754, 1753])).
% 126.84/79.39 tff(1756,plain,
% 126.84/79.39 (~v931(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1755, 794, 1315, 1322])).
% 126.84/79.39 tff(1757,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB11, constB12)) | v931(constB12) | (~v930(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB11, constB12)) | v931(constB12) | (~v930(constB12)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1758,plain,
% 126.84/79.39 (((~nextState(constB11, constB12)) | (~v930(constB12)) | v931(constB12)) <=> ((~nextState(constB11, constB12)) | v931(constB12) | (~v930(constB12)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1759,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB11, constB12)) | (~v930(constB12)) | v931(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB11, constB12)) | v931(constB12) | (~v930(constB12))))),
% 126.84/79.39 inference(monotonicity,[status(thm)],[1758])).
% 126.84/79.39 tff(1760,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB11, constB12)) | (~v930(constB12)) | v931(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB11, constB12)) | v931(constB12) | (~v930(constB12)))),
% 126.84/79.39 inference(transitivity,[status(thm)],[1759, 1757])).
% 126.84/79.39 tff(1761,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB11, constB12)) | (~v930(constB12)) | v931(constB12))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1762,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB11, constB12)) | v931(constB12) | (~v930(constB12))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1761, 1760])).
% 126.84/79.39 tff(1763,plain,
% 126.84/79.39 (v931(constB12) | (~v930(constB12))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1762, 808, 1315])).
% 126.84/79.39 tff(1764,plain,
% 126.84/79.39 (~v930(constB12)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1763, 1756])).
% 126.84/79.39 tff(1765,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB11, bitIndex2) | (~nextState(constB11, constB12)) | v930(constB12) | (~v7(constB12, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB11, bitIndex2) | (~nextState(constB11, constB12)) | v930(constB12) | (~v7(constB12, bitIndex2)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1766,plain,
% 126.84/79.39 (((~nextState(constB11, constB12)) | v7(constB11, bitIndex2) | v930(constB12) | (~v7(constB12, bitIndex2))) <=> (v7(constB11, bitIndex2) | (~nextState(constB11, constB12)) | v930(constB12) | (~v7(constB12, bitIndex2)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1767,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB11, constB12)) | v7(constB11, bitIndex2) | v930(constB12) | (~v7(constB12, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB11, bitIndex2) | (~nextState(constB11, constB12)) | v930(constB12) | (~v7(constB12, bitIndex2))))),
% 126.84/79.39 inference(monotonicity,[status(thm)],[1766])).
% 126.84/79.39 tff(1768,plain,
% 126.84/79.39 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB11, constB12)) | v7(constB11, bitIndex2) | v930(constB12) | (~v7(constB12, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB11, bitIndex2) | (~nextState(constB11, constB12)) | v930(constB12) | (~v7(constB12, bitIndex2)))),
% 126.84/79.39 inference(transitivity,[status(thm)],[1767, 1765])).
% 126.84/79.39 tff(1769,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB11, constB12)) | v7(constB11, bitIndex2) | v930(constB12) | (~v7(constB12, bitIndex2)))),
% 126.84/79.39 inference(quant_inst,[status(thm)],[])).
% 126.84/79.39 tff(1770,plain,
% 126.84/79.39 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB11, bitIndex2) | (~nextState(constB11, constB12)) | v930(constB12) | (~v7(constB12, bitIndex2))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1769, 1768])).
% 126.84/79.39 tff(1771,plain,
% 126.84/79.39 (v7(constB11, bitIndex2) | v930(constB12) | (~v7(constB12, bitIndex2))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1770, 826, 1315])).
% 126.84/79.39 tff(1772,plain,
% 126.84/79.39 (v7(constB11, bitIndex2) | (~v7(constB12, bitIndex2))),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1771, 1764])).
% 126.84/79.39 tff(1773,plain,
% 126.84/79.39 (~v7(constB12, bitIndex2)),
% 126.84/79.39 inference(unit_resolution,[status(thm)],[1772, 1752])).
% 126.84/79.39 tff(1774,assumption,(~v7(constB12, bitIndex2)), introduced(assumption)).
% 126.84/79.39 tff(1775,assumption,(v13(constB12, bitIndex0)), introduced(assumption)).
% 126.84/79.39 tff(1776,plain,
% 126.84/79.39 (^[VarCurr: $i] : refl((v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 126.84/79.39 inference(bind,[status(th)],[])).
% 126.84/79.39 tff(1777,plain,
% 126.84/79.39 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(quant_intro,[status(thm)],[1776])).
% 126.84/79.39 tff(1778,plain,
% 126.84/79.39 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1779,plain,
% 126.84/79.39 (^[VarCurr: $i] : trans(monotonicity(rewrite(((v7(VarCurr, bitIndex1) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) <=> (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0)))), ((((v7(VarCurr, bitIndex1) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)))), rewrite(((v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))), ((((v7(VarCurr, bitIndex1) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))))),
% 126.84/79.39 inference(bind,[status(th)],[])).
% 126.84/79.39 tff(1780,plain,
% 126.84/79.39 (![VarCurr: $i] : (((v7(VarCurr, bitIndex1) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(quant_intro,[status(thm)],[1779])).
% 126.84/79.39 tff(1781,axiom,(![VarCurr: $i] : (((v7(VarCurr, bitIndex1) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16463')).
% 126.84/79.39 tff(1782,plain,
% 126.84/79.39 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1781, 1780])).
% 126.84/79.39 tff(1783,plain,
% 126.84/79.39 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1782, 1778])).
% 126.84/79.39 tff(1784,plain,(
% 126.84/79.39 ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(skolemize,[status(sab)],[1783])).
% 126.84/79.39 tff(1785,plain,
% 126.84/79.39 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.39 inference(modus_ponens,[status(thm)],[1784, 1777])).
% 126.84/79.39 tff(1786,plain,
% 126.84/79.39 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1787,plain,
% 126.84/79.39 ((v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0))) <=> (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 126.84/79.39 inference(rewrite,[status(thm)],[])).
% 126.84/79.39 tff(1788,plain,
% 126.84/79.39 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0))))),
% 126.84/79.40 inference(monotonicity,[status(thm)],[1787])).
% 126.84/79.40 tff(1789,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 126.84/79.40 inference(transitivity,[status(thm)],[1788, 1786])).
% 126.84/79.40 tff(1790,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1791,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1790, 1789])).
% 126.84/79.40 tff(1792,plain,
% 126.84/79.40 (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | sP957(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1791, 1785, 1775])).
% 126.84/79.40 tff(1793,plain,
% 126.84/79.40 (sP957(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1792, 1774, 1703])).
% 126.84/79.40 tff(1794,assumption,(v13(constB12, bitIndex2)), introduced(assumption)).
% 126.84/79.40 tff(1795,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) <=> (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1796,plain,
% 126.84/79.40 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1795])).
% 126.84/79.40 tff(1797,plain,
% 126.84/79.40 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1798,plain,
% 126.84/79.40 (^[VarCurr: $i] : rewrite(((sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) | v7(VarCurr, bitIndex2)) <=> (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1799,plain,
% 126.84/79.40 (![VarCurr: $i] : ((sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) | v7(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1798])).
% 126.84/79.40 tff(1800,axiom,(![VarCurr: $i] : ((sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) | v7(VarCurr, bitIndex2))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16743')).
% 126.84/79.40 tff(1801,plain,
% 126.84/79.40 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1800, 1799])).
% 126.84/79.40 tff(1802,plain,
% 126.84/79.40 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1801, 1797])).
% 126.84/79.40 tff(1803,plain,(
% 126.84/79.40 ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1802])).
% 126.84/79.40 tff(1804,plain,
% 126.84/79.40 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1803, 1796])).
% 126.84/79.40 tff(1805,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB12, bitIndex2) | (~v13(constB12, bitIndex2)) | sP960(constB12))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB12, bitIndex2) | (~v13(constB12, bitIndex2)) | sP960(constB12))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1806,plain,
% 126.84/79.40 ((v7(constB12, bitIndex2) | sP960(constB12) | (~v13(constB12, bitIndex2))) <=> (v7(constB12, bitIndex2) | (~v13(constB12, bitIndex2)) | sP960(constB12))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1807,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB12, bitIndex2) | sP960(constB12) | (~v13(constB12, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB12, bitIndex2) | (~v13(constB12, bitIndex2)) | sP960(constB12)))),
% 126.84/79.40 inference(monotonicity,[status(thm)],[1806])).
% 126.84/79.40 tff(1808,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB12, bitIndex2) | sP960(constB12) | (~v13(constB12, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB12, bitIndex2) | (~v13(constB12, bitIndex2)) | sP960(constB12))),
% 126.84/79.40 inference(transitivity,[status(thm)],[1807, 1805])).
% 126.84/79.40 tff(1809,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB12, bitIndex2) | sP960(constB12) | (~v13(constB12, bitIndex2)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1810,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB12, bitIndex2) | (~v13(constB12, bitIndex2)) | sP960(constB12)),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1809, 1808])).
% 126.84/79.40 tff(1811,plain,
% 126.84/79.40 (v7(constB12, bitIndex2) | sP960(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1810, 1804, 1794])).
% 126.84/79.40 tff(1812,plain,
% 126.84/79.40 (sP960(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1811, 1774])).
% 126.84/79.40 tff(1813,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((v28(VarCurr, bitIndex1) | (~sP960(VarCurr))) <=> (v28(VarCurr, bitIndex1) | (~sP960(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1814,plain,
% 126.84/79.40 (![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1813])).
% 126.84/79.40 tff(1815,plain,
% 126.84/79.40 (![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1816,axiom,(![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16749')).
% 126.84/79.40 tff(1817,plain,
% 126.84/79.40 (![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1816, 1815])).
% 126.84/79.40 tff(1818,plain,(
% 126.84/79.40 ![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1817])).
% 126.84/79.40 tff(1819,plain,
% 126.84/79.40 (![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1818, 1814])).
% 126.84/79.40 tff(1820,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB12, bitIndex1) | (~sP960(constB12)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB12, bitIndex1) | (~sP960(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1821,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB12, bitIndex1) | (~sP960(constB12)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1822,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB12, bitIndex1) | (~sP960(constB12))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1821, 1820])).
% 126.84/79.40 tff(1823,plain,
% 126.84/79.40 (v28(constB12, bitIndex1)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1822, 1819, 1812])).
% 126.84/79.40 tff(1824,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((v62(VarCurr, bitIndex0) | (~sP960(VarCurr))) <=> (v62(VarCurr, bitIndex0) | (~sP960(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1825,plain,
% 126.84/79.40 (![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1824])).
% 126.84/79.40 tff(1826,plain,
% 126.84/79.40 (![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1827,axiom,(![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16748')).
% 126.84/79.40 tff(1828,plain,
% 126.84/79.40 (![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1827, 1826])).
% 126.84/79.40 tff(1829,plain,(
% 126.84/79.40 ![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1828])).
% 126.84/79.40 tff(1830,plain,
% 126.84/79.40 (![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1829, 1825])).
% 126.84/79.40 tff(1831,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB12, bitIndex0) | (~sP960(constB12)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB12, bitIndex0) | (~sP960(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1832,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB12, bitIndex0) | (~sP960(constB12)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1833,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB12, bitIndex0) | (~sP960(constB12))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1832, 1831])).
% 126.84/79.40 tff(1834,plain,
% 126.84/79.40 (v62(constB12, bitIndex0)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1833, 1830, 1812])).
% 126.84/79.40 tff(1835,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl(((~v32(VarCurr)) | (~sP960(VarCurr))) <=> ((~v32(VarCurr)) | (~sP960(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1836,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1835])).
% 126.84/79.40 tff(1837,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1838,axiom,(![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16747')).
% 126.84/79.40 tff(1839,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1838, 1837])).
% 126.84/79.40 tff(1840,plain,(
% 126.84/79.40 ![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1839])).
% 126.84/79.40 tff(1841,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1840, 1836])).
% 126.84/79.40 tff(1842,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB12)) | (~sP960(constB12)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB12)) | (~sP960(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1843,plain,
% 126.84/79.40 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB12)) | (~sP960(constB12)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1844,plain,
% 126.84/79.40 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB12)) | (~sP960(constB12))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1843, 1842])).
% 126.84/79.40 tff(1845,plain,
% 126.84/79.40 (~v32(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1844, 1841, 1812])).
% 126.84/79.40 tff(1846,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl(((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr))) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1847,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1846])).
% 126.84/79.40 tff(1848,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1849,plain,
% 126.84/79.40 (^[VarCurr: $i] : trans(monotonicity(rewrite(((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)))), ((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | (~sP957(VarCurr))) <=> (((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1))) | (~sP957(VarCurr))))), rewrite((((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1))) | (~sP957(VarCurr))) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))), ((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | (~sP957(VarCurr))) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1850,plain,
% 126.84/79.40 (![VarCurr: $i] : (((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1849])).
% 126.84/79.40 tff(1851,axiom,(![VarCurr: $i] : (((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | (~sP957(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16467')).
% 126.84/79.40 tff(1852,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1851, 1850])).
% 126.84/79.40 tff(1853,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1852, 1848])).
% 126.84/79.40 tff(1854,plain,(
% 126.84/79.40 ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1853])).
% 126.84/79.40 tff(1855,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1854, 1847])).
% 126.84/79.40 tff(1856,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB12) | (~v62(constB12, bitIndex0)) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB12) | (~v62(constB12, bitIndex0)) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1857,plain,
% 126.84/79.40 (((~v62(constB12, bitIndex0)) | v32(constB12) | (~v28(constB12, bitIndex1)) | (~sP957(constB12))) <=> (v32(constB12) | (~v62(constB12, bitIndex0)) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1858,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB12, bitIndex0)) | v32(constB12) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB12) | (~v62(constB12, bitIndex0)) | (~v28(constB12, bitIndex1)) | (~sP957(constB12))))),
% 126.84/79.40 inference(monotonicity,[status(thm)],[1857])).
% 126.84/79.40 tff(1859,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB12, bitIndex0)) | v32(constB12) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB12) | (~v62(constB12, bitIndex0)) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))),
% 126.84/79.40 inference(transitivity,[status(thm)],[1858, 1856])).
% 126.84/79.40 tff(1860,plain,
% 126.84/79.40 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB12, bitIndex0)) | v32(constB12) | (~v28(constB12, bitIndex1)) | (~sP957(constB12)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1861,plain,
% 126.84/79.40 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB12) | (~v62(constB12, bitIndex0)) | (~v28(constB12, bitIndex1)) | (~sP957(constB12))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1860, 1859])).
% 126.84/79.40 tff(1862,plain,
% 126.84/79.40 ($false),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1861, 1855, 1845, 1834, 1823, 1793])).
% 126.84/79.40 tff(1863,plain,(v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.40 tff(1864,plain,
% 126.84/79.40 (~v13(constB12, bitIndex2)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1863, 1773, 1703, 1702])).
% 126.84/79.40 tff(1865,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((sP959(VarCurr) | v7(VarCurr, bitIndex2)) <=> (sP959(VarCurr) | v7(VarCurr, bitIndex2)))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1866,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1865])).
% 126.84/79.40 tff(1867,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1868,axiom,(![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16679')).
% 126.84/79.40 tff(1869,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1868, 1867])).
% 126.84/79.40 tff(1870,plain,(
% 126.84/79.40 ![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1869])).
% 126.84/79.40 tff(1871,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1870, 1866])).
% 126.84/79.40 tff(1872,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB12) | v7(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB12) | v7(constB12, bitIndex2))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1873,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB12) | v7(constB12, bitIndex2))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1874,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB12) | v7(constB12, bitIndex2)),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1873, 1872])).
% 126.84/79.40 tff(1875,plain,
% 126.84/79.40 (sP959(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1874, 1871, 1774])).
% 126.84/79.40 tff(1876,assumption,(v13(constB12, bitIndex1)), introduced(assumption)).
% 126.84/79.40 tff(1877,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl(((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1878,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1877])).
% 126.84/79.40 tff(1879,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1880,plain,
% 126.84/79.40 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | v7(VarCurr, bitIndex1)) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | v7(VarCurr, bitIndex1)))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | v7(VarCurr, bitIndex1)) <=> ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | v7(VarCurr, bitIndex1)) <=> ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1881,plain,
% 126.84/79.40 (![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | v7(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1880])).
% 126.84/79.40 tff(1882,axiom,(![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | v7(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16672')).
% 126.84/79.40 tff(1883,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1882, 1881])).
% 126.84/79.40 tff(1884,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1883, 1879])).
% 126.84/79.40 tff(1885,plain,(
% 126.84/79.40 ![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1884])).
% 126.84/79.40 tff(1886,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1885, 1878])).
% 126.84/79.40 tff(1887,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1888,plain,
% 126.84/79.40 (((~v13(constB12, bitIndex1)) | v7(constB12, bitIndex1) | (~sP958(constB12)) | (~sP959(constB12))) <=> (v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1889,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | v7(constB12, bitIndex1) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12))))),
% 126.84/79.40 inference(monotonicity,[status(thm)],[1888])).
% 126.84/79.40 tff(1890,plain,
% 126.84/79.40 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | v7(constB12, bitIndex1) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 126.84/79.40 inference(transitivity,[status(thm)],[1889, 1887])).
% 126.84/79.40 tff(1891,plain,
% 126.84/79.40 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | v7(constB12, bitIndex1) | (~sP958(constB12)) | (~sP959(constB12)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1892,plain,
% 126.84/79.40 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1891, 1890])).
% 126.84/79.40 tff(1893,plain,
% 126.84/79.40 (v7(constB12, bitIndex1) | (~sP958(constB12)) | (~sP959(constB12))),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1892, 1886, 1876])).
% 126.84/79.40 tff(1894,plain,
% 126.84/79.40 (~sP958(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1893, 1703, 1875])).
% 126.84/79.40 tff(1895,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((sP958(VarCurr) | (~v28(VarCurr, bitIndex0))) <=> (sP958(VarCurr) | (~v28(VarCurr, bitIndex0))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1896,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1895])).
% 126.84/79.40 tff(1897,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1898,axiom,(![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16689')).
% 126.84/79.40 tff(1899,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1898, 1897])).
% 126.84/79.40 tff(1900,plain,(
% 126.84/79.40 ![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1899])).
% 126.84/79.40 tff(1901,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1900, 1896])).
% 126.84/79.40 tff(1902,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB12) | (~v28(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB12) | (~v28(constB12, bitIndex0)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1903,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB12) | (~v28(constB12, bitIndex0)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1904,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB12) | (~v28(constB12, bitIndex0))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1903, 1902])).
% 126.84/79.40 tff(1905,plain,
% 126.84/79.40 (~v28(constB12, bitIndex0)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1904, 1901, 1894])).
% 126.84/79.40 tff(1906,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((sP958(VarCurr) | (~v28(VarCurr, bitIndex1))) <=> (sP958(VarCurr) | (~v28(VarCurr, bitIndex1))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1907,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1906])).
% 126.84/79.40 tff(1908,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1909,axiom,(![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16690')).
% 126.84/79.40 tff(1910,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1909, 1908])).
% 126.84/79.40 tff(1911,plain,(
% 126.84/79.40 ![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1910])).
% 126.84/79.40 tff(1912,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1911, 1907])).
% 126.84/79.40 tff(1913,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB12) | (~v28(constB12, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB12) | (~v28(constB12, bitIndex1)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1914,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB12) | (~v28(constB12, bitIndex1)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1915,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB12) | (~v28(constB12, bitIndex1))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1914, 1913])).
% 126.84/79.40 tff(1916,plain,
% 126.84/79.40 (~v28(constB12, bitIndex1)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1915, 1912, 1894])).
% 126.84/79.40 tff(1917,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl((sP958(VarCurr) | (~v32(VarCurr))) <=> (sP958(VarCurr) | (~v32(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1918,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1917])).
% 126.84/79.40 tff(1919,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1920,axiom,(![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16688')).
% 126.84/79.40 tff(1921,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1920, 1919])).
% 126.84/79.40 tff(1922,plain,(
% 126.84/79.40 ![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))),
% 126.84/79.40 inference(skolemize,[status(sab)],[1921])).
% 126.84/79.40 tff(1923,plain,
% 126.84/79.40 (![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1922, 1918])).
% 126.84/79.40 tff(1924,plain,
% 126.84/79.40 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB12) | (~v32(constB12)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB12) | (~v32(constB12)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1925,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB12) | (~v32(constB12)))),
% 126.84/79.40 inference(quant_inst,[status(thm)],[])).
% 126.84/79.40 tff(1926,plain,
% 126.84/79.40 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB12) | (~v32(constB12))),
% 126.84/79.40 inference(modus_ponens,[status(thm)],[1925, 1924])).
% 126.84/79.40 tff(1927,plain,
% 126.84/79.40 (~v32(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1926, 1923, 1894])).
% 126.84/79.40 tff(1928,plain,
% 126.84/79.40 (sP957(constB12)),
% 126.84/79.40 inference(unit_resolution,[status(thm)],[1792, 1703, 1774])).
% 126.84/79.40 tff(1929,plain,
% 126.84/79.40 (^[VarCurr: $i] : refl(((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr))) <=> ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr))))),
% 126.84/79.40 inference(bind,[status(th)],[])).
% 126.84/79.40 tff(1930,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(quant_intro,[status(thm)],[1929])).
% 126.84/79.40 tff(1931,plain,
% 126.84/79.40 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.40 inference(rewrite,[status(thm)],[])).
% 126.84/79.40 tff(1932,plain,
% 126.84/79.40 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) <=> (v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1))), ((((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) <=> ((v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1)) | (~v924(VarCurr, bitIndex0))))), rewrite(((v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1)) | (~v924(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1))), ((((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1)))), (((((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr))) <=> (((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1)) | (~sP957(VarCurr))))), rewrite((((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1)) | (~sP957(VarCurr))) <=> ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))), (((((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr))) <=> ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1933,plain,
% 126.84/79.41 (![VarCurr: $i] : ((((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1932])).
% 126.84/79.41 tff(1934,axiom,(![VarCurr: $i] : ((((v32(VarCurr) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16468')).
% 126.84/79.41 tff(1935,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1934, 1933])).
% 126.84/79.41 tff(1936,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1935, 1931])).
% 126.84/79.41 tff(1937,plain,(
% 126.84/79.41 ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.41 inference(skolemize,[status(sab)],[1936])).
% 126.84/79.41 tff(1938,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1937, 1930])).
% 126.84/79.41 tff(1939,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1940,plain,
% 126.84/79.41 (((~v924(constB12, bitIndex0)) | v32(constB12) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12))) <=> (v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1941,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB12, bitIndex0)) | v32(constB12) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12))))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[1940])).
% 126.84/79.41 tff(1942,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB12, bitIndex0)) | v32(constB12) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))),
% 126.84/79.41 inference(transitivity,[status(thm)],[1941, 1939])).
% 126.84/79.41 tff(1943,plain,
% 126.84/79.41 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB12, bitIndex0)) | v32(constB12) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(1944,plain,
% 126.84/79.41 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1) | (~sP957(constB12))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1943, 1942])).
% 126.84/79.41 tff(1945,plain,
% 126.84/79.41 (v32(constB12) | (~v924(constB12, bitIndex0)) | v28(constB12, bitIndex0) | v28(constB12, bitIndex1)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1944, 1938, 1928])).
% 126.84/79.41 tff(1946,plain,
% 126.84/79.41 (~v924(constB12, bitIndex0)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1945, 1927, 1916, 1905])).
% 126.84/79.41 tff(1947,plain,
% 126.84/79.41 (^[VarCurr: $i] : refl((sP958(VarCurr) | (~v1003(VarCurr))) <=> (sP958(VarCurr) | (~v1003(VarCurr))))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1948,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1947])).
% 126.84/79.41 tff(1949,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1950,axiom,(![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16691')).
% 126.84/79.41 tff(1951,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1950, 1949])).
% 126.84/79.41 tff(1952,plain,(
% 126.84/79.41 ![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))),
% 126.84/79.41 inference(skolemize,[status(sab)],[1951])).
% 126.84/79.41 tff(1953,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1952, 1948])).
% 126.84/79.41 tff(1954,plain,
% 126.84/79.41 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB12) | (~v1003(constB12)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB12) | (~v1003(constB12)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1955,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB12) | (~v1003(constB12)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(1956,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB12) | (~v1003(constB12))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1955, 1954])).
% 126.84/79.41 tff(1957,plain,
% 126.84/79.41 (~v1003(constB12)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1956, 1953, 1894])).
% 126.84/79.41 tff(1958,plain,
% 126.84/79.41 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB12) | (~v17(constB12, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB12) | (~v17(constB12, bitIndex2)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1959,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB12) | (~v17(constB12, bitIndex2)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(1960,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB12) | (~v17(constB12, bitIndex2))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1959, 1958])).
% 126.84/79.41 tff(1961,plain,
% 126.84/79.41 (~v17(constB12, bitIndex2)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1960, 1220, 1894])).
% 126.84/79.41 tff(1962,plain,
% 126.84/79.41 (^[VarCurr: $i] : refl((sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2)) <=> (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2)))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1963,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1962])).
% 126.84/79.41 tff(1964,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1965,plain,
% 126.84/79.41 (^[VarCurr: $i] : rewrite(((sP954_aig_name(VarCurr) | v17(VarCurr, bitIndex2)) | v1003(VarCurr)) <=> (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2)))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1966,plain,
% 126.84/79.41 (![VarCurr: $i] : ((sP954_aig_name(VarCurr) | v17(VarCurr, bitIndex2)) | v1003(VarCurr)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1965])).
% 126.84/79.41 tff(1967,axiom,(![VarCurr: $i] : ((sP954_aig_name(VarCurr) | v17(VarCurr, bitIndex2)) | v1003(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26295')).
% 126.84/79.41 tff(1968,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1967, 1966])).
% 126.84/79.41 tff(1969,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1968, 1964])).
% 126.84/79.41 tff(1970,plain,(
% 126.84/79.41 ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(skolemize,[status(sab)],[1969])).
% 126.84/79.41 tff(1971,plain,
% 126.84/79.41 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1970, 1963])).
% 126.84/79.41 tff(1972,plain,
% 126.84/79.41 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB12) | v1003(constB12) | v17(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB12) | v1003(constB12) | v17(constB12, bitIndex2))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1973,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB12) | v1003(constB12) | v17(constB12, bitIndex2))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(1974,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB12) | v1003(constB12) | v17(constB12, bitIndex2)),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1973, 1972])).
% 126.84/79.41 tff(1975,plain,
% 126.84/79.41 (sP954_aig_name(constB12)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1974, 1971, 1961, 1957])).
% 126.84/79.41 tff(1976,plain,
% 126.84/79.41 (^[VarCurr: $i] : refl(((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1977,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1976])).
% 126.84/79.41 tff(1978,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1979,axiom,(![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16635')).
% 126.84/79.41 tff(1980,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1979, 1978])).
% 126.84/79.41 tff(1981,plain,(
% 126.84/79.41 ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 126.84/79.41 inference(skolemize,[status(sab)],[1980])).
% 126.84/79.41 tff(1982,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1981, 1977])).
% 126.84/79.41 tff(1983,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB12)) | v924(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB12)) | v924(constB12, bitIndex0))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1984,plain,
% 126.84/79.41 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB12)) | v924(constB12, bitIndex0))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(1985,plain,
% 126.84/79.41 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB12)) | v924(constB12, bitIndex0)),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1984, 1983])).
% 126.84/79.41 tff(1986,plain,
% 126.84/79.41 ($false),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1985, 1982, 1975, 1946])).
% 126.84/79.41 tff(1987,plain,(v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | (~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.41 tff(1988,plain,
% 126.84/79.41 (~v13(constB12, bitIndex1)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1987, 1773, 1703, 1702])).
% 126.84/79.41 tff(1989,assumption,(~v1050(constB14)), introduced(assumption)).
% 126.84/79.41 tff(1990,assumption,(v13(constB14, bitIndex0)), introduced(assumption)).
% 126.84/79.41 tff(1991,plain,
% 126.84/79.41 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1992,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1991])).
% 126.84/79.41 tff(1993,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(1994,plain,
% 126.84/79.41 (^[VarCurr: $i] : rewrite(((v1050(VarCurr) | (~v13(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 126.84/79.41 inference(bind,[status(th)],[])).
% 126.84/79.41 tff(1995,plain,
% 126.84/79.41 (![VarCurr: $i] : ((v1050(VarCurr) | (~v13(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(quant_intro,[status(thm)],[1994])).
% 126.84/79.41 tff(1996,axiom,(![VarCurr: $i] : ((v1050(VarCurr) | (~v13(VarCurr, bitIndex0))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16440')).
% 126.84/79.41 tff(1997,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1996, 1995])).
% 126.84/79.41 tff(1998,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1997, 1993])).
% 126.84/79.41 tff(1999,plain,(
% 126.84/79.41 ![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(skolemize,[status(sab)],[1998])).
% 126.84/79.41 tff(2000,plain,
% 126.84/79.41 (![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[1999, 1992])).
% 126.84/79.41 tff(2001,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB14) | (~v11(constB14)) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB14) | (~v11(constB14)) | (~v13(constB14, bitIndex0)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2002,plain,
% 126.84/79.41 (((~v11(constB14)) | v1050(constB14) | (~v13(constB14, bitIndex0))) <=> (v1050(constB14) | (~v11(constB14)) | (~v13(constB14, bitIndex0)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2003,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB14)) | v1050(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB14) | (~v11(constB14)) | (~v13(constB14, bitIndex0))))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[2002])).
% 126.84/79.41 tff(2004,plain,
% 126.84/79.41 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB14)) | v1050(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB14) | (~v11(constB14)) | (~v13(constB14, bitIndex0)))),
% 126.84/79.41 inference(transitivity,[status(thm)],[2003, 2001])).
% 126.84/79.41 tff(2005,plain,
% 126.84/79.41 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB14)) | v1050(constB14) | (~v13(constB14, bitIndex0)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2006,plain,
% 126.84/79.41 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB14) | (~v11(constB14)) | (~v13(constB14, bitIndex0))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2005, 2004])).
% 126.84/79.41 tff(2007,plain,
% 126.84/79.41 (v1050(constB14) | (~v11(constB14))),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2006, 2000, 1990])).
% 126.84/79.41 tff(2008,plain,
% 126.84/79.41 (~v11(constB14)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2007, 1989])).
% 126.84/79.41 tff(2009,plain,
% 126.84/79.41 ($false),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[1483, 1480, 1989, 2008])).
% 126.84/79.41 tff(2010,plain,(v1050(constB14) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.41 tff(2011,plain,
% 126.84/79.41 (~v13(constB14, bitIndex0)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2010, 1473])).
% 126.84/79.41 tff(2012,assumption,(~v11(constB12)), introduced(assumption)).
% 126.84/79.41 tff(2013,plain,
% 126.84/79.41 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB12) | v11(constB12))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB12) | v11(constB12))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2014,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB12) | v11(constB12))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2015,plain,
% 126.84/79.41 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB12) | v11(constB12)),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2014, 2013])).
% 126.84/79.41 tff(2016,plain,
% 126.84/79.41 (v1050(constB12)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2015, 1480, 2012])).
% 126.84/79.41 tff(2017,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB12, constB13)) | (~v1050(constB12)) | v1052(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB12, constB13)) | (~v1050(constB12)) | v1052(constB13))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2018,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB12, constB13)) | (~v1050(constB12)) | v1052(constB13))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2019,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB12, constB13)) | (~v1050(constB12)) | v1052(constB13)),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2018, 2017])).
% 126.84/79.41 tff(2020,plain,
% 126.84/79.41 ((~v1050(constB12)) | v1052(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2019, 1468, 1355])).
% 126.84/79.41 tff(2021,plain,
% 126.84/79.41 (v1052(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2020, 2016])).
% 126.84/79.41 tff(2022,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB12) | (~nextState(constB12, constB13)) | (~v934(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v934(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2023,plain,
% 126.84/79.41 (((~nextState(constB12, constB13)) | v1(constB12) | (~v934(constB13))) <=> (v1(constB12) | (~nextState(constB12, constB13)) | (~v934(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2024,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB12, constB13)) | v1(constB12) | (~v934(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB12) | (~nextState(constB12, constB13)) | (~v934(constB13))))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[2023])).
% 126.84/79.41 tff(2025,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB12, constB13)) | v1(constB12) | (~v934(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v934(constB13)))),
% 126.84/79.41 inference(transitivity,[status(thm)],[2024, 2022])).
% 126.84/79.41 tff(2026,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB12, constB13)) | v1(constB12) | (~v934(constB13)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2027,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v934(constB13))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2026, 2025])).
% 126.84/79.41 tff(2028,plain,
% 126.84/79.41 (~v934(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2027, 219, 1355, 1322])).
% 126.84/79.41 tff(2029,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB12, constB13)) | v1047(constB13) | v934(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB12, constB13)) | v1047(constB13) | v934(constB13))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2030,plain,
% 126.84/79.41 (((~nextState(constB12, constB13)) | v934(constB13) | v1047(constB13)) <=> ((~nextState(constB12, constB13)) | v1047(constB13) | v934(constB13))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2031,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v1047(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB12, constB13)) | v1047(constB13) | v934(constB13)))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[2030])).
% 126.84/79.41 tff(2032,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v1047(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB12, constB13)) | v1047(constB13) | v934(constB13))),
% 126.84/79.41 inference(transitivity,[status(thm)],[2031, 2029])).
% 126.84/79.41 tff(2033,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v1047(constB13))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2034,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB12, constB13)) | v1047(constB13) | v934(constB13)),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2033, 2032])).
% 126.84/79.41 tff(2035,plain,
% 126.84/79.41 (v1047(constB13) | v934(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2034, 1392, 1355])).
% 126.84/79.41 tff(2036,plain,
% 126.84/79.41 (v1047(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2035, 2028])).
% 126.84/79.41 tff(2037,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB12, constB13)) | v1045(constB13) | (~v1(constB13)) | (~v1047(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB12, constB13)) | v1045(constB13) | (~v1(constB13)) | (~v1047(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2038,plain,
% 126.84/79.41 (((~nextState(constB12, constB13)) | (~v1(constB13)) | v1045(constB13) | (~v1047(constB13))) <=> ((~nextState(constB12, constB13)) | v1045(constB13) | (~v1(constB13)) | (~v1047(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2039,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v1045(constB13) | (~v1047(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB12, constB13)) | v1045(constB13) | (~v1(constB13)) | (~v1047(constB13))))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[2038])).
% 126.84/79.41 tff(2040,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v1045(constB13) | (~v1047(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB12, constB13)) | v1045(constB13) | (~v1(constB13)) | (~v1047(constB13)))),
% 126.84/79.41 inference(transitivity,[status(thm)],[2039, 2037])).
% 126.84/79.41 tff(2041,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v1045(constB13) | (~v1047(constB13)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2042,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB12, constB13)) | v1045(constB13) | (~v1(constB13)) | (~v1047(constB13))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2041, 2040])).
% 126.84/79.41 tff(2043,plain,
% 126.84/79.41 (v1045(constB13) | (~v1047(constB13))),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2042, 1417, 1355, 1362])).
% 126.84/79.41 tff(2044,plain,
% 126.84/79.41 (v1045(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2043, 2036])).
% 126.84/79.41 tff(2045,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB12, constB13)) | v1044(constB13) | (~v1045(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB12, constB13)) | v1044(constB13) | (~v1045(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2046,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB12, constB13)) | v1044(constB13) | (~v1045(constB13)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2047,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB12, constB13)) | v1044(constB13) | (~v1045(constB13))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2046, 2045])).
% 126.84/79.41 tff(2048,plain,
% 126.84/79.41 (v1044(constB13) | (~v1045(constB13))),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2047, 1435, 1355])).
% 126.84/79.41 tff(2049,plain,
% 126.84/79.41 (v1044(constB13)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2048, 2044])).
% 126.84/79.41 tff(2050,plain,
% 126.84/79.41 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB13, bitIndex0) | (~v1052(constB13)) | (~v1044(constB13)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB13, bitIndex0) | (~v1052(constB13)) | (~v1044(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2051,plain,
% 126.84/79.41 ((v7(constB13, bitIndex0) | (~v1044(constB13)) | (~v1052(constB13))) <=> (v7(constB13, bitIndex0) | (~v1052(constB13)) | (~v1044(constB13)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2052,plain,
% 126.84/79.41 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB13, bitIndex0) | (~v1044(constB13)) | (~v1052(constB13)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB13, bitIndex0) | (~v1052(constB13)) | (~v1044(constB13))))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[2051])).
% 126.84/79.41 tff(2053,plain,
% 126.84/79.41 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB13, bitIndex0) | (~v1044(constB13)) | (~v1052(constB13)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB13, bitIndex0) | (~v1052(constB13)) | (~v1044(constB13)))),
% 126.84/79.41 inference(transitivity,[status(thm)],[2052, 2050])).
% 126.84/79.41 tff(2054,plain,
% 126.84/79.41 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB13, bitIndex0) | (~v1044(constB13)) | (~v1052(constB13)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2055,plain,
% 126.84/79.41 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB13, bitIndex0) | (~v1052(constB13)) | (~v1044(constB13))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2054, 2053])).
% 126.84/79.41 tff(2056,plain,
% 126.84/79.41 (v7(constB13, bitIndex0) | (~v1052(constB13))),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2055, 1450, 2049])).
% 126.84/79.41 tff(2057,plain,
% 126.84/79.41 (v7(constB13, bitIndex0)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2056, 2021])).
% 126.84/79.41 tff(2058,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v1045(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v1045(constB14)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2059,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v1045(constB14)))),
% 126.84/79.41 inference(quant_inst,[status(thm)],[])).
% 126.84/79.41 tff(2060,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v1045(constB14))),
% 126.84/79.41 inference(modus_ponens,[status(thm)],[2059, 2058])).
% 126.84/79.41 tff(2061,plain,
% 126.84/79.41 (~v1045(constB14)),
% 126.84/79.41 inference(unit_resolution,[status(thm)],[2060, 1583, 1365, 1372])).
% 126.84/79.41 tff(2062,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB13, constB14)) | v1045(constB14) | (~v1044(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB13, constB14)) | v1045(constB14) | (~v1044(constB14)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2063,plain,
% 126.84/79.41 (((~nextState(constB13, constB14)) | (~v1044(constB14)) | v1045(constB14)) <=> ((~nextState(constB13, constB14)) | v1045(constB14) | (~v1044(constB14)))),
% 126.84/79.41 inference(rewrite,[status(thm)],[])).
% 126.84/79.41 tff(2064,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB13, constB14)) | (~v1044(constB14)) | v1045(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB13, constB14)) | v1045(constB14) | (~v1044(constB14))))),
% 126.84/79.41 inference(monotonicity,[status(thm)],[2063])).
% 126.84/79.41 tff(2065,plain,
% 126.84/79.41 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB13, constB14)) | (~v1044(constB14)) | v1045(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB13, constB14)) | v1045(constB14) | (~v1044(constB14)))),
% 126.84/79.41 inference(transitivity,[status(thm)],[2064, 2062])).
% 126.84/79.41 tff(2066,plain,
% 126.84/79.41 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB13, constB14)) | (~v1044(constB14)) | v1045(constB14))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2067,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB13, constB14)) | v1045(constB14) | (~v1044(constB14))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2066, 2065])).
% 126.84/79.42 tff(2068,plain,
% 126.84/79.42 (v1045(constB14) | (~v1044(constB14))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2067, 1597, 1365])).
% 126.84/79.42 tff(2069,plain,
% 126.84/79.42 (~v1044(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2068, 2061])).
% 126.84/79.42 tff(2070,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v1044(constB14) | v7(constB14, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v1044(constB14) | v7(constB14, bitIndex0))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2071,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v1044(constB14) | v7(constB14, bitIndex0))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2072,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v1044(constB14) | v7(constB14, bitIndex0)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2071, 2070])).
% 126.84/79.42 tff(2073,plain,
% 126.84/79.42 ((~v7(constB13, bitIndex0)) | v1044(constB14) | v7(constB14, bitIndex0)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2072, 1615, 1365])).
% 126.84/79.42 tff(2074,plain,
% 126.84/79.42 ((~v7(constB13, bitIndex0)) | v7(constB14, bitIndex0)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2073, 2069])).
% 126.84/79.42 tff(2075,plain,
% 126.84/79.42 (v7(constB14, bitIndex0)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2074, 2057])).
% 126.84/79.42 tff(2076,plain,
% 126.84/79.42 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB12) | v763(constB12))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB12) | v763(constB12))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2077,plain,
% 126.84/79.42 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB12) | v763(constB12))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2078,plain,
% 126.84/79.42 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB12) | v763(constB12)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2077, 2076])).
% 126.84/79.42 tff(2079,plain,
% 126.84/79.42 (v763(constB12)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2078, 620, 2012])).
% 126.84/79.42 tff(2080,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB12, constB13)) | (~v763(constB12)) | v765(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB12, constB13)) | (~v763(constB12)) | v765(constB13))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2081,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB12, constB13)) | (~v763(constB12)) | v765(constB13))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2082,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB12, constB13)) | (~v763(constB12)) | v765(constB13)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2081, 2080])).
% 126.84/79.42 tff(2083,plain,
% 126.84/79.42 ((~v763(constB12)) | v765(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2082, 605, 1355])).
% 126.84/79.42 tff(2084,plain,
% 126.84/79.42 (v765(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2083, 2079])).
% 126.84/79.42 tff(2085,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB12, constB13)) | v11(constB12) | v755(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB12, constB13)) | v11(constB12) | v755(constB13))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2086,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB12, constB13)) | v11(constB12) | v755(constB13))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2087,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB12, constB13)) | v11(constB12) | v755(constB13)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2086, 2085])).
% 126.84/79.42 tff(2088,plain,
% 126.84/79.42 (v11(constB12) | v755(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2087, 508, 1355])).
% 126.84/79.42 tff(2089,plain,
% 126.84/79.42 (v755(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2088, 2012])).
% 126.84/79.42 tff(2090,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB12) | (~nextState(constB12, constB13)) | (~v119(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v119(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2091,plain,
% 126.84/79.42 (((~nextState(constB12, constB13)) | (~v119(constB13)) | v1(constB12)) <=> (v1(constB12) | (~nextState(constB12, constB13)) | (~v119(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2092,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB12, constB13)) | (~v119(constB13)) | v1(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB12) | (~nextState(constB12, constB13)) | (~v119(constB13))))),
% 126.84/79.42 inference(monotonicity,[status(thm)],[2091])).
% 126.84/79.42 tff(2093,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB12, constB13)) | (~v119(constB13)) | v1(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v119(constB13)))),
% 126.84/79.42 inference(transitivity,[status(thm)],[2092, 2090])).
% 126.84/79.42 tff(2094,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB12, constB13)) | (~v119(constB13)) | v1(constB12))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2095,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v119(constB13))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2094, 2093])).
% 126.84/79.42 tff(2096,plain,
% 126.84/79.42 (~v119(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2095, 523, 1355, 1322])).
% 126.84/79.42 tff(2097,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB12, constB13)) | v119(constB13) | v749(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB12, constB13)) | v119(constB13) | v749(constB13))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2098,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB12, constB13)) | v119(constB13) | v749(constB13))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2099,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB12, constB13)) | v119(constB13) | v749(constB13)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2098, 2097])).
% 126.84/79.42 tff(2100,plain,
% 126.84/79.42 (v119(constB13) | v749(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2099, 540, 1355])).
% 126.84/79.42 tff(2101,plain,
% 126.84/79.42 (v749(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2100, 2096])).
% 126.84/79.42 tff(2102,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v748(constB13) | (~v749(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v748(constB13) | (~v749(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2103,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v748(constB13) | (~v749(constB13)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2104,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v748(constB13) | (~v749(constB13))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2103, 2102])).
% 126.84/79.42 tff(2105,plain,
% 126.84/79.42 (v748(constB13) | (~v749(constB13))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2104, 555, 1355, 1362])).
% 126.84/79.42 tff(2106,plain,
% 126.84/79.42 (v748(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2105, 2101])).
% 126.84/79.42 tff(2107,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB12, constB13)) | v747(constB13) | (~v748(constB13)) | (~v755(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB12, constB13)) | v747(constB13) | (~v748(constB13)) | (~v755(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2108,plain,
% 126.84/79.42 (((~nextState(constB12, constB13)) | (~v748(constB13)) | v747(constB13) | (~v755(constB13))) <=> ((~nextState(constB12, constB13)) | v747(constB13) | (~v748(constB13)) | (~v755(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2109,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB12, constB13)) | (~v748(constB13)) | v747(constB13) | (~v755(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB12, constB13)) | v747(constB13) | (~v748(constB13)) | (~v755(constB13))))),
% 126.84/79.42 inference(monotonicity,[status(thm)],[2108])).
% 126.84/79.42 tff(2110,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB12, constB13)) | (~v748(constB13)) | v747(constB13) | (~v755(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB12, constB13)) | v747(constB13) | (~v748(constB13)) | (~v755(constB13)))),
% 126.84/79.42 inference(transitivity,[status(thm)],[2109, 2107])).
% 126.84/79.42 tff(2111,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB12, constB13)) | (~v748(constB13)) | v747(constB13) | (~v755(constB13)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2112,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB12, constB13)) | v747(constB13) | (~v748(constB13)) | (~v755(constB13))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2111, 2110])).
% 126.84/79.42 tff(2113,plain,
% 126.84/79.42 (v747(constB13) | (~v748(constB13)) | (~v755(constB13))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2112, 570, 1355])).
% 126.84/79.42 tff(2114,plain,
% 126.84/79.42 (v747(constB13) | (~v755(constB13))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2113, 2106])).
% 126.84/79.42 tff(2115,plain,
% 126.84/79.42 (v747(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2114, 2089])).
% 126.84/79.42 tff(2116,plain,
% 126.84/79.42 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB13) | (~v747(constB13)) | (~v765(constB13)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB13) | (~v747(constB13)) | (~v765(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2117,plain,
% 126.84/79.42 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB13) | (~v747(constB13)) | (~v765(constB13)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2118,plain,
% 126.84/79.42 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB13) | (~v747(constB13)) | (~v765(constB13))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2117, 2116])).
% 126.84/79.42 tff(2119,plain,
% 126.84/79.42 (v32(constB13) | (~v765(constB13))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2118, 590, 2115])).
% 126.84/79.42 tff(2120,plain,
% 126.84/79.42 (v32(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2119, 2084])).
% 126.84/79.42 tff(2121,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v748(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v748(constB14)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2122,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v748(constB14)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2123,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v748(constB14))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2122, 2121])).
% 126.84/79.42 tff(2124,plain,
% 126.84/79.42 (~v748(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2123, 636, 1365, 1372])).
% 126.84/79.42 tff(2125,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB13, constB14)) | v748(constB14) | (~v747(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB13, constB14)) | v748(constB14) | (~v747(constB14)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2126,plain,
% 126.84/79.42 (((~nextState(constB13, constB14)) | (~v747(constB14)) | v748(constB14)) <=> ((~nextState(constB13, constB14)) | v748(constB14) | (~v747(constB14)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2127,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB13, constB14)) | (~v747(constB14)) | v748(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB13, constB14)) | v748(constB14) | (~v747(constB14))))),
% 126.84/79.42 inference(monotonicity,[status(thm)],[2126])).
% 126.84/79.42 tff(2128,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB13, constB14)) | (~v747(constB14)) | v748(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB13, constB14)) | v748(constB14) | (~v747(constB14)))),
% 126.84/79.42 inference(transitivity,[status(thm)],[2127, 2125])).
% 126.84/79.42 tff(2129,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB13, constB14)) | (~v747(constB14)) | v748(constB14))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2130,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB13, constB14)) | v748(constB14) | (~v747(constB14))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2129, 2128])).
% 126.84/79.42 tff(2131,plain,
% 126.84/79.42 (v748(constB14) | (~v747(constB14))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2130, 650, 1365])).
% 126.84/79.42 tff(2132,plain,
% 126.84/79.42 (~v747(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2131, 2124])).
% 126.84/79.42 tff(2133,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB13)) | (~nextState(constB13, constB14)) | v747(constB14) | v32(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB13)) | (~nextState(constB13, constB14)) | v747(constB14) | v32(constB14))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2134,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB13)) | (~nextState(constB13, constB14)) | v747(constB14) | v32(constB14))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2135,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB13)) | (~nextState(constB13, constB14)) | v747(constB14) | v32(constB14)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2134, 2133])).
% 126.84/79.42 tff(2136,plain,
% 126.84/79.42 ((~v32(constB13)) | v747(constB14) | v32(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2135, 668, 1365])).
% 126.84/79.42 tff(2137,plain,
% 126.84/79.42 ((~v32(constB13)) | v32(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2136, 2132])).
% 126.84/79.42 tff(2138,plain,
% 126.84/79.42 (v32(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2137, 2120])).
% 126.84/79.42 tff(2139,assumption,(~v13(constB14, bitIndex0)), introduced(assumption)).
% 126.84/79.42 tff(2140,plain,
% 126.84/79.42 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB14)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB14)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex0))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2141,plain,
% 126.84/79.42 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB14)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex0))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2142,plain,
% 126.84/79.42 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB14)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex0)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2141, 2140])).
% 126.84/79.42 tff(2143,plain,
% 126.84/79.42 ((~v32(constB14)) | (~v7(constB14, bitIndex0))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2142, 1695, 2139])).
% 126.84/79.42 tff(2144,plain,
% 126.84/79.42 ($false),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2143, 2138, 2075])).
% 126.84/79.42 tff(2145,plain,(v11(constB12) | v13(constB14, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.42 tff(2146,plain,
% 126.84/79.42 (v11(constB12)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2145, 2011])).
% 126.84/79.42 tff(2147,assumption,(~v13(constB12, bitIndex1)), introduced(assumption)).
% 126.84/79.42 tff(2148,plain,
% 126.84/79.42 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB12)) | (~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB12)) | (~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2149,plain,
% 126.84/79.42 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB12)) | (~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2150,plain,
% 126.84/79.42 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB12)) | (~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2149, 2148])).
% 126.84/79.42 tff(2151,plain,
% 126.84/79.42 ((~v11(constB12)) | (~v938(constB12, bitIndex0))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2150, 320, 2147])).
% 126.84/79.42 tff(2152,plain,
% 126.84/79.42 (~v938(constB12, bitIndex0)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2151, 2146])).
% 126.84/79.42 tff(2153,assumption,(v940(constB13, bitIndex0)), introduced(assumption)).
% 126.84/79.42 tff(2154,assumption,(~v938(constB12, bitIndex0)), introduced(assumption)).
% 126.84/79.42 tff(2155,plain,
% 126.84/79.42 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB12, constB13)) | (~v940(constB13, bitIndex0)) | v938(constB12, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB12, constB13)) | (~v940(constB13, bitIndex0)) | v938(constB12, bitIndex0))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2156,plain,
% 126.84/79.42 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB12, constB13)) | (~v940(constB13, bitIndex0)) | v938(constB12, bitIndex0))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2157,plain,
% 126.84/79.42 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB12, constB13)) | (~v940(constB13, bitIndex0)) | v938(constB12, bitIndex0)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2156, 2155])).
% 126.84/79.42 tff(2158,plain,
% 126.84/79.42 ($false),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2157, 302, 1355, 2154, 2153])).
% 126.84/79.42 tff(2159,plain,((~v940(constB13, bitIndex0)) | v938(constB12, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.42 tff(2160,plain,
% 126.84/79.42 (~v940(constB13, bitIndex0)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2159, 2152])).
% 126.84/79.42 tff(2161,assumption,(v956(constB13, bitIndex0)), introduced(assumption)).
% 126.84/79.42 tff(2162,assumption,(~v940(constB13, bitIndex0)), introduced(assumption)).
% 126.84/79.42 tff(2163,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v960(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v960(constB13))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2164,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v960(constB13))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2165,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v960(constB13)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2164, 2163])).
% 126.84/79.42 tff(2166,plain,
% 126.84/79.42 (v934(constB13) | v960(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2165, 236, 1355])).
% 126.84/79.42 tff(2167,plain,
% 126.84/79.42 (v960(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2166, 2028])).
% 126.84/79.42 tff(2168,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v958(constB13) | (~v960(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v958(constB13) | (~v960(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2169,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v958(constB13) | (~v960(constB13)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2170,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v958(constB13) | (~v960(constB13))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2169, 2168])).
% 126.84/79.42 tff(2171,plain,
% 126.84/79.42 (v958(constB13) | (~v960(constB13))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2170, 251, 1355, 1362])).
% 126.84/79.42 tff(2172,plain,
% 126.84/79.42 (v958(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2171, 2167])).
% 126.84/79.42 tff(2173,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB12, constB13)) | v957(constB13) | (~v958(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB12, constB13)) | v957(constB13) | (~v958(constB13)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2174,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB12, constB13)) | v957(constB13) | (~v958(constB13)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2175,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB12, constB13)) | v957(constB13) | (~v958(constB13))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2174, 2173])).
% 126.84/79.42 tff(2176,plain,
% 126.84/79.42 (v957(constB13) | (~v958(constB13))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2175, 266, 1355])).
% 126.84/79.42 tff(2177,plain,
% 126.84/79.42 (v957(constB13)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2176, 2172])).
% 126.84/79.42 tff(2178,plain,
% 126.84/79.42 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB13)) | (~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB13)) | (~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2179,plain,
% 126.84/79.42 ((v940(constB13, bitIndex0) | (~v957(constB13)) | (~v956(constB13, bitIndex0))) <=> ((~v957(constB13)) | (~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2180,plain,
% 126.84/79.42 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB13, bitIndex0) | (~v957(constB13)) | (~v956(constB13, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB13)) | (~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0)))),
% 126.84/79.42 inference(monotonicity,[status(thm)],[2179])).
% 126.84/79.42 tff(2181,plain,
% 126.84/79.42 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB13, bitIndex0) | (~v957(constB13)) | (~v956(constB13, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB13)) | (~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0))),
% 126.84/79.42 inference(transitivity,[status(thm)],[2180, 2178])).
% 126.84/79.42 tff(2182,plain,
% 126.84/79.42 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB13, bitIndex0) | (~v957(constB13)) | (~v956(constB13, bitIndex0)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2183,plain,
% 126.84/79.42 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB13)) | (~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2182, 2181])).
% 126.84/79.42 tff(2184,plain,
% 126.84/79.42 ($false),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 2162, 2161])).
% 126.84/79.42 tff(2185,plain,((~v956(constB13, bitIndex0)) | v940(constB13, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.42 tff(2186,plain,
% 126.84/79.42 (~v956(constB13, bitIndex0)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2185, 2160])).
% 126.84/79.42 tff(2187,assumption,(~v956(constB13, bitIndex0)), introduced(assumption)).
% 126.84/79.42 tff(2188,assumption,(v7(constB13, bitIndex1)), introduced(assumption)).
% 126.84/79.42 tff(2189,plain,
% 126.84/79.42 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB13, bitIndex1)) | v956(constB13, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB13, bitIndex1)) | v956(constB13, bitIndex0))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2190,plain,
% 126.84/79.42 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB13, bitIndex1)) | v956(constB13, bitIndex0))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2191,plain,
% 126.84/79.42 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB13, bitIndex1)) | v956(constB13, bitIndex0)),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2190, 2189])).
% 126.84/79.42 tff(2192,plain,
% 126.84/79.42 ($false),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2191, 201, 2188, 2187])).
% 126.84/79.42 tff(2193,plain,((~v7(constB13, bitIndex1)) | v956(constB13, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.42 tff(2194,plain,
% 126.84/79.42 (~v7(constB13, bitIndex1)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2193, 2186])).
% 126.84/79.42 tff(2195,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v958(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v958(constB14)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2196,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v958(constB14)))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2197,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v958(constB14))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2196, 2195])).
% 126.84/79.42 tff(2198,plain,
% 126.84/79.42 (~v958(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2197, 148, 1365, 1372])).
% 126.84/79.42 tff(2199,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB13, constB14)) | v958(constB14) | (~v957(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB13, constB14)) | v958(constB14) | (~v957(constB14)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2200,plain,
% 126.84/79.42 (((~nextState(constB13, constB14)) | (~v957(constB14)) | v958(constB14)) <=> ((~nextState(constB13, constB14)) | v958(constB14) | (~v957(constB14)))),
% 126.84/79.42 inference(rewrite,[status(thm)],[])).
% 126.84/79.42 tff(2201,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB13, constB14)) | (~v957(constB14)) | v958(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB13, constB14)) | v958(constB14) | (~v957(constB14))))),
% 126.84/79.42 inference(monotonicity,[status(thm)],[2200])).
% 126.84/79.42 tff(2202,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB13, constB14)) | (~v957(constB14)) | v958(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB13, constB14)) | v958(constB14) | (~v957(constB14)))),
% 126.84/79.42 inference(transitivity,[status(thm)],[2201, 2199])).
% 126.84/79.42 tff(2203,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB13, constB14)) | (~v957(constB14)) | v958(constB14))),
% 126.84/79.42 inference(quant_inst,[status(thm)],[])).
% 126.84/79.42 tff(2204,plain,
% 126.84/79.42 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB13, constB14)) | v958(constB14) | (~v957(constB14))),
% 126.84/79.42 inference(modus_ponens,[status(thm)],[2203, 2202])).
% 126.84/79.42 tff(2205,plain,
% 126.84/79.42 (v958(constB14) | (~v957(constB14))),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2204, 162, 1365])).
% 126.84/79.42 tff(2206,plain,
% 126.84/79.42 (~v957(constB14)),
% 126.84/79.42 inference(unit_resolution,[status(thm)],[2205, 2198])).
% 126.84/79.42 tff(2207,plain,
% 126.84/79.42 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB13, bitIndex1) | (~nextState(constB13, constB14)) | v957(constB14) | (~v7(constB14, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB13, bitIndex1) | (~nextState(constB13, constB14)) | v957(constB14) | (~v7(constB14, bitIndex1)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2208,plain,
% 126.84/79.43 (((~nextState(constB13, constB14)) | v7(constB13, bitIndex1) | v957(constB14) | (~v7(constB14, bitIndex1))) <=> (v7(constB13, bitIndex1) | (~nextState(constB13, constB14)) | v957(constB14) | (~v7(constB14, bitIndex1)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2209,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB13, constB14)) | v7(constB13, bitIndex1) | v957(constB14) | (~v7(constB14, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB13, bitIndex1) | (~nextState(constB13, constB14)) | v957(constB14) | (~v7(constB14, bitIndex1))))),
% 126.84/79.43 inference(monotonicity,[status(thm)],[2208])).
% 126.84/79.43 tff(2210,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB13, constB14)) | v7(constB13, bitIndex1) | v957(constB14) | (~v7(constB14, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB13, bitIndex1) | (~nextState(constB13, constB14)) | v957(constB14) | (~v7(constB14, bitIndex1)))),
% 126.84/79.43 inference(transitivity,[status(thm)],[2209, 2207])).
% 126.84/79.43 tff(2211,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB13, constB14)) | v7(constB13, bitIndex1) | v957(constB14) | (~v7(constB14, bitIndex1)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2212,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB13, bitIndex1) | (~nextState(constB13, constB14)) | v957(constB14) | (~v7(constB14, bitIndex1))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2211, 2210])).
% 126.84/79.43 tff(2213,plain,
% 126.84/79.43 (v7(constB13, bitIndex1) | v957(constB14) | (~v7(constB14, bitIndex1))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2212, 180, 1365])).
% 126.84/79.43 tff(2214,plain,
% 126.84/79.43 (v7(constB13, bitIndex1) | (~v7(constB14, bitIndex1))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2213, 2206])).
% 126.84/79.43 tff(2215,plain,
% 126.84/79.43 (~v7(constB14, bitIndex1)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2214, 2194])).
% 126.84/79.43 tff(2216,assumption,(~v13(constB12, bitIndex2)), introduced(assumption)).
% 126.84/79.43 tff(2217,plain,
% 126.84/79.43 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) <=> ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))))),
% 126.84/79.43 inference(bind,[status(th)],[])).
% 126.84/79.43 tff(2218,plain,
% 126.84/79.43 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(quant_intro,[status(thm)],[2217])).
% 126.84/79.43 tff(2219,plain,
% 126.84/79.43 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2220,plain,
% 126.84/79.43 (^[VarCurr: $i] : trans(monotonicity(rewrite((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) <=> (v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))), (((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) | (~v11(VarCurr))))), rewrite(((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))), (((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))))),
% 126.84/79.43 inference(bind,[status(th)],[])).
% 126.84/79.43 tff(2221,plain,
% 126.84/79.43 (![VarCurr: $i] : ((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(quant_intro,[status(thm)],[2220])).
% 126.84/79.43 tff(2222,axiom,(![VarCurr: $i] : ((v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16717')).
% 126.84/79.43 tff(2223,plain,
% 126.84/79.43 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2222, 2221])).
% 126.84/79.43 tff(2224,plain,
% 126.84/79.43 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2223, 2219])).
% 126.84/79.43 tff(2225,plain,(
% 126.84/79.43 ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(skolemize,[status(sab)],[2224])).
% 126.84/79.43 tff(2226,plain,
% 126.84/79.43 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2225, 2218])).
% 126.84/79.43 tff(2227,plain,
% 126.84/79.43 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB12)) | v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB12)) | v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2228,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB12)) | v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2229,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB12)) | v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2228, 2227])).
% 126.84/79.43 tff(2230,plain,
% 126.84/79.43 ((~v11(constB12)) | (~v938(constB12, bitIndex1))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2229, 2226, 2216])).
% 126.84/79.43 tff(2231,plain,
% 126.84/79.43 (~v938(constB12, bitIndex1)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2230, 2146])).
% 126.84/79.43 tff(2232,assumption,(~v938(constB12, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2233,assumption,(v940(constB13, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2234,plain,
% 126.84/79.43 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB12, constB13)) | (~v940(constB13, bitIndex1)) | v938(constB12, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB12, constB13)) | (~v940(constB13, bitIndex1)) | v938(constB12, bitIndex1))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2235,plain,
% 126.84/79.43 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB12, constB13)) | (~v940(constB13, bitIndex1)) | v938(constB12, bitIndex1))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2236,plain,
% 126.84/79.43 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB12, constB13)) | (~v940(constB13, bitIndex1)) | v938(constB12, bitIndex1)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2235, 2234])).
% 126.84/79.43 tff(2237,plain,
% 126.84/79.43 ($false),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2236, 302, 1355, 2233, 2232])).
% 126.84/79.43 tff(2238,plain,((~v940(constB13, bitIndex1)) | v938(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.43 tff(2239,plain,
% 126.84/79.43 (~v940(constB13, bitIndex1)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2238, 2231])).
% 126.84/79.43 tff(2240,assumption,(v929(constB13, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2241,assumption,(~v940(constB13, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2242,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v932(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v932(constB13))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2243,plain,
% 126.84/79.43 (((~nextState(constB12, constB13)) | v932(constB13) | v934(constB13)) <=> ((~nextState(constB12, constB13)) | v934(constB13) | v932(constB13))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2244,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB12, constB13)) | v932(constB13) | v934(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v932(constB13)))),
% 126.84/79.43 inference(monotonicity,[status(thm)],[2243])).
% 126.84/79.43 tff(2245,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB12, constB13)) | v932(constB13) | v934(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v932(constB13))),
% 126.84/79.43 inference(transitivity,[status(thm)],[2244, 2242])).
% 126.84/79.43 tff(2246,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB12, constB13)) | v932(constB13) | v934(constB13))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2247,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v932(constB13)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2246, 2245])).
% 126.84/79.43 tff(2248,plain,
% 126.84/79.43 (v934(constB13) | v932(constB13)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2247, 712, 1355])).
% 126.84/79.43 tff(2249,plain,
% 126.84/79.43 (v932(constB13)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2248, 2028])).
% 126.84/79.43 tff(2250,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v931(constB13) | (~v932(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v931(constB13) | (~v932(constB13)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2251,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v931(constB13) | (~v932(constB13)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2252,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v931(constB13) | (~v932(constB13))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2251, 2250])).
% 126.84/79.43 tff(2253,plain,
% 126.84/79.43 (v931(constB13) | (~v932(constB13))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2252, 730, 1355, 1362])).
% 126.84/79.43 tff(2254,plain,
% 126.84/79.43 (v931(constB13)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2253, 2249])).
% 126.84/79.43 tff(2255,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB12, constB13)) | v930(constB13) | (~v931(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB12, constB13)) | v930(constB13) | (~v931(constB13)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2256,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB12, constB13)) | v930(constB13) | (~v931(constB13)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2257,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB12, constB13)) | v930(constB13) | (~v931(constB13))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2256, 2255])).
% 126.84/79.43 tff(2258,plain,
% 126.84/79.43 (v930(constB13) | (~v931(constB13))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2257, 745, 1355])).
% 126.84/79.43 tff(2259,plain,
% 126.84/79.43 (v930(constB13)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2258, 2254])).
% 126.84/79.43 tff(2260,plain,
% 126.84/79.43 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB13)) | (~v929(constB13, bitIndex1)) | v940(constB13, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB13)) | (~v929(constB13, bitIndex1)) | v940(constB13, bitIndex1))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2261,plain,
% 126.84/79.43 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB13)) | (~v929(constB13, bitIndex1)) | v940(constB13, bitIndex1))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2262,plain,
% 126.84/79.43 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB13)) | (~v929(constB13, bitIndex1)) | v940(constB13, bitIndex1)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2261, 2260])).
% 126.84/79.43 tff(2263,plain,
% 126.84/79.43 ($false),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2262, 760, 2259, 2241, 2240])).
% 126.84/79.43 tff(2264,plain,((~v929(constB13, bitIndex1)) | v940(constB13, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.43 tff(2265,plain,
% 126.84/79.43 (~v929(constB13, bitIndex1)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2264, 2239])).
% 126.84/79.43 tff(2266,assumption,(~v929(constB13, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2267,assumption,(v7(constB13, bitIndex2)), introduced(assumption)).
% 126.84/79.43 tff(2268,plain,
% 126.84/79.43 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB13, bitIndex2)) | v929(constB13, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB13, bitIndex2)) | v929(constB13, bitIndex1))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2269,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB13, bitIndex2)) | v929(constB13, bitIndex1))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2270,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB13, bitIndex2)) | v929(constB13, bitIndex1)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2269, 2268])).
% 126.84/79.43 tff(2271,plain,
% 126.84/79.43 ($false),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2270, 778, 2267, 2266])).
% 126.84/79.43 tff(2272,plain,((~v7(constB13, bitIndex2)) | v929(constB13, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.43 tff(2273,plain,
% 126.84/79.43 (~v7(constB13, bitIndex2)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2272, 2265])).
% 126.84/79.43 tff(2274,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v931(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v931(constB14)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2275,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v931(constB14)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2276,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v931(constB14))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2275, 2274])).
% 126.84/79.43 tff(2277,plain,
% 126.84/79.43 (~v931(constB14)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2276, 794, 1365, 1372])).
% 126.84/79.43 tff(2278,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB13, constB14)) | v931(constB14) | (~v930(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB13, constB14)) | v931(constB14) | (~v930(constB14)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2279,plain,
% 126.84/79.43 (((~nextState(constB13, constB14)) | (~v930(constB14)) | v931(constB14)) <=> ((~nextState(constB13, constB14)) | v931(constB14) | (~v930(constB14)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2280,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB13, constB14)) | (~v930(constB14)) | v931(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB13, constB14)) | v931(constB14) | (~v930(constB14))))),
% 126.84/79.43 inference(monotonicity,[status(thm)],[2279])).
% 126.84/79.43 tff(2281,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB13, constB14)) | (~v930(constB14)) | v931(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB13, constB14)) | v931(constB14) | (~v930(constB14)))),
% 126.84/79.43 inference(transitivity,[status(thm)],[2280, 2278])).
% 126.84/79.43 tff(2282,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB13, constB14)) | (~v930(constB14)) | v931(constB14))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2283,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB13, constB14)) | v931(constB14) | (~v930(constB14))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2282, 2281])).
% 126.84/79.43 tff(2284,plain,
% 126.84/79.43 (v931(constB14) | (~v930(constB14))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2283, 808, 1365])).
% 126.84/79.43 tff(2285,plain,
% 126.84/79.43 (~v930(constB14)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2284, 2277])).
% 126.84/79.43 tff(2286,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB13, bitIndex2) | (~nextState(constB13, constB14)) | v930(constB14) | (~v7(constB14, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB13, bitIndex2) | (~nextState(constB13, constB14)) | v930(constB14) | (~v7(constB14, bitIndex2)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2287,plain,
% 126.84/79.43 (((~nextState(constB13, constB14)) | v7(constB13, bitIndex2) | v930(constB14) | (~v7(constB14, bitIndex2))) <=> (v7(constB13, bitIndex2) | (~nextState(constB13, constB14)) | v930(constB14) | (~v7(constB14, bitIndex2)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2288,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB13, constB14)) | v7(constB13, bitIndex2) | v930(constB14) | (~v7(constB14, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB13, bitIndex2) | (~nextState(constB13, constB14)) | v930(constB14) | (~v7(constB14, bitIndex2))))),
% 126.84/79.43 inference(monotonicity,[status(thm)],[2287])).
% 126.84/79.43 tff(2289,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB13, constB14)) | v7(constB13, bitIndex2) | v930(constB14) | (~v7(constB14, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB13, bitIndex2) | (~nextState(constB13, constB14)) | v930(constB14) | (~v7(constB14, bitIndex2)))),
% 126.84/79.43 inference(transitivity,[status(thm)],[2288, 2286])).
% 126.84/79.43 tff(2290,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB13, constB14)) | v7(constB13, bitIndex2) | v930(constB14) | (~v7(constB14, bitIndex2)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2291,plain,
% 126.84/79.43 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB13, bitIndex2) | (~nextState(constB13, constB14)) | v930(constB14) | (~v7(constB14, bitIndex2))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2290, 2289])).
% 126.84/79.43 tff(2292,plain,
% 126.84/79.43 (v7(constB13, bitIndex2) | v930(constB14) | (~v7(constB14, bitIndex2))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2291, 826, 1365])).
% 126.84/79.43 tff(2293,plain,
% 126.84/79.43 (v7(constB13, bitIndex2) | (~v7(constB14, bitIndex2))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2292, 2285])).
% 126.84/79.43 tff(2294,plain,
% 126.84/79.43 (~v7(constB14, bitIndex2)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2293, 2273])).
% 126.84/79.43 tff(2295,plain,
% 126.84/79.43 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB14) | v7(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB14) | v7(constB14, bitIndex2))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2296,plain,
% 126.84/79.43 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB14) | v7(constB14, bitIndex2))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2297,plain,
% 126.84/79.43 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB14) | v7(constB14, bitIndex2)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2296, 2295])).
% 126.84/79.43 tff(2298,plain,
% 126.84/79.43 (sP959(constB14)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2297, 1871, 2294])).
% 126.84/79.43 tff(2299,assumption,(v13(constB14, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2300,plain,
% 126.84/79.43 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2301,plain,
% 126.84/79.43 (((~v13(constB14, bitIndex1)) | v7(constB14, bitIndex1) | (~sP958(constB14)) | (~sP959(constB14))) <=> (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2302,plain,
% 126.84/79.43 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | v7(constB14, bitIndex1) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))))),
% 126.84/79.43 inference(monotonicity,[status(thm)],[2301])).
% 126.84/79.43 tff(2303,plain,
% 126.84/79.43 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | v7(constB14, bitIndex1) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))),
% 126.84/79.43 inference(transitivity,[status(thm)],[2302, 2300])).
% 126.84/79.43 tff(2304,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | v7(constB14, bitIndex1) | (~sP958(constB14)) | (~sP959(constB14)))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2305,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2304, 2303])).
% 126.84/79.43 tff(2306,plain,
% 126.84/79.43 (v7(constB14, bitIndex1) | (~sP958(constB14)) | (~sP959(constB14))),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2305, 1886, 2299])).
% 126.84/79.43 tff(2307,plain,
% 126.84/79.43 (~sP958(constB14)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2306, 2298, 2215])).
% 126.84/79.43 tff(2308,plain,
% 126.84/79.43 (v929(constB15, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 126.84/79.43 inference(monotonicity,[status(thm)],[1344])).
% 126.84/79.43 tff(2309,plain,
% 126.84/79.43 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB15, bitIndex1)),
% 126.84/79.43 inference(symmetry,[status(thm)],[2308])).
% 126.84/79.43 tff(2310,plain,
% 126.84/79.43 ((v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2)) <=> (v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2311,plain,
% 126.84/79.43 (((v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2)) | v7(sK952_VarCurr, bitIndex0)) <=> (v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2312,plain,
% 126.84/79.43 ((v7(sK952_VarCurr, bitIndex2) | v7(sK952_VarCurr, bitIndex0)) <=> (v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2313,plain,
% 126.84/79.43 (((v7(sK952_VarCurr, bitIndex2) | v7(sK952_VarCurr, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)) <=> ((v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2)) | v7(sK952_VarCurr, bitIndex0))),
% 126.84/79.43 inference(monotonicity,[status(thm)],[2312])).
% 126.84/79.43 tff(2314,plain,
% 126.84/79.43 (((v7(sK952_VarCurr, bitIndex2) | v7(sK952_VarCurr, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)) <=> (v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2))),
% 126.84/79.43 inference(transitivity,[status(thm)],[2313, 2311])).
% 126.84/79.43 tff(2315,axiom,((v7(sK952_VarCurr, bitIndex2) | v7(sK952_VarCurr, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16422')).
% 126.84/79.43 tff(2316,plain,
% 126.84/79.43 (v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2315, 2314])).
% 126.84/79.43 tff(2317,plain,
% 126.84/79.43 (v7(sK952_VarCurr, bitIndex0) | v7(sK952_VarCurr, bitIndex2)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2316, 2310])).
% 126.84/79.43 tff(2318,plain,
% 126.84/79.43 (v7(sK952_VarCurr, bitIndex2)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2317, 1245])).
% 126.84/79.43 tff(2319,plain,
% 126.84/79.43 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(sK952_VarCurr, bitIndex2)) | v929(sK952_VarCurr, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(sK952_VarCurr, bitIndex2)) | v929(sK952_VarCurr, bitIndex1))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2320,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(sK952_VarCurr, bitIndex2)) | v929(sK952_VarCurr, bitIndex1))),
% 126.84/79.43 inference(quant_inst,[status(thm)],[])).
% 126.84/79.43 tff(2321,plain,
% 126.84/79.43 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(sK952_VarCurr, bitIndex2)) | v929(sK952_VarCurr, bitIndex1)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2320, 2319])).
% 126.84/79.43 tff(2322,plain,
% 126.84/79.43 (v929(sK952_VarCurr, bitIndex1)),
% 126.84/79.43 inference(unit_resolution,[status(thm)],[2321, 2318, 778])).
% 126.84/79.43 tff(2323,plain,
% 126.84/79.43 (v929(constB15, bitIndex1)),
% 126.84/79.43 inference(modus_ponens,[status(thm)],[2322, 2309])).
% 126.84/79.43 tff(2324,assumption,(v929(constB15, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2325,assumption,(~v940(constB15, bitIndex1)), introduced(assumption)).
% 126.84/79.43 tff(2326,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v932(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v932(constB15))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2327,plain,
% 126.84/79.43 (((~nextState(constB14, constB15)) | v932(constB15) | v934(constB15)) <=> ((~nextState(constB14, constB15)) | v934(constB15) | v932(constB15))),
% 126.84/79.43 inference(rewrite,[status(thm)],[])).
% 126.84/79.43 tff(2328,plain,
% 126.84/79.43 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB14, constB15)) | v932(constB15) | v934(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v932(constB15)))),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2327])).
% 126.84/79.44 tff(2329,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB14, constB15)) | v932(constB15) | v934(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v932(constB15))),
% 126.84/79.44 inference(transitivity,[status(thm)],[2328, 2326])).
% 126.84/79.44 tff(2330,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB14, constB15)) | v932(constB15) | v934(constB15))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2331,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v932(constB15)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2330, 2329])).
% 126.84/79.44 tff(2332,plain,
% 126.84/79.44 (v934(constB15) | v932(constB15)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2331, 712, 1375])).
% 126.84/79.44 tff(2333,plain,
% 126.84/79.44 (v932(constB15)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2332, 1382])).
% 126.84/79.44 tff(2334,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v931(constB15) | (~v932(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v931(constB15) | (~v932(constB15)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2335,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v931(constB15) | (~v932(constB15)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2336,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v931(constB15) | (~v932(constB15))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2335, 2334])).
% 126.84/79.44 tff(2337,plain,
% 126.84/79.44 (v931(constB15) | (~v932(constB15))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2336, 730, 1375, 1407])).
% 126.84/79.44 tff(2338,plain,
% 126.84/79.44 (v931(constB15)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2337, 2333])).
% 126.84/79.44 tff(2339,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB14, constB15)) | v930(constB15) | (~v931(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB14, constB15)) | v930(constB15) | (~v931(constB15)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2340,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB14, constB15)) | v930(constB15) | (~v931(constB15)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2341,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB14, constB15)) | v930(constB15) | (~v931(constB15))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2340, 2339])).
% 126.84/79.44 tff(2342,plain,
% 126.84/79.44 (v930(constB15) | (~v931(constB15))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2341, 745, 1375])).
% 126.84/79.44 tff(2343,plain,
% 126.84/79.44 (v930(constB15)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2342, 2338])).
% 126.84/79.44 tff(2344,plain,
% 126.84/79.44 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB15)) | (~v929(constB15, bitIndex1)) | v940(constB15, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB15)) | (~v929(constB15, bitIndex1)) | v940(constB15, bitIndex1))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2345,plain,
% 126.84/79.44 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB15)) | (~v929(constB15, bitIndex1)) | v940(constB15, bitIndex1))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2346,plain,
% 126.84/79.44 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB15)) | (~v929(constB15, bitIndex1)) | v940(constB15, bitIndex1)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2345, 2344])).
% 126.84/79.44 tff(2347,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2346, 760, 2343, 2325, 2324])).
% 126.84/79.44 tff(2348,plain,((~v929(constB15, bitIndex1)) | v940(constB15, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2349,plain,
% 126.84/79.44 (v940(constB15, bitIndex1)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2348, 2323])).
% 126.84/79.44 tff(2350,assumption,(~v938(constB14, bitIndex1)), introduced(assumption)).
% 126.84/79.44 tff(2351,assumption,(v940(constB15, bitIndex1)), introduced(assumption)).
% 126.84/79.44 tff(2352,plain,
% 126.84/79.44 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB14, constB15)) | (~v940(constB15, bitIndex1)) | v938(constB14, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB14, constB15)) | (~v940(constB15, bitIndex1)) | v938(constB14, bitIndex1))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2353,plain,
% 126.84/79.44 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB14, constB15)) | (~v940(constB15, bitIndex1)) | v938(constB14, bitIndex1))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2354,plain,
% 126.84/79.44 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB14, constB15)) | (~v940(constB15, bitIndex1)) | v938(constB14, bitIndex1)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2353, 2352])).
% 126.84/79.44 tff(2355,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2354, 302, 1375, 2351, 2350])).
% 126.84/79.44 tff(2356,plain,((~v940(constB15, bitIndex1)) | v938(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2357,plain,
% 126.84/79.44 (v938(constB14, bitIndex1)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2356, 2349])).
% 126.84/79.44 tff(2358,assumption,(v11(constB14)), introduced(assumption)).
% 126.84/79.44 tff(2359,plain,
% 126.84/79.44 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB14)) | v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB14)) | v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2360,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB14)) | v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2361,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB14)) | v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2360, 2359])).
% 126.84/79.44 tff(2362,plain,
% 126.84/79.44 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2361, 2226, 2358])).
% 126.84/79.44 tff(2363,plain,
% 126.84/79.44 (v13(constB14, bitIndex2)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2362, 2357])).
% 126.84/79.44 tff(2364,plain,
% 126.84/79.44 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex2)) | sP960(constB14))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex2)) | sP960(constB14))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2365,plain,
% 126.84/79.44 ((v7(constB14, bitIndex2) | sP960(constB14) | (~v13(constB14, bitIndex2))) <=> (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex2)) | sP960(constB14))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2366,plain,
% 126.84/79.44 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB14, bitIndex2) | sP960(constB14) | (~v13(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex2)) | sP960(constB14)))),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2365])).
% 126.84/79.44 tff(2367,plain,
% 126.84/79.44 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB14, bitIndex2) | sP960(constB14) | (~v13(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex2)) | sP960(constB14))),
% 126.84/79.44 inference(transitivity,[status(thm)],[2366, 2364])).
% 126.84/79.44 tff(2368,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB14, bitIndex2) | sP960(constB14) | (~v13(constB14, bitIndex2)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2369,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex2)) | sP960(constB14)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2368, 2367])).
% 126.84/79.44 tff(2370,plain,
% 126.84/79.44 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2369, 1804, 2294])).
% 126.84/79.44 tff(2371,plain,
% 126.84/79.44 (sP960(constB14)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2370, 2363])).
% 126.84/79.44 tff(2372,plain,
% 126.84/79.44 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB14, bitIndex1) | (~sP960(constB14)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB14, bitIndex1) | (~sP960(constB14)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2373,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB14, bitIndex1) | (~sP960(constB14)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2374,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB14, bitIndex1) | (~sP960(constB14))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2373, 2372])).
% 126.84/79.44 tff(2375,plain,
% 126.84/79.44 (v28(constB14, bitIndex1)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2374, 1819, 2371])).
% 126.84/79.44 tff(2376,plain,
% 126.84/79.44 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB14) | (~v28(constB14, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB14) | (~v28(constB14, bitIndex1)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2377,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB14) | (~v28(constB14, bitIndex1)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2378,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB14) | (~v28(constB14, bitIndex1))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2377, 2376])).
% 126.84/79.44 tff(2379,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2378, 1912, 2375, 2307])).
% 126.84/79.44 tff(2380,plain,((~(constB15 = sK952_VarCurr)) | (~v11(constB14)) | (~v13(constB14, bitIndex1)) | v13(constB12, bitIndex1) | v13(constB12, bitIndex2) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2381,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2380, 1988, 1864, 1245, 1344, 1535, 1484])).
% 126.84/79.44 tff(2382,plain,(v11(constB10) | v7(sK952_VarCurr, bitIndex0) | (~(constB15 = sK952_VarCurr)) | v7(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2383,plain,
% 126.84/79.44 (~(constB15 = sK952_VarCurr)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2382, 1245, 1246, 1343])).
% 126.84/79.44 tff(2384,assumption,(~v1050(constB12)), introduced(assumption)).
% 126.84/79.44 tff(2385,plain,
% 126.84/79.44 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB12) | (~v11(constB12)) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB12) | (~v11(constB12)) | (~v13(constB12, bitIndex0)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2386,plain,
% 126.84/79.44 (((~v11(constB12)) | v1050(constB12) | (~v13(constB12, bitIndex0))) <=> (v1050(constB12) | (~v11(constB12)) | (~v13(constB12, bitIndex0)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2387,plain,
% 126.84/79.44 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB12)) | v1050(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB12) | (~v11(constB12)) | (~v13(constB12, bitIndex0))))),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2386])).
% 126.84/79.44 tff(2388,plain,
% 126.84/79.44 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB12)) | v1050(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB12) | (~v11(constB12)) | (~v13(constB12, bitIndex0)))),
% 126.84/79.44 inference(transitivity,[status(thm)],[2387, 2385])).
% 126.84/79.44 tff(2389,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB12)) | v1050(constB12) | (~v13(constB12, bitIndex0)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2390,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB12) | (~v11(constB12)) | (~v13(constB12, bitIndex0))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2389, 2388])).
% 126.84/79.44 tff(2391,plain,
% 126.84/79.44 (v1050(constB12) | (~v11(constB12))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2390, 2000, 1775])).
% 126.84/79.44 tff(2392,plain,
% 126.84/79.44 (~v11(constB12)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2391, 2384])).
% 126.84/79.44 tff(2393,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2015, 1480, 2384, 2392])).
% 126.84/79.44 tff(2394,plain,(v1050(constB12) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2395,plain,
% 126.84/79.44 (v1050(constB12)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2394, 1702])).
% 126.84/79.44 tff(2396,plain,
% 126.84/79.44 (v1052(constB13)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2020, 2395])).
% 126.84/79.44 tff(2397,plain,
% 126.84/79.44 (v7(constB13, bitIndex0)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2056, 2396])).
% 126.84/79.44 tff(2398,assumption,(constB13 = sK952_VarCurr), introduced(assumption)).
% 126.84/79.44 tff(2399,plain,
% 126.84/79.44 (v7(constB13, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2398])).
% 126.84/79.44 tff(2400,plain,
% 126.84/79.44 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB13, bitIndex0)),
% 126.84/79.44 inference(symmetry,[status(thm)],[2399])).
% 126.84/79.44 tff(2401,plain,
% 126.84/79.44 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB13, bitIndex0))),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2400])).
% 126.84/79.44 tff(2402,plain,
% 126.84/79.44 (~v7(constB13, bitIndex0)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[1245, 2401])).
% 126.84/79.44 tff(2403,assumption,(v7(constB13, bitIndex0)), introduced(assumption)).
% 126.84/79.44 tff(2404,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2403, 2402])).
% 126.84/79.44 tff(2405,plain,((~(constB13 = sK952_VarCurr)) | (~v7(constB13, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2406,plain,
% 126.84/79.44 (~(constB13 = sK952_VarCurr)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2405, 1245, 2397])).
% 126.84/79.44 tff(2407,assumption,(~(constB15 = sK952_VarCurr)), introduced(assumption)).
% 126.84/79.44 tff(2408,assumption,(~(constB13 = sK952_VarCurr)), introduced(assumption)).
% 126.84/79.44 tff(2409,plain,
% 126.84/79.44 (~(constB10 = sK952_VarCurr)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[14, 1, 1516])).
% 126.84/79.44 tff(2410,assumption,(v13(constB6, bitIndex2)), introduced(assumption)).
% 126.84/79.44 tff(2411,plain,
% 126.84/79.44 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB6, bitIndex2) | sP960(constB6) | (~v13(constB6, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB6, bitIndex2) | sP960(constB6) | (~v13(constB6, bitIndex2)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2412,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB6, bitIndex2) | sP960(constB6) | (~v13(constB6, bitIndex2)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2413,plain,
% 126.84/79.44 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB6, bitIndex2) | sP960(constB6) | (~v13(constB6, bitIndex2))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2412, 2411])).
% 126.84/79.44 tff(2414,plain,
% 126.84/79.44 (v7(constB6, bitIndex2) | sP960(constB6)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2413, 1804, 2410])).
% 126.84/79.44 tff(2415,plain,
% 126.84/79.44 (sP960(constB6)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2414, 835])).
% 126.84/79.44 tff(2416,plain,
% 126.84/79.44 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB6)) | (~sP960(constB6)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB6)) | (~sP960(constB6)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2417,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB6)) | (~sP960(constB6)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2418,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB6)) | (~sP960(constB6))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2417, 2416])).
% 126.84/79.44 tff(2419,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2418, 1841, 674, 2415])).
% 126.84/79.44 tff(2420,plain,(v11(constB4) | (~v13(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2421,plain,
% 126.84/79.44 (~v13(constB6, bitIndex2)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2420, 342])).
% 126.84/79.44 tff(2422,assumption,(v7(sK952_VarCurr, bitIndex2)), introduced(assumption)).
% 126.84/79.44 tff(2423,assumption,(constB8 = sK952_VarCurr), introduced(assumption)).
% 126.84/79.44 tff(2424,plain,
% 126.84/79.44 (v7(constB8, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2423])).
% 126.84/79.44 tff(2425,plain,
% 126.84/79.44 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB8, bitIndex2)),
% 126.84/79.44 inference(symmetry,[status(thm)],[2424])).
% 126.84/79.44 tff(2426,plain,
% 126.84/79.44 (v7(constB8, bitIndex2)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2422, 2425])).
% 126.84/79.44 tff(2427,assumption,(~v7(constB8, bitIndex2)), introduced(assumption)).
% 126.84/79.44 tff(2428,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2427, 2426])).
% 126.84/79.44 tff(2429,plain,((~(constB8 = sK952_VarCurr)) | v7(constB8, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2430,plain,
% 126.84/79.44 (v7(constB8, bitIndex2)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2429, 2423, 2422])).
% 126.84/79.44 tff(2431,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v931(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v931(constB8)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2432,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v931(constB8)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2433,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v931(constB8))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2432, 2431])).
% 126.84/79.44 tff(2434,plain,
% 126.84/79.44 (~v931(constB8)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2433, 794, 111, 118])).
% 126.84/79.44 tff(2435,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB7, constB8)) | v931(constB8) | (~v930(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB7, constB8)) | v931(constB8) | (~v930(constB8)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2436,plain,
% 126.84/79.44 (((~nextState(constB7, constB8)) | (~v930(constB8)) | v931(constB8)) <=> ((~nextState(constB7, constB8)) | v931(constB8) | (~v930(constB8)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2437,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB7, constB8)) | (~v930(constB8)) | v931(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB7, constB8)) | v931(constB8) | (~v930(constB8))))),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2436])).
% 126.84/79.44 tff(2438,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB7, constB8)) | (~v930(constB8)) | v931(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB7, constB8)) | v931(constB8) | (~v930(constB8)))),
% 126.84/79.44 inference(transitivity,[status(thm)],[2437, 2435])).
% 126.84/79.44 tff(2439,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB7, constB8)) | (~v930(constB8)) | v931(constB8))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2440,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB7, constB8)) | v931(constB8) | (~v930(constB8))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2439, 2438])).
% 126.84/79.44 tff(2441,plain,
% 126.84/79.44 (v931(constB8) | (~v930(constB8))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2440, 808, 111])).
% 126.84/79.44 tff(2442,plain,
% 126.84/79.44 (~v930(constB8)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2441, 2434])).
% 126.84/79.44 tff(2443,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB7, bitIndex2) | (~nextState(constB7, constB8)) | v930(constB8) | (~v7(constB8, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB7, bitIndex2) | (~nextState(constB7, constB8)) | v930(constB8) | (~v7(constB8, bitIndex2)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2444,plain,
% 126.84/79.44 (((~nextState(constB7, constB8)) | v7(constB7, bitIndex2) | v930(constB8) | (~v7(constB8, bitIndex2))) <=> (v7(constB7, bitIndex2) | (~nextState(constB7, constB8)) | v930(constB8) | (~v7(constB8, bitIndex2)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2445,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB7, constB8)) | v7(constB7, bitIndex2) | v930(constB8) | (~v7(constB8, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB7, bitIndex2) | (~nextState(constB7, constB8)) | v930(constB8) | (~v7(constB8, bitIndex2))))),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2444])).
% 126.84/79.44 tff(2446,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB7, constB8)) | v7(constB7, bitIndex2) | v930(constB8) | (~v7(constB8, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB7, bitIndex2) | (~nextState(constB7, constB8)) | v930(constB8) | (~v7(constB8, bitIndex2)))),
% 126.84/79.44 inference(transitivity,[status(thm)],[2445, 2443])).
% 126.84/79.44 tff(2447,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB7, constB8)) | v7(constB7, bitIndex2) | v930(constB8) | (~v7(constB8, bitIndex2)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2448,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB7, bitIndex2) | (~nextState(constB7, constB8)) | v930(constB8) | (~v7(constB8, bitIndex2))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2447, 2446])).
% 126.84/79.44 tff(2449,plain,
% 126.84/79.44 (v7(constB7, bitIndex2) | v930(constB8) | (~v7(constB8, bitIndex2))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2448, 826, 111])).
% 126.84/79.44 tff(2450,plain,
% 126.84/79.44 (v7(constB7, bitIndex2) | (~v7(constB8, bitIndex2))),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2449, 2442])).
% 126.84/79.44 tff(2451,plain,
% 126.84/79.44 (v7(constB7, bitIndex2)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2450, 2430])).
% 126.84/79.44 tff(2452,plain,
% 126.84/79.44 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB7, bitIndex2)) | v929(constB7, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB7, bitIndex2)) | v929(constB7, bitIndex1))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2453,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB7, bitIndex2)) | v929(constB7, bitIndex1))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2454,plain,
% 126.84/79.44 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB7, bitIndex2)) | v929(constB7, bitIndex1)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2453, 2452])).
% 126.84/79.44 tff(2455,plain,
% 126.84/79.44 (v929(constB7, bitIndex1)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2454, 778, 2451])).
% 126.84/79.44 tff(2456,plain,
% 126.84/79.44 (v7(constB8, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 126.84/79.44 inference(monotonicity,[status(thm)],[2423])).
% 126.84/79.44 tff(2457,plain,
% 126.84/79.44 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB8, bitIndex1)),
% 126.84/79.44 inference(symmetry,[status(thm)],[2456])).
% 126.84/79.44 tff(2458,plain,
% 126.84/79.44 (v7(constB8, bitIndex1)),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[11, 2457])).
% 126.84/79.44 tff(2459,assumption,(~v7(constB8, bitIndex1)), introduced(assumption)).
% 126.84/79.44 tff(2460,plain,
% 126.84/79.44 ($false),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2459, 2458])).
% 126.84/79.44 tff(2461,plain,((~(constB8 = sK952_VarCurr)) | v7(constB8, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.84/79.44 tff(2462,plain,
% 126.84/79.44 (v7(constB8, bitIndex1)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2461, 2423, 11])).
% 126.84/79.44 tff(2463,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v958(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v958(constB8)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2464,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v958(constB8)))),
% 126.84/79.44 inference(quant_inst,[status(thm)],[])).
% 126.84/79.44 tff(2465,plain,
% 126.84/79.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v958(constB8))),
% 126.84/79.44 inference(modus_ponens,[status(thm)],[2464, 2463])).
% 126.84/79.44 tff(2466,plain,
% 126.84/79.44 (~v958(constB8)),
% 126.84/79.44 inference(unit_resolution,[status(thm)],[2465, 148, 111, 118])).
% 126.84/79.44 tff(2467,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB7, constB8)) | v958(constB8) | (~v957(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB7, constB8)) | v958(constB8) | (~v957(constB8)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2468,plain,
% 126.84/79.44 (((~nextState(constB7, constB8)) | (~v957(constB8)) | v958(constB8)) <=> ((~nextState(constB7, constB8)) | v958(constB8) | (~v957(constB8)))),
% 126.84/79.44 inference(rewrite,[status(thm)],[])).
% 126.84/79.44 tff(2469,plain,
% 126.84/79.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB7, constB8)) | (~v957(constB8)) | v958(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB7, constB8)) | v958(constB8) | (~v957(constB8))))),
% 126.84/79.45 inference(monotonicity,[status(thm)],[2468])).
% 126.84/79.45 tff(2470,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB7, constB8)) | (~v957(constB8)) | v958(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB7, constB8)) | v958(constB8) | (~v957(constB8)))),
% 126.84/79.45 inference(transitivity,[status(thm)],[2469, 2467])).
% 126.84/79.45 tff(2471,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB7, constB8)) | (~v957(constB8)) | v958(constB8))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2472,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB7, constB8)) | v958(constB8) | (~v957(constB8))),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2471, 2470])).
% 126.84/79.45 tff(2473,plain,
% 126.84/79.45 (v958(constB8) | (~v957(constB8))),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2472, 162, 111])).
% 126.84/79.45 tff(2474,plain,
% 126.84/79.45 (~v957(constB8)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2473, 2466])).
% 126.84/79.45 tff(2475,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB7, bitIndex1) | (~nextState(constB7, constB8)) | v957(constB8) | (~v7(constB8, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB7, bitIndex1) | (~nextState(constB7, constB8)) | v957(constB8) | (~v7(constB8, bitIndex1)))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2476,plain,
% 126.84/79.45 (((~nextState(constB7, constB8)) | v7(constB7, bitIndex1) | v957(constB8) | (~v7(constB8, bitIndex1))) <=> (v7(constB7, bitIndex1) | (~nextState(constB7, constB8)) | v957(constB8) | (~v7(constB8, bitIndex1)))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2477,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB7, constB8)) | v7(constB7, bitIndex1) | v957(constB8) | (~v7(constB8, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB7, bitIndex1) | (~nextState(constB7, constB8)) | v957(constB8) | (~v7(constB8, bitIndex1))))),
% 126.84/79.45 inference(monotonicity,[status(thm)],[2476])).
% 126.84/79.45 tff(2478,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB7, constB8)) | v7(constB7, bitIndex1) | v957(constB8) | (~v7(constB8, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB7, bitIndex1) | (~nextState(constB7, constB8)) | v957(constB8) | (~v7(constB8, bitIndex1)))),
% 126.84/79.45 inference(transitivity,[status(thm)],[2477, 2475])).
% 126.84/79.45 tff(2479,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB7, constB8)) | v7(constB7, bitIndex1) | v957(constB8) | (~v7(constB8, bitIndex1)))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2480,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB7, bitIndex1) | (~nextState(constB7, constB8)) | v957(constB8) | (~v7(constB8, bitIndex1))),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2479, 2478])).
% 126.84/79.45 tff(2481,plain,
% 126.84/79.45 (v7(constB7, bitIndex1) | v957(constB8) | (~v7(constB8, bitIndex1))),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2480, 180, 111])).
% 126.84/79.45 tff(2482,plain,
% 126.84/79.45 (v7(constB7, bitIndex1) | (~v7(constB8, bitIndex1))),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2481, 2474])).
% 126.84/79.45 tff(2483,plain,
% 126.84/79.45 (v7(constB7, bitIndex1)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2482, 2462])).
% 126.84/79.45 tff(2484,assumption,(~v956(constB7, bitIndex0)), introduced(assumption)).
% 126.84/79.45 tff(2485,assumption,(v7(constB7, bitIndex1)), introduced(assumption)).
% 126.84/79.45 tff(2486,plain,
% 126.84/79.45 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB7, bitIndex1)) | v956(constB7, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB7, bitIndex1)) | v956(constB7, bitIndex0))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2487,plain,
% 126.84/79.45 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB7, bitIndex1)) | v956(constB7, bitIndex0))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2488,plain,
% 126.84/79.45 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB7, bitIndex1)) | v956(constB7, bitIndex0)),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2487, 2486])).
% 126.84/79.45 tff(2489,plain,
% 126.84/79.45 ($false),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2488, 201, 2485, 2484])).
% 126.84/79.45 tff(2490,plain,((~v7(constB7, bitIndex1)) | v956(constB7, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.45 tff(2491,plain,
% 126.84/79.45 (v956(constB7, bitIndex0)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2490, 2483])).
% 126.84/79.45 tff(2492,assumption,(v956(constB7, bitIndex0)), introduced(assumption)).
% 126.84/79.45 tff(2493,assumption,(~v940(constB7, bitIndex0)), introduced(assumption)).
% 126.84/79.45 tff(2494,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v960(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v960(constB7))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2495,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v960(constB7))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2496,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v960(constB7)),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2495, 2494])).
% 126.84/79.45 tff(2497,plain,
% 126.84/79.45 (v934(constB7) | v960(constB7)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2496, 236, 101])).
% 126.84/79.45 tff(2498,plain,
% 126.84/79.45 (v960(constB7)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2497, 1148])).
% 126.84/79.45 tff(2499,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v958(constB7) | (~v960(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v958(constB7) | (~v960(constB7)))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2500,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v958(constB7) | (~v960(constB7)))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2501,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v958(constB7) | (~v960(constB7))),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2500, 2499])).
% 126.84/79.45 tff(2502,plain,
% 126.84/79.45 (v958(constB7) | (~v960(constB7))),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2501, 251, 101, 108])).
% 126.84/79.45 tff(2503,plain,
% 126.84/79.45 (v958(constB7)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2502, 2498])).
% 126.84/79.45 tff(2504,plain,
% 126.84/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB6, constB7)) | v957(constB7) | (~v958(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB6, constB7)) | v957(constB7) | (~v958(constB7)))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2505,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB6, constB7)) | v957(constB7) | (~v958(constB7)))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2506,plain,
% 126.84/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB6, constB7)) | v957(constB7) | (~v958(constB7))),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2505, 2504])).
% 126.84/79.45 tff(2507,plain,
% 126.84/79.45 (v957(constB7) | (~v958(constB7))),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2506, 266, 101])).
% 126.84/79.45 tff(2508,plain,
% 126.84/79.45 (v957(constB7)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2507, 2503])).
% 126.84/79.45 tff(2509,plain,
% 126.84/79.45 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB7)) | (~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB7)) | (~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2510,plain,
% 126.84/79.45 ((v940(constB7, bitIndex0) | (~v957(constB7)) | (~v956(constB7, bitIndex0))) <=> ((~v957(constB7)) | (~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2511,plain,
% 126.84/79.45 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB7, bitIndex0) | (~v957(constB7)) | (~v956(constB7, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB7)) | (~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0)))),
% 126.84/79.45 inference(monotonicity,[status(thm)],[2510])).
% 126.84/79.45 tff(2512,plain,
% 126.84/79.45 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB7, bitIndex0) | (~v957(constB7)) | (~v956(constB7, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB7)) | (~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0))),
% 126.84/79.45 inference(transitivity,[status(thm)],[2511, 2509])).
% 126.84/79.45 tff(2513,plain,
% 126.84/79.45 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB7, bitIndex0) | (~v957(constB7)) | (~v956(constB7, bitIndex0)))),
% 126.84/79.45 inference(quant_inst,[status(thm)],[])).
% 126.84/79.45 tff(2514,plain,
% 126.84/79.45 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB7)) | (~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0)),
% 126.84/79.45 inference(modus_ponens,[status(thm)],[2513, 2512])).
% 126.84/79.45 tff(2515,plain,
% 126.84/79.45 ($false),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2514, 281, 2508, 2493, 2492])).
% 126.84/79.45 tff(2516,plain,((~v956(constB7, bitIndex0)) | v940(constB7, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.84/79.45 tff(2517,plain,
% 126.84/79.45 (v940(constB7, bitIndex0)),
% 126.84/79.45 inference(unit_resolution,[status(thm)],[2516, 2491])).
% 126.84/79.45 tff(2518,assumption,(v940(constB7, bitIndex0)), introduced(assumption)).
% 126.84/79.45 tff(2519,assumption,(~v938(constB6, bitIndex0)), introduced(assumption)).
% 126.84/79.45 tff(2520,plain,
% 126.84/79.45 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB6, constB7)) | (~v940(constB7, bitIndex0)) | v938(constB6, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB6, constB7)) | (~v940(constB7, bitIndex0)) | v938(constB6, bitIndex0))),
% 126.84/79.45 inference(rewrite,[status(thm)],[])).
% 126.84/79.45 tff(2521,plain,
% 126.84/79.45 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB6, constB7)) | (~v940(constB7, bitIndex0)) | v938(constB6, bitIndex0))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2522,plain,
% 126.92/79.45 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB6, constB7)) | (~v940(constB7, bitIndex0)) | v938(constB6, bitIndex0)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2521, 2520])).
% 126.92/79.45 tff(2523,plain,
% 126.92/79.45 ($false),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2522, 302, 101, 2519, 2518])).
% 126.92/79.45 tff(2524,plain,((~v940(constB7, bitIndex0)) | v938(constB6, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.45 tff(2525,plain,
% 126.92/79.45 (v938(constB6, bitIndex0)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2524, 2517])).
% 126.92/79.45 tff(2526,assumption,(v938(constB6, bitIndex0)), introduced(assumption)).
% 126.92/79.45 tff(2527,plain,
% 126.92/79.45 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB6) | (~v938(constB6, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB6) | (~v938(constB6, bitIndex0)))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2528,plain,
% 126.92/79.45 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB6) | (~v938(constB6, bitIndex0)))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2529,plain,
% 126.92/79.45 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB6) | (~v938(constB6, bitIndex0))),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2528, 2527])).
% 126.92/79.45 tff(2530,plain,
% 126.92/79.45 ($false),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2529, 335, 1104, 2526])).
% 126.92/79.45 tff(2531,plain,((~v938(constB6, bitIndex0)) | v11(constB6)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.45 tff(2532,plain,
% 126.92/79.45 (v11(constB6)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2531, 2525])).
% 126.92/79.45 tff(2533,assumption,(~v13(constB6, bitIndex2)), introduced(assumption)).
% 126.92/79.45 tff(2534,plain,
% 126.92/79.45 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB6)) | v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB6)) | v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1)))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2535,plain,
% 126.92/79.45 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB6)) | v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1)))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2536,plain,
% 126.92/79.45 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB6)) | v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2535, 2534])).
% 126.92/79.45 tff(2537,plain,
% 126.92/79.45 ((~v11(constB6)) | (~v938(constB6, bitIndex1))),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2536, 2226, 2533])).
% 126.92/79.45 tff(2538,plain,
% 126.92/79.45 (~v938(constB6, bitIndex1)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2537, 2532])).
% 126.92/79.45 tff(2539,assumption,(~v938(constB6, bitIndex1)), introduced(assumption)).
% 126.92/79.45 tff(2540,assumption,(v940(constB7, bitIndex1)), introduced(assumption)).
% 126.92/79.45 tff(2541,plain,
% 126.92/79.45 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB6, constB7)) | (~v940(constB7, bitIndex1)) | v938(constB6, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB6, constB7)) | (~v940(constB7, bitIndex1)) | v938(constB6, bitIndex1))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2542,plain,
% 126.92/79.45 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB6, constB7)) | (~v940(constB7, bitIndex1)) | v938(constB6, bitIndex1))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2543,plain,
% 126.92/79.45 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB6, constB7)) | (~v940(constB7, bitIndex1)) | v938(constB6, bitIndex1)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2542, 2541])).
% 126.92/79.45 tff(2544,plain,
% 126.92/79.45 ($false),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2543, 302, 101, 2540, 2539])).
% 126.92/79.45 tff(2545,plain,((~v940(constB7, bitIndex1)) | v938(constB6, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.45 tff(2546,plain,
% 126.92/79.45 (~v940(constB7, bitIndex1)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2545, 2538])).
% 126.92/79.45 tff(2547,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v932(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v932(constB7))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2548,plain,
% 126.92/79.45 (((~nextState(constB6, constB7)) | v932(constB7) | v934(constB7)) <=> ((~nextState(constB6, constB7)) | v934(constB7) | v932(constB7))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2549,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB6, constB7)) | v932(constB7) | v934(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v932(constB7)))),
% 126.92/79.45 inference(monotonicity,[status(thm)],[2548])).
% 126.92/79.45 tff(2550,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB6, constB7)) | v932(constB7) | v934(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v932(constB7))),
% 126.92/79.45 inference(transitivity,[status(thm)],[2549, 2547])).
% 126.92/79.45 tff(2551,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB6, constB7)) | v932(constB7) | v934(constB7))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2552,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB6, constB7)) | v934(constB7) | v932(constB7)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2551, 2550])).
% 126.92/79.45 tff(2553,plain,
% 126.92/79.45 (v934(constB7) | v932(constB7)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2552, 712, 101])).
% 126.92/79.45 tff(2554,plain,
% 126.92/79.45 (v932(constB7)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2553, 1148])).
% 126.92/79.45 tff(2555,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v931(constB7) | (~v932(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v931(constB7) | (~v932(constB7)))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2556,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v931(constB7) | (~v932(constB7)))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2557,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v931(constB7) | (~v932(constB7))),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2556, 2555])).
% 126.92/79.45 tff(2558,plain,
% 126.92/79.45 (v931(constB7) | (~v932(constB7))),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2557, 730, 101, 108])).
% 126.92/79.45 tff(2559,plain,
% 126.92/79.45 (v931(constB7)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2558, 2554])).
% 126.92/79.45 tff(2560,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB6, constB7)) | v930(constB7) | (~v931(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB6, constB7)) | v930(constB7) | (~v931(constB7)))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2561,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB6, constB7)) | v930(constB7) | (~v931(constB7)))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2562,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB6, constB7)) | v930(constB7) | (~v931(constB7))),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2561, 2560])).
% 126.92/79.45 tff(2563,plain,
% 126.92/79.45 (v930(constB7) | (~v931(constB7))),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2562, 745, 101])).
% 126.92/79.45 tff(2564,plain,
% 126.92/79.45 (v930(constB7)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2563, 2559])).
% 126.92/79.45 tff(2565,plain,
% 126.92/79.45 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB7)) | (~v929(constB7, bitIndex1)) | v940(constB7, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB7)) | (~v929(constB7, bitIndex1)) | v940(constB7, bitIndex1))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2566,plain,
% 126.92/79.45 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB7)) | (~v929(constB7, bitIndex1)) | v940(constB7, bitIndex1))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2567,plain,
% 126.92/79.45 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB7)) | (~v929(constB7, bitIndex1)) | v940(constB7, bitIndex1)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2566, 2565])).
% 126.92/79.45 tff(2568,plain,
% 126.92/79.45 ($false),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 2546, 2455])).
% 126.92/79.45 tff(2569,plain,((~(constB8 = sK952_VarCurr)) | v13(constB6, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.92/79.45 tff(2570,plain,
% 126.92/79.45 (~(constB8 = sK952_VarCurr)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2569, 2318, 2421, 1516])).
% 126.92/79.45 tff(2571,plain,
% 126.92/79.45 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB4) | v11(constB4))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB4) | v11(constB4))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2572,plain,
% 126.92/79.45 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB4) | v11(constB4))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2573,plain,
% 126.92/79.45 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB4) | v11(constB4)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2572, 2571])).
% 126.92/79.45 tff(2574,plain,
% 126.92/79.45 (v1050(constB4)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2573, 1480, 342])).
% 126.92/79.45 tff(2575,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB4, constB5)) | (~v1050(constB4)) | v1052(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB4, constB5)) | (~v1050(constB4)) | v1052(constB5))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2576,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB4, constB5)) | (~v1050(constB4)) | v1052(constB5))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2577,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB4, constB5)) | (~v1050(constB4)) | v1052(constB5)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2576, 2575])).
% 126.92/79.45 tff(2578,plain,
% 126.92/79.45 ((~v1050(constB4)) | v1052(constB5)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2577, 1468, 81])).
% 126.92/79.45 tff(2579,plain,
% 126.92/79.45 (v1052(constB5)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2578, 2574])).
% 126.92/79.45 tff(2580,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB4, constB5)) | v1047(constB5) | v934(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB4, constB5)) | v1047(constB5) | v934(constB5))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2581,plain,
% 126.92/79.45 (((~nextState(constB4, constB5)) | v934(constB5) | v1047(constB5)) <=> ((~nextState(constB4, constB5)) | v1047(constB5) | v934(constB5))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2582,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v1047(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB4, constB5)) | v1047(constB5) | v934(constB5)))),
% 126.92/79.45 inference(monotonicity,[status(thm)],[2581])).
% 126.92/79.45 tff(2583,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v1047(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB4, constB5)) | v1047(constB5) | v934(constB5))),
% 126.92/79.45 inference(transitivity,[status(thm)],[2582, 2580])).
% 126.92/79.45 tff(2584,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB4, constB5)) | v934(constB5) | v1047(constB5))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2585,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB4, constB5)) | v1047(constB5) | v934(constB5)),
% 126.92/79.45 inference(modus_ponens,[status(thm)],[2584, 2583])).
% 126.92/79.45 tff(2586,plain,
% 126.92/79.45 (v1047(constB5) | v934(constB5)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2585, 1392, 81])).
% 126.92/79.45 tff(2587,plain,
% 126.92/79.45 (v1047(constB5)),
% 126.92/79.45 inference(unit_resolution,[status(thm)],[2586, 350])).
% 126.92/79.45 tff(2588,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB4, constB5)) | v1045(constB5) | (~v1(constB5)) | (~v1047(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB4, constB5)) | v1045(constB5) | (~v1(constB5)) | (~v1047(constB5)))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2589,plain,
% 126.92/79.45 (((~nextState(constB4, constB5)) | (~v1(constB5)) | v1045(constB5) | (~v1047(constB5))) <=> ((~nextState(constB4, constB5)) | v1045(constB5) | (~v1(constB5)) | (~v1047(constB5)))),
% 126.92/79.45 inference(rewrite,[status(thm)],[])).
% 126.92/79.45 tff(2590,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v1045(constB5) | (~v1047(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB4, constB5)) | v1045(constB5) | (~v1(constB5)) | (~v1047(constB5))))),
% 126.92/79.45 inference(monotonicity,[status(thm)],[2589])).
% 126.92/79.45 tff(2591,plain,
% 126.92/79.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v1045(constB5) | (~v1047(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB4, constB5)) | v1045(constB5) | (~v1(constB5)) | (~v1047(constB5)))),
% 126.92/79.45 inference(transitivity,[status(thm)],[2590, 2588])).
% 126.92/79.45 tff(2592,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v1045(constB5) | (~v1047(constB5)))),
% 126.92/79.45 inference(quant_inst,[status(thm)],[])).
% 126.92/79.45 tff(2593,plain,
% 126.92/79.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB4, constB5)) | v1045(constB5) | (~v1(constB5)) | (~v1047(constB5))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2592, 2591])).
% 126.92/79.46 tff(2594,plain,
% 126.92/79.46 (v1045(constB5) | (~v1047(constB5))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2593, 1417, 81, 88])).
% 126.92/79.46 tff(2595,plain,
% 126.92/79.46 (v1045(constB5)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2594, 2587])).
% 126.92/79.46 tff(2596,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB4, constB5)) | v1044(constB5) | (~v1045(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB4, constB5)) | v1044(constB5) | (~v1045(constB5)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2597,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB4, constB5)) | v1044(constB5) | (~v1045(constB5)))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2598,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB4, constB5)) | v1044(constB5) | (~v1045(constB5))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2597, 2596])).
% 126.92/79.46 tff(2599,plain,
% 126.92/79.46 (v1044(constB5) | (~v1045(constB5))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2598, 1435, 81])).
% 126.92/79.46 tff(2600,plain,
% 126.92/79.46 (v1044(constB5)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2599, 2595])).
% 126.92/79.46 tff(2601,plain,
% 126.92/79.46 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB5, bitIndex0) | (~v1052(constB5)) | (~v1044(constB5)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB5, bitIndex0) | (~v1052(constB5)) | (~v1044(constB5)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2602,plain,
% 126.92/79.46 ((v7(constB5, bitIndex0) | (~v1044(constB5)) | (~v1052(constB5))) <=> (v7(constB5, bitIndex0) | (~v1052(constB5)) | (~v1044(constB5)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2603,plain,
% 126.92/79.46 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB5, bitIndex0) | (~v1044(constB5)) | (~v1052(constB5)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB5, bitIndex0) | (~v1052(constB5)) | (~v1044(constB5))))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2602])).
% 126.92/79.46 tff(2604,plain,
% 126.92/79.46 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB5, bitIndex0) | (~v1044(constB5)) | (~v1052(constB5)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB5, bitIndex0) | (~v1052(constB5)) | (~v1044(constB5)))),
% 126.92/79.46 inference(transitivity,[status(thm)],[2603, 2601])).
% 126.92/79.46 tff(2605,plain,
% 126.92/79.46 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB5, bitIndex0) | (~v1044(constB5)) | (~v1052(constB5)))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2606,plain,
% 126.92/79.46 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB5, bitIndex0) | (~v1052(constB5)) | (~v1044(constB5))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2605, 2604])).
% 126.92/79.46 tff(2607,plain,
% 126.92/79.46 (v7(constB5, bitIndex0) | (~v1052(constB5))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2606, 1450, 2600])).
% 126.92/79.46 tff(2608,plain,
% 126.92/79.46 (v7(constB5, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2607, 2579])).
% 126.92/79.46 tff(2609,assumption,(constB5 = sK952_VarCurr), introduced(assumption)).
% 126.92/79.46 tff(2610,plain,
% 126.92/79.46 (v7(constB5, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2609])).
% 126.92/79.46 tff(2611,plain,
% 126.92/79.46 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB5, bitIndex0)),
% 126.92/79.46 inference(symmetry,[status(thm)],[2610])).
% 126.92/79.46 tff(2612,plain,
% 126.92/79.46 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB5, bitIndex0))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2611])).
% 126.92/79.46 tff(2613,plain,
% 126.92/79.46 (~v7(constB5, bitIndex0)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[1245, 2612])).
% 126.92/79.46 tff(2614,assumption,(v7(constB5, bitIndex0)), introduced(assumption)).
% 126.92/79.46 tff(2615,plain,
% 126.92/79.46 ($false),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2614, 2613])).
% 126.92/79.46 tff(2616,plain,((~(constB5 = sK952_VarCurr)) | (~v7(constB5, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.46 tff(2617,plain,
% 126.92/79.46 (~(constB5 = sK952_VarCurr)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2616, 1245, 2608])).
% 126.92/79.46 tff(2618,plain,
% 126.92/79.46 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)) <=> ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)))),
% 126.92/79.46 inference(bind,[status(th)],[])).
% 126.92/79.46 tff(2619,plain,
% 126.92/79.46 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(quant_intro,[status(thm)],[2618])).
% 126.92/79.46 tff(2620,plain,
% 126.92/79.46 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2621,plain,
% 126.92/79.46 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) <=> ((~v7(VarCurr, bitIndex1)) | v7(VarNext, bitIndex1))), (((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) | v957(VarNext)) <=> (((~v7(VarCurr, bitIndex1)) | v7(VarNext, bitIndex1)) | v957(VarNext)))), rewrite((((~v7(VarCurr, bitIndex1)) | v7(VarNext, bitIndex1)) | v957(VarNext)) <=> ((~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))), (((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) | v957(VarNext)) <=> ((~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)))), ((((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) | v957(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (((~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))), ((((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) | v957(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))))),
% 126.92/79.46 inference(bind,[status(th)],[])).
% 126.92/79.46 tff(2622,plain,
% 126.92/79.46 (![VarNext: $i, VarCurr: $i] : (((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) | v957(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(quant_intro,[status(thm)],[2621])).
% 126.92/79.46 tff(2623,axiom,(![VarNext: $i, VarCurr: $i] : (((v7(VarNext, bitIndex1) | (~v7(VarCurr, bitIndex1))) | v957(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16641')).
% 126.92/79.46 tff(2624,plain,
% 126.92/79.46 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2623, 2622])).
% 126.92/79.46 tff(2625,plain,
% 126.92/79.46 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2624, 2620])).
% 126.92/79.46 tff(2626,plain,(
% 126.92/79.46 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(skolemize,[status(sab)],[2625])).
% 126.92/79.46 tff(2627,plain,
% 126.92/79.46 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2626, 2619])).
% 126.92/79.46 tff(2628,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB9, bitIndex1)) | (~nextState(constB9, constB10)) | v957(constB10) | v7(constB10, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB9, bitIndex1)) | (~nextState(constB9, constB10)) | v957(constB10) | v7(constB10, bitIndex1))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2629,plain,
% 126.92/79.46 (((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex1)) | v957(constB10) | v7(constB10, bitIndex1)) <=> ((~v7(constB9, bitIndex1)) | (~nextState(constB9, constB10)) | v957(constB10) | v7(constB10, bitIndex1))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2630,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex1)) | v957(constB10) | v7(constB10, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB9, bitIndex1)) | (~nextState(constB9, constB10)) | v957(constB10) | v7(constB10, bitIndex1)))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2629])).
% 126.92/79.46 tff(2631,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex1)) | v957(constB10) | v7(constB10, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB9, bitIndex1)) | (~nextState(constB9, constB10)) | v957(constB10) | v7(constB10, bitIndex1))),
% 126.92/79.46 inference(transitivity,[status(thm)],[2630, 2628])).
% 126.92/79.46 tff(2632,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex1)) | v957(constB10) | v7(constB10, bitIndex1))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2633,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB9, bitIndex1)) | (~nextState(constB9, constB10)) | v957(constB10) | v7(constB10, bitIndex1)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2632, 2631])).
% 126.92/79.46 tff(2634,plain,
% 126.92/79.46 ((~v7(constB9, bitIndex1)) | v957(constB10) | v7(constB10, bitIndex1)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2633, 2627, 131])).
% 126.92/79.46 tff(2635,plain,
% 126.92/79.46 ((~v7(constB9, bitIndex1)) | v7(constB10, bitIndex1)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2634, 170])).
% 126.92/79.46 tff(2636,plain,
% 126.92/79.46 (~v7(constB9, bitIndex1)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2635, 1])).
% 126.92/79.46 tff(2637,assumption,(constB9 = sK952_VarCurr), introduced(assumption)).
% 126.92/79.46 tff(2638,plain,
% 126.92/79.46 (v7(constB9, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2637])).
% 126.92/79.46 tff(2639,plain,
% 126.92/79.46 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB9, bitIndex1)),
% 126.92/79.46 inference(symmetry,[status(thm)],[2638])).
% 126.92/79.46 tff(2640,plain,
% 126.92/79.46 (v7(constB9, bitIndex1)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[11, 2639])).
% 126.92/79.46 tff(2641,assumption,(~v7(constB9, bitIndex1)), introduced(assumption)).
% 126.92/79.46 tff(2642,plain,
% 126.92/79.46 ($false),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2641, 2640])).
% 126.92/79.46 tff(2643,plain,((~(constB9 = sK952_VarCurr)) | v7(constB9, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 126.92/79.46 tff(2644,plain,
% 126.92/79.46 (~(constB9 = sK952_VarCurr)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2643, 2636, 1516])).
% 126.92/79.46 tff(2645,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v1045(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v1045(constB6)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2646,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v1045(constB6)))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2647,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v1045(constB6))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2646, 2645])).
% 126.92/79.46 tff(2648,plain,
% 126.92/79.46 (~v1045(constB6)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2647, 1583, 91, 98])).
% 126.92/79.46 tff(2649,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB5, constB6)) | v1045(constB6) | (~v1044(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB5, constB6)) | v1045(constB6) | (~v1044(constB6)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2650,plain,
% 126.92/79.46 (((~nextState(constB5, constB6)) | (~v1044(constB6)) | v1045(constB6)) <=> ((~nextState(constB5, constB6)) | v1045(constB6) | (~v1044(constB6)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2651,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB5, constB6)) | (~v1044(constB6)) | v1045(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB5, constB6)) | v1045(constB6) | (~v1044(constB6))))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2650])).
% 126.92/79.46 tff(2652,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB5, constB6)) | (~v1044(constB6)) | v1045(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB5, constB6)) | v1045(constB6) | (~v1044(constB6)))),
% 126.92/79.46 inference(transitivity,[status(thm)],[2651, 2649])).
% 126.92/79.46 tff(2653,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB5, constB6)) | (~v1044(constB6)) | v1045(constB6))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2654,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB5, constB6)) | v1045(constB6) | (~v1044(constB6))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2653, 2652])).
% 126.92/79.46 tff(2655,plain,
% 126.92/79.46 (v1045(constB6) | (~v1044(constB6))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2654, 1597, 91])).
% 126.92/79.46 tff(2656,plain,
% 126.92/79.46 (~v1044(constB6)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2655, 2648])).
% 126.92/79.46 tff(2657,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v1044(constB6) | v7(constB6, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v1044(constB6) | v7(constB6, bitIndex0))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2658,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v1044(constB6) | v7(constB6, bitIndex0))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2659,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v1044(constB6) | v7(constB6, bitIndex0)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2658, 2657])).
% 126.92/79.46 tff(2660,plain,
% 126.92/79.46 ((~v7(constB5, bitIndex0)) | v1044(constB6) | v7(constB6, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2659, 1615, 91])).
% 126.92/79.46 tff(2661,plain,
% 126.92/79.46 ((~v7(constB5, bitIndex0)) | v7(constB6, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2660, 2656])).
% 126.92/79.46 tff(2662,plain,
% 126.92/79.46 (v7(constB6, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2661, 2608])).
% 126.92/79.46 tff(2663,plain,
% 126.92/79.46 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB6)) | (~v7(constB6, bitIndex0)) | v13(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB6)) | (~v7(constB6, bitIndex0)) | v13(constB6, bitIndex0))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2664,plain,
% 126.92/79.46 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB6)) | (~v7(constB6, bitIndex0)) | v13(constB6, bitIndex0))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2665,plain,
% 126.92/79.46 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB6)) | (~v7(constB6, bitIndex0)) | v13(constB6, bitIndex0)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2664, 2663])).
% 126.92/79.46 tff(2666,plain,
% 126.92/79.46 ((~v7(constB6, bitIndex0)) | v13(constB6, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2665, 1695, 674])).
% 126.92/79.46 tff(2667,plain,
% 126.92/79.46 (v13(constB6, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2666, 2662])).
% 126.92/79.46 tff(2668,plain,
% 126.92/79.46 (v7(constB7, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2])).
% 126.92/79.46 tff(2669,plain,
% 126.92/79.46 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB7, bitIndex1)),
% 126.92/79.46 inference(symmetry,[status(thm)],[2668])).
% 126.92/79.46 tff(2670,plain,
% 126.92/79.46 (v7(constB7, bitIndex1)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[1516, 2669])).
% 126.92/79.46 tff(2671,plain,
% 126.92/79.46 (v7(constB7, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2])).
% 126.92/79.46 tff(2672,plain,
% 126.92/79.46 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB7, bitIndex0)),
% 126.92/79.46 inference(symmetry,[status(thm)],[2671])).
% 126.92/79.46 tff(2673,plain,
% 126.92/79.46 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB7, bitIndex0))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2672])).
% 126.92/79.46 tff(2674,plain,
% 126.92/79.46 (~v7(constB7, bitIndex0)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[1245, 2673])).
% 126.92/79.46 tff(2675,assumption,(v7(constB7, bitIndex0)), introduced(assumption)).
% 126.92/79.46 tff(2676,plain,
% 126.92/79.46 ($false),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2675, 2674])).
% 126.92/79.46 tff(2677,plain,((~(constB7 = sK952_VarCurr)) | (~v7(constB7, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.46 tff(2678,plain,
% 126.92/79.46 (~v7(constB7, bitIndex0)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2677, 2, 1245])).
% 126.92/79.46 tff(2679,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB6, constB7)) | v1047(constB7) | v934(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB6, constB7)) | v1047(constB7) | v934(constB7))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2680,plain,
% 126.92/79.46 (((~nextState(constB6, constB7)) | v934(constB7) | v1047(constB7)) <=> ((~nextState(constB6, constB7)) | v1047(constB7) | v934(constB7))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2681,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v1047(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB6, constB7)) | v1047(constB7) | v934(constB7)))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2680])).
% 126.92/79.46 tff(2682,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v1047(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB6, constB7)) | v1047(constB7) | v934(constB7))),
% 126.92/79.46 inference(transitivity,[status(thm)],[2681, 2679])).
% 126.92/79.46 tff(2683,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB6, constB7)) | v934(constB7) | v1047(constB7))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2684,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB6, constB7)) | v1047(constB7) | v934(constB7)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2683, 2682])).
% 126.92/79.46 tff(2685,plain,
% 126.92/79.46 (v1047(constB7) | v934(constB7)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2684, 1392, 101])).
% 126.92/79.46 tff(2686,plain,
% 126.92/79.46 (v1047(constB7)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2685, 1148])).
% 126.92/79.46 tff(2687,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB6, constB7)) | v1045(constB7) | (~v1(constB7)) | (~v1047(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB6, constB7)) | v1045(constB7) | (~v1(constB7)) | (~v1047(constB7)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2688,plain,
% 126.92/79.46 (((~nextState(constB6, constB7)) | (~v1(constB7)) | v1045(constB7) | (~v1047(constB7))) <=> ((~nextState(constB6, constB7)) | v1045(constB7) | (~v1(constB7)) | (~v1047(constB7)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2689,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v1045(constB7) | (~v1047(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB6, constB7)) | v1045(constB7) | (~v1(constB7)) | (~v1047(constB7))))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2688])).
% 126.92/79.46 tff(2690,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v1045(constB7) | (~v1047(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB6, constB7)) | v1045(constB7) | (~v1(constB7)) | (~v1047(constB7)))),
% 126.92/79.46 inference(transitivity,[status(thm)],[2689, 2687])).
% 126.92/79.46 tff(2691,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v1045(constB7) | (~v1047(constB7)))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2692,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB6, constB7)) | v1045(constB7) | (~v1(constB7)) | (~v1047(constB7))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2691, 2690])).
% 126.92/79.46 tff(2693,plain,
% 126.92/79.46 (v1045(constB7) | (~v1047(constB7))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2692, 1417, 101, 108])).
% 126.92/79.46 tff(2694,plain,
% 126.92/79.46 (v1045(constB7)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2693, 2686])).
% 126.92/79.46 tff(2695,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB6, constB7)) | v1044(constB7) | (~v1045(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB6, constB7)) | v1044(constB7) | (~v1045(constB7)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2696,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB6, constB7)) | v1044(constB7) | (~v1045(constB7)))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2697,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB6, constB7)) | v1044(constB7) | (~v1045(constB7))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2696, 2695])).
% 126.92/79.46 tff(2698,plain,
% 126.92/79.46 (v1044(constB7) | (~v1045(constB7))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2697, 1435, 101])).
% 126.92/79.46 tff(2699,plain,
% 126.92/79.46 (v1044(constB7)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2698, 2694])).
% 126.92/79.46 tff(2700,plain,
% 126.92/79.46 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB7, bitIndex0) | (~v1052(constB7)) | (~v1044(constB7)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB7, bitIndex0) | (~v1052(constB7)) | (~v1044(constB7)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2701,plain,
% 126.92/79.46 ((v7(constB7, bitIndex0) | (~v1044(constB7)) | (~v1052(constB7))) <=> (v7(constB7, bitIndex0) | (~v1052(constB7)) | (~v1044(constB7)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2702,plain,
% 126.92/79.46 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB7, bitIndex0) | (~v1044(constB7)) | (~v1052(constB7)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB7, bitIndex0) | (~v1052(constB7)) | (~v1044(constB7))))),
% 126.92/79.46 inference(monotonicity,[status(thm)],[2701])).
% 126.92/79.46 tff(2703,plain,
% 126.92/79.46 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB7, bitIndex0) | (~v1044(constB7)) | (~v1052(constB7)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB7, bitIndex0) | (~v1052(constB7)) | (~v1044(constB7)))),
% 126.92/79.46 inference(transitivity,[status(thm)],[2702, 2700])).
% 126.92/79.46 tff(2704,plain,
% 126.92/79.46 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB7, bitIndex0) | (~v1044(constB7)) | (~v1052(constB7)))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2705,plain,
% 126.92/79.46 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB7, bitIndex0) | (~v1052(constB7)) | (~v1044(constB7))),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2704, 2703])).
% 126.92/79.46 tff(2706,plain,
% 126.92/79.46 (v7(constB7, bitIndex0) | (~v1052(constB7))),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2705, 1450, 2699])).
% 126.92/79.46 tff(2707,plain,
% 126.92/79.46 (~v1052(constB7)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2706, 2678])).
% 126.92/79.46 tff(2708,plain,
% 126.92/79.46 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB6, constB7)) | (~v1050(constB6)) | v1052(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB6, constB7)) | (~v1050(constB6)) | v1052(constB7))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2709,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB6, constB7)) | (~v1050(constB6)) | v1052(constB7))),
% 126.92/79.46 inference(quant_inst,[status(thm)],[])).
% 126.92/79.46 tff(2710,plain,
% 126.92/79.46 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB6, constB7)) | (~v1050(constB6)) | v1052(constB7)),
% 126.92/79.46 inference(modus_ponens,[status(thm)],[2709, 2708])).
% 126.92/79.46 tff(2711,plain,
% 126.92/79.46 ((~v1050(constB6)) | v1052(constB7)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2710, 1468, 101])).
% 126.92/79.46 tff(2712,plain,
% 126.92/79.46 (~v1050(constB6)),
% 126.92/79.46 inference(unit_resolution,[status(thm)],[2711, 2707])).
% 126.92/79.46 tff(2713,assumption,(v13(constB6, bitIndex0)), introduced(assumption)).
% 126.92/79.46 tff(2714,plain,
% 126.92/79.46 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB6) | (~v11(constB6)) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB6) | (~v11(constB6)) | (~v13(constB6, bitIndex0)))),
% 126.92/79.46 inference(rewrite,[status(thm)],[])).
% 126.92/79.46 tff(2715,plain,
% 126.92/79.46 (((~v11(constB6)) | v1050(constB6) | (~v13(constB6, bitIndex0))) <=> (v1050(constB6) | (~v11(constB6)) | (~v13(constB6, bitIndex0)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2716,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB6)) | v1050(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB6) | (~v11(constB6)) | (~v13(constB6, bitIndex0))))),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2715])).
% 126.92/79.47 tff(2717,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB6)) | v1050(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB6) | (~v11(constB6)) | (~v13(constB6, bitIndex0)))),
% 126.92/79.47 inference(transitivity,[status(thm)],[2716, 2714])).
% 126.92/79.47 tff(2718,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB6)) | v1050(constB6) | (~v13(constB6, bitIndex0)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2719,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB6) | (~v11(constB6)) | (~v13(constB6, bitIndex0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2718, 2717])).
% 126.92/79.47 tff(2720,plain,
% 126.92/79.47 (v1050(constB6) | (~v11(constB6))),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2719, 2000, 2713])).
% 126.92/79.47 tff(2721,plain,
% 126.92/79.47 (~v11(constB6)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2720, 2712])).
% 126.92/79.47 tff(2722,plain,
% 126.92/79.47 (~v938(constB6, bitIndex0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2531, 2721])).
% 126.92/79.47 tff(2723,plain,
% 126.92/79.47 (~v940(constB7, bitIndex0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2524, 2722])).
% 126.92/79.47 tff(2724,plain,
% 126.92/79.47 (~v956(constB7, bitIndex0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2516, 2723])).
% 126.92/79.47 tff(2725,plain,
% 126.92/79.47 (~v7(constB7, bitIndex1)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2490, 2724])).
% 126.92/79.47 tff(2726,plain,
% 126.92/79.47 ($false),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2725, 2670])).
% 126.92/79.47 tff(2727,plain,((~(constB7 = sK952_VarCurr)) | (~v13(constB6, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.47 tff(2728,plain,
% 126.92/79.47 (~(constB7 = sK952_VarCurr)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2727, 1245, 2667])).
% 126.92/79.47 tff(2729,assumption,(v938(constB2, bitIndex0)), introduced(assumption)).
% 126.92/79.47 tff(2730,assumption,(~v11(constB2)), introduced(assumption)).
% 126.92/79.47 tff(2731,plain,
% 126.92/79.47 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB2) | (~v938(constB2, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB2) | (~v938(constB2, bitIndex0)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2732,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB2) | (~v938(constB2, bitIndex0)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2733,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB2) | (~v938(constB2, bitIndex0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2732, 2731])).
% 126.92/79.47 tff(2734,plain,
% 126.92/79.47 ($false),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2733, 335, 2730, 2729])).
% 126.92/79.47 tff(2735,plain,((~v938(constB2, bitIndex0)) | v11(constB2)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.47 tff(2736,plain,
% 126.92/79.47 (v11(constB2)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2735, 2729])).
% 126.92/79.47 tff(2737,assumption,(v938(constB0, bitIndex1)), introduced(assumption)).
% 126.92/79.47 tff(2738,assumption,(~v11(constB0)), introduced(assumption)).
% 126.92/79.47 tff(2739,plain,
% 126.92/79.47 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB0) | (~v938(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB0) | (~v938(constB0, bitIndex1)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2740,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB0) | (~v938(constB0, bitIndex1)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2741,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB0) | (~v938(constB0, bitIndex1))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2740, 2739])).
% 126.92/79.47 tff(2742,plain,
% 126.92/79.47 ($false),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2741, 335, 2738, 2737])).
% 126.92/79.47 tff(2743,plain,((~v938(constB0, bitIndex1)) | v11(constB0)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.47 tff(2744,plain,
% 126.92/79.47 (v11(constB0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2743, 2737])).
% 126.92/79.47 tff(2745,assumption,(sP960(constB0)), introduced(assumption)).
% 126.92/79.47 tff(2746,plain,
% 126.92/79.47 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB0, bitIndex1) | (~sP960(constB0)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB0, bitIndex1) | (~sP960(constB0)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2747,plain,
% 126.92/79.47 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB0, bitIndex1) | (~sP960(constB0)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2748,plain,
% 126.92/79.47 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB0, bitIndex1) | (~sP960(constB0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2747, 2746])).
% 126.92/79.47 tff(2749,plain,
% 126.92/79.47 (v28(constB0, bitIndex1)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2748, 1819, 2745])).
% 126.92/79.47 tff(2750,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB0)) | (~sP960(constB0)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB0)) | (~sP960(constB0)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2751,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB0)) | (~sP960(constB0)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2752,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB0)) | (~sP960(constB0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2751, 2750])).
% 126.92/79.47 tff(2753,plain,
% 126.92/79.47 (~v32(constB0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2752, 1841, 2745])).
% 126.92/79.47 tff(2754,assumption,(~v13(constB0, bitIndex0)), introduced(assumption)).
% 126.92/79.47 tff(2755,plain,
% 126.92/79.47 (^[VarCurr: $i] : refl(((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)) <=> ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2756,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2755])).
% 126.92/79.47 tff(2757,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2758,plain,
% 126.92/79.47 (^[VarCurr: $i] : trans(monotonicity(rewrite((((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) <=> ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))), (((((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)) <=> (((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)))), rewrite((((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)) <=> ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))), (((((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)) <=> ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2759,plain,
% 126.92/79.47 (![VarCurr: $i] : ((((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2758])).
% 126.92/79.47 tff(2760,axiom,(![VarCurr: $i] : ((((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16476')).
% 126.92/79.47 tff(2761,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2760, 2759])).
% 126.92/79.47 tff(2762,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2761, 2757])).
% 126.92/79.47 tff(2763,plain,(
% 126.92/79.47 ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2762])).
% 126.92/79.47 tff(2764,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2763, 2756])).
% 126.92/79.47 tff(2765,plain,
% 126.92/79.47 (v17(constB0, bitIndex2) <=> v17(constB0, bitIndex2)),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2766,axiom,(v17(constB0, bitIndex2)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16581')).
% 126.92/79.47 tff(2767,plain,
% 126.92/79.47 (v17(constB0, bitIndex2)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2766, 2765])).
% 126.92/79.47 tff(2768,plain,
% 126.92/79.47 (v7(constB0, bitIndex0) <=> v7(constB0, bitIndex0)),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2769,axiom,(v7(constB0, bitIndex0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26237')).
% 126.92/79.47 tff(2770,plain,
% 126.92/79.47 (v7(constB0, bitIndex0)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2769, 2768])).
% 126.92/79.47 tff(2771,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v17(constB0, bitIndex2)) | v28(constB0, bitIndex1) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v17(constB0, bitIndex2)) | v28(constB0, bitIndex1) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2772,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v17(constB0, bitIndex2)) | v28(constB0, bitIndex1) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2773,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v17(constB0, bitIndex2)) | v28(constB0, bitIndex1) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2772, 2771])).
% 126.92/79.47 tff(2774,plain,
% 126.92/79.47 (v28(constB0, bitIndex1) | v13(constB0, bitIndex0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2773, 2770, 2767, 2764])).
% 126.92/79.47 tff(2775,plain,
% 126.92/79.47 (v28(constB0, bitIndex1)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2774, 2754])).
% 126.92/79.47 tff(2776,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB0)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB0)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2777,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB0)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2778,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB0)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex0)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2777, 2776])).
% 126.92/79.47 tff(2779,plain,
% 126.92/79.47 ((~v32(constB0)) | v13(constB0, bitIndex0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2778, 2770, 1695])).
% 126.92/79.47 tff(2780,plain,
% 126.92/79.47 (~v32(constB0)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2779, 2754])).
% 126.92/79.47 tff(2781,assumption,(v888(constB0, bitIndex1)), introduced(assumption)).
% 126.92/79.47 tff(2782,assumption,(~range_69_63(bitIndex66)), introduced(assumption)).
% 126.92/79.47 tff(2783,plain,
% 126.92/79.47 (^[B: $i] : refl((range_69_63(B) | (~(bitIndex66 = B))) <=> (range_69_63(B) | (~(bitIndex66 = B))))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2784,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex66 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2783])).
% 126.92/79.47 tff(2785,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex66 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2786,plain,
% 126.92/79.47 (^[B: $i] : rewrite(((~(bitIndex66 = B)) | range_69_63(B)) <=> (range_69_63(B) | (~(bitIndex66 = B))))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2787,plain,
% 126.92/79.47 (![B: $i] : ((~(bitIndex66 = B)) | range_69_63(B)) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2786])).
% 126.92/79.47 tff(2788,axiom,(![B: $i] : ((~(bitIndex66 = B)) | range_69_63(B))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26262')).
% 126.92/79.47 tff(2789,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2788, 2787])).
% 126.92/79.47 tff(2790,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2789, 2785])).
% 126.92/79.47 tff(2791,plain,(
% 126.92/79.47 ![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2790])).
% 126.92/79.47 tff(2792,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2791, 2784])).
% 126.92/79.47 tff(2793,plain,
% 126.92/79.47 (((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | range_69_63(bitIndex66)) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | range_69_63(bitIndex66))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2794,plain,
% 126.92/79.47 ((range_69_63(bitIndex66) | $false) <=> range_69_63(bitIndex66)),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2795,plain,
% 126.92/79.47 ((~$true) <=> $false),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2796,plain,
% 126.92/79.47 ((bitIndex66 = bitIndex66) <=> $true),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2797,plain,
% 126.92/79.47 ((~(bitIndex66 = bitIndex66)) <=> (~$true)),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2796])).
% 126.92/79.47 tff(2798,plain,
% 126.92/79.47 ((~(bitIndex66 = bitIndex66)) <=> $false),
% 126.92/79.47 inference(transitivity,[status(thm)],[2797, 2795])).
% 126.92/79.47 tff(2799,plain,
% 126.92/79.47 ((range_69_63(bitIndex66) | (~(bitIndex66 = bitIndex66))) <=> (range_69_63(bitIndex66) | $false)),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2798])).
% 126.92/79.47 tff(2800,plain,
% 126.92/79.47 ((range_69_63(bitIndex66) | (~(bitIndex66 = bitIndex66))) <=> range_69_63(bitIndex66)),
% 126.92/79.47 inference(transitivity,[status(thm)],[2799, 2794])).
% 126.92/79.47 tff(2801,plain,
% 126.92/79.47 (((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | (range_69_63(bitIndex66) | (~(bitIndex66 = bitIndex66)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | range_69_63(bitIndex66))),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2800])).
% 126.92/79.47 tff(2802,plain,
% 126.92/79.47 (((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | (range_69_63(bitIndex66) | (~(bitIndex66 = bitIndex66)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | range_69_63(bitIndex66))),
% 126.92/79.47 inference(transitivity,[status(thm)],[2801, 2793])).
% 126.92/79.47 tff(2803,plain,
% 126.92/79.47 ((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | (range_69_63(bitIndex66) | (~(bitIndex66 = bitIndex66)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2804,plain,
% 126.92/79.47 ((~![B: $i] : (range_69_63(B) | (~(bitIndex66 = B)))) | range_69_63(bitIndex66)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2803, 2802])).
% 126.92/79.47 tff(2805,plain,
% 126.92/79.47 ($false),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2804, 2792, 2782])).
% 126.92/79.47 tff(2806,plain,(range_69_63(bitIndex66)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.47 tff(2807,plain,
% 126.92/79.47 (^[VarCurr: $i] : refl(((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556)) <=> ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2808,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2807])).
% 126.92/79.47 tff(2809,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2810,axiom,(![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16155')).
% 126.92/79.47 tff(2811,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2810, 2809])).
% 126.92/79.47 tff(2812,plain,(
% 126.92/79.47 ![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2811])).
% 126.92/79.47 tff(2813,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2812, 2808])).
% 126.92/79.47 tff(2814,plain,
% 126.92/79.47 ((~v94(constB0, bitIndex556)) <=> (~v94(constB0, bitIndex556))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2815,axiom,(~v94(constB0, bitIndex556)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u25713')).
% 126.92/79.47 tff(2816,plain,
% 126.92/79.47 (~v94(constB0, bitIndex556)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2815, 2814])).
% 126.92/79.47 tff(2817,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))) | ((~v92(constB0, bitIndex66)) | v94(constB0, bitIndex556))) <=> ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))) | (~v92(constB0, bitIndex66)) | v94(constB0, bitIndex556))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2818,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))) | ((~v92(constB0, bitIndex66)) | v94(constB0, bitIndex556))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2819,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex66)) | v94(VarCurr, bitIndex556))) | (~v92(constB0, bitIndex66)) | v94(constB0, bitIndex556)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2818, 2817])).
% 126.92/79.47 tff(2820,plain,
% 126.92/79.47 (~v92(constB0, bitIndex66)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2819, 2816, 2813])).
% 126.92/79.47 tff(2821,plain,
% 126.92/79.47 (^[B: $i, VarCurr: $i] : refl(((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B)) <=> ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2822,plain,
% 126.92/79.47 (![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2821])).
% 126.92/79.47 tff(2823,plain,
% 126.92/79.47 (![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2824,plain,
% 126.92/79.47 (^[B: $i, VarCurr: $i] : trans(monotonicity(rewrite((v92(VarCurr, B) | (~v90(VarCurr, B))) <=> ((~v90(VarCurr, B)) | v92(VarCurr, B))), (((v92(VarCurr, B) | (~v90(VarCurr, B))) | (~range_69_63(B))) <=> (((~v90(VarCurr, B)) | v92(VarCurr, B)) | (~range_69_63(B))))), rewrite((((~v90(VarCurr, B)) | v92(VarCurr, B)) | (~range_69_63(B))) <=> ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))), (((v92(VarCurr, B) | (~v90(VarCurr, B))) | (~range_69_63(B))) <=> ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2825,plain,
% 126.92/79.47 (![B: $i, VarCurr: $i] : ((v92(VarCurr, B) | (~v90(VarCurr, B))) | (~range_69_63(B))) <=> ![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2824])).
% 126.92/79.47 tff(2826,axiom,(![B: $i, VarCurr: $i] : ((v92(VarCurr, B) | (~v90(VarCurr, B))) | (~range_69_63(B)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16943')).
% 126.92/79.47 tff(2827,plain,
% 126.92/79.47 (![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2826, 2825])).
% 126.92/79.47 tff(2828,plain,
% 126.92/79.47 (![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2827, 2823])).
% 126.92/79.47 tff(2829,plain,(
% 126.92/79.47 ![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2828])).
% 126.92/79.47 tff(2830,plain,
% 126.92/79.47 (![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2829, 2822])).
% 126.92/79.47 tff(2831,plain,
% 126.92/79.47 (((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex66)) | (~v90(constB0, bitIndex66)) | v92(constB0, bitIndex66))) <=> ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex66)) | (~v90(constB0, bitIndex66)) | v92(constB0, bitIndex66))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2832,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex66)) | (~v90(constB0, bitIndex66)) | v92(constB0, bitIndex66))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2833,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex66)) | (~v90(constB0, bitIndex66)) | v92(constB0, bitIndex66)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2832, 2831])).
% 126.92/79.47 tff(2834,plain,
% 126.92/79.47 ((~range_69_63(bitIndex66)) | (~v90(constB0, bitIndex66))),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2833, 2830, 2820])).
% 126.92/79.47 tff(2835,plain,
% 126.92/79.47 (~v90(constB0, bitIndex66)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2834, 2806])).
% 126.92/79.47 tff(2836,plain,
% 126.92/79.47 (^[VarCurr: $i] : refl(((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66)) <=> ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2837,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2836])).
% 126.92/79.47 tff(2838,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2839,plain,
% 126.92/79.47 (^[VarCurr: $i] : rewrite((v90(VarCurr, bitIndex66) | (~v770(VarCurr, bitIndex3))) <=> ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2840,plain,
% 126.92/79.47 (![VarCurr: $i] : (v90(VarCurr, bitIndex66) | (~v770(VarCurr, bitIndex3))) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2839])).
% 126.92/79.47 tff(2841,axiom,(![VarCurr: $i] : (v90(VarCurr, bitIndex66) | (~v770(VarCurr, bitIndex3)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16933')).
% 126.92/79.47 tff(2842,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2841, 2840])).
% 126.92/79.47 tff(2843,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2842, 2838])).
% 126.92/79.47 tff(2844,plain,(
% 126.92/79.47 ![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2843])).
% 126.92/79.47 tff(2845,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2844, 2837])).
% 126.92/79.47 tff(2846,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))) | ((~v770(constB0, bitIndex3)) | v90(constB0, bitIndex66))) <=> ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))) | (~v770(constB0, bitIndex3)) | v90(constB0, bitIndex66))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2847,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))) | ((~v770(constB0, bitIndex3)) | v90(constB0, bitIndex66))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2848,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex3)) | v90(VarCurr, bitIndex66))) | (~v770(constB0, bitIndex3)) | v90(constB0, bitIndex66)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2847, 2846])).
% 126.92/79.47 tff(2849,plain,
% 126.92/79.47 (~v770(constB0, bitIndex3)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2848, 2845, 2835])).
% 126.92/79.47 tff(2850,assumption,(~range_69_63(bitIndex68)), introduced(assumption)).
% 126.92/79.47 tff(2851,plain,
% 126.92/79.47 (^[B: $i] : refl((range_69_63(B) | (~(bitIndex68 = B))) <=> (range_69_63(B) | (~(bitIndex68 = B))))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2852,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex68 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2851])).
% 126.92/79.47 tff(2853,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex68 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2854,plain,
% 126.92/79.47 (^[B: $i] : rewrite(((~(bitIndex68 = B)) | range_69_63(B)) <=> (range_69_63(B) | (~(bitIndex68 = B))))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2855,plain,
% 126.92/79.47 (![B: $i] : ((~(bitIndex68 = B)) | range_69_63(B)) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2854])).
% 126.92/79.47 tff(2856,axiom,(![B: $i] : ((~(bitIndex68 = B)) | range_69_63(B))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26264')).
% 126.92/79.47 tff(2857,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2856, 2855])).
% 126.92/79.47 tff(2858,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2857, 2853])).
% 126.92/79.47 tff(2859,plain,(
% 126.92/79.47 ![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2858])).
% 126.92/79.47 tff(2860,plain,
% 126.92/79.47 (![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2859, 2852])).
% 126.92/79.47 tff(2861,plain,
% 126.92/79.47 (((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | range_69_63(bitIndex68)) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | range_69_63(bitIndex68))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2862,plain,
% 126.92/79.47 ((range_69_63(bitIndex68) | $false) <=> range_69_63(bitIndex68)),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2863,plain,
% 126.92/79.47 ((bitIndex68 = bitIndex68) <=> $true),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2864,plain,
% 126.92/79.47 ((~(bitIndex68 = bitIndex68)) <=> (~$true)),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2863])).
% 126.92/79.47 tff(2865,plain,
% 126.92/79.47 ((~(bitIndex68 = bitIndex68)) <=> $false),
% 126.92/79.47 inference(transitivity,[status(thm)],[2864, 2795])).
% 126.92/79.47 tff(2866,plain,
% 126.92/79.47 ((range_69_63(bitIndex68) | (~(bitIndex68 = bitIndex68))) <=> (range_69_63(bitIndex68) | $false)),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2865])).
% 126.92/79.47 tff(2867,plain,
% 126.92/79.47 ((range_69_63(bitIndex68) | (~(bitIndex68 = bitIndex68))) <=> range_69_63(bitIndex68)),
% 126.92/79.47 inference(transitivity,[status(thm)],[2866, 2862])).
% 126.92/79.47 tff(2868,plain,
% 126.92/79.47 (((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | (range_69_63(bitIndex68) | (~(bitIndex68 = bitIndex68)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | range_69_63(bitIndex68))),
% 126.92/79.47 inference(monotonicity,[status(thm)],[2867])).
% 126.92/79.47 tff(2869,plain,
% 126.92/79.47 (((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | (range_69_63(bitIndex68) | (~(bitIndex68 = bitIndex68)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | range_69_63(bitIndex68))),
% 126.92/79.47 inference(transitivity,[status(thm)],[2868, 2861])).
% 126.92/79.47 tff(2870,plain,
% 126.92/79.47 ((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | (range_69_63(bitIndex68) | (~(bitIndex68 = bitIndex68)))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2871,plain,
% 126.92/79.47 ((~![B: $i] : (range_69_63(B) | (~(bitIndex68 = B)))) | range_69_63(bitIndex68)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2870, 2869])).
% 126.92/79.47 tff(2872,plain,
% 126.92/79.47 ($false),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2871, 2860, 2850])).
% 126.92/79.47 tff(2873,plain,(range_69_63(bitIndex68)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.47 tff(2874,plain,
% 126.92/79.47 (^[VarCurr: $i] : refl(((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558)) <=> ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.47 tff(2875,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))),
% 126.92/79.47 inference(quant_intro,[status(thm)],[2874])).
% 126.92/79.47 tff(2876,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2877,axiom,(![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16173')).
% 126.92/79.47 tff(2878,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2877, 2876])).
% 126.92/79.47 tff(2879,plain,(
% 126.92/79.47 ![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))),
% 126.92/79.47 inference(skolemize,[status(sab)],[2878])).
% 126.92/79.47 tff(2880,plain,
% 126.92/79.47 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2879, 2875])).
% 126.92/79.47 tff(2881,plain,
% 126.92/79.47 ((~v94(constB0, bitIndex558)) <=> (~v94(constB0, bitIndex558))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2882,axiom,(~v94(constB0, bitIndex558)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u25711')).
% 126.92/79.47 tff(2883,plain,
% 126.92/79.47 (~v94(constB0, bitIndex558)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2882, 2881])).
% 126.92/79.47 tff(2884,plain,
% 126.92/79.47 (((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))) | ((~v92(constB0, bitIndex68)) | v94(constB0, bitIndex558))) <=> ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))) | (~v92(constB0, bitIndex68)) | v94(constB0, bitIndex558))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2885,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))) | ((~v92(constB0, bitIndex68)) | v94(constB0, bitIndex558))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2886,plain,
% 126.92/79.47 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex68)) | v94(VarCurr, bitIndex558))) | (~v92(constB0, bitIndex68)) | v94(constB0, bitIndex558)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2885, 2884])).
% 126.92/79.47 tff(2887,plain,
% 126.92/79.47 (~v92(constB0, bitIndex68)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2886, 2883, 2880])).
% 126.92/79.47 tff(2888,plain,
% 126.92/79.47 (((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex68)) | (~v90(constB0, bitIndex68)) | v92(constB0, bitIndex68))) <=> ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex68)) | (~v90(constB0, bitIndex68)) | v92(constB0, bitIndex68))),
% 126.92/79.47 inference(rewrite,[status(thm)],[])).
% 126.92/79.47 tff(2889,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex68)) | (~v90(constB0, bitIndex68)) | v92(constB0, bitIndex68))),
% 126.92/79.47 inference(quant_inst,[status(thm)],[])).
% 126.92/79.47 tff(2890,plain,
% 126.92/79.47 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex68)) | (~v90(constB0, bitIndex68)) | v92(constB0, bitIndex68)),
% 126.92/79.47 inference(modus_ponens,[status(thm)],[2889, 2888])).
% 126.92/79.47 tff(2891,plain,
% 126.92/79.47 ((~range_69_63(bitIndex68)) | (~v90(constB0, bitIndex68))),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2890, 2830, 2887])).
% 126.92/79.47 tff(2892,plain,
% 126.92/79.47 (~v90(constB0, bitIndex68)),
% 126.92/79.47 inference(unit_resolution,[status(thm)],[2891, 2873])).
% 126.92/79.47 tff(2893,plain,
% 126.92/79.47 (^[VarCurr: $i] : refl(((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68)) <=> ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68)))),
% 126.92/79.47 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2894,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2893])).
% 126.92/79.48 tff(2895,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2896,plain,
% 126.92/79.48 (^[VarCurr: $i] : rewrite((v90(VarCurr, bitIndex68) | (~v770(VarCurr, bitIndex5))) <=> ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2897,plain,
% 126.92/79.48 (![VarCurr: $i] : (v90(VarCurr, bitIndex68) | (~v770(VarCurr, bitIndex5))) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2896])).
% 126.92/79.48 tff(2898,axiom,(![VarCurr: $i] : (v90(VarCurr, bitIndex68) | (~v770(VarCurr, bitIndex5)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16929')).
% 126.92/79.48 tff(2899,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2898, 2897])).
% 126.92/79.48 tff(2900,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2899, 2895])).
% 126.92/79.48 tff(2901,plain,(
% 126.92/79.48 ![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(skolemize,[status(sab)],[2900])).
% 126.92/79.48 tff(2902,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2901, 2894])).
% 126.92/79.48 tff(2903,plain,
% 126.92/79.48 (((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))) | ((~v770(constB0, bitIndex5)) | v90(constB0, bitIndex68))) <=> ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))) | (~v770(constB0, bitIndex5)) | v90(constB0, bitIndex68))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2904,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))) | ((~v770(constB0, bitIndex5)) | v90(constB0, bitIndex68))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2905,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex5)) | v90(VarCurr, bitIndex68))) | (~v770(constB0, bitIndex5)) | v90(constB0, bitIndex68)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2904, 2903])).
% 126.92/79.48 tff(2906,plain,
% 126.92/79.48 (~v770(constB0, bitIndex5)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2905, 2902, 2892])).
% 126.92/79.48 tff(2907,assumption,(~range_69_63(bitIndex67)), introduced(assumption)).
% 126.92/79.48 tff(2908,plain,
% 126.92/79.48 (^[B: $i] : refl((range_69_63(B) | (~(bitIndex67 = B))) <=> (range_69_63(B) | (~(bitIndex67 = B))))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2909,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex67 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2908])).
% 126.92/79.48 tff(2910,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex67 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2911,plain,
% 126.92/79.48 (^[B: $i] : rewrite(((~(bitIndex67 = B)) | range_69_63(B)) <=> (range_69_63(B) | (~(bitIndex67 = B))))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2912,plain,
% 126.92/79.48 (![B: $i] : ((~(bitIndex67 = B)) | range_69_63(B)) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2911])).
% 126.92/79.48 tff(2913,axiom,(![B: $i] : ((~(bitIndex67 = B)) | range_69_63(B))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26263')).
% 126.92/79.48 tff(2914,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2913, 2912])).
% 126.92/79.48 tff(2915,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2914, 2910])).
% 126.92/79.48 tff(2916,plain,(
% 126.92/79.48 ![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(skolemize,[status(sab)],[2915])).
% 126.92/79.48 tff(2917,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2916, 2909])).
% 126.92/79.48 tff(2918,plain,
% 126.92/79.48 (((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | range_69_63(bitIndex67)) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | range_69_63(bitIndex67))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2919,plain,
% 126.92/79.48 ((range_69_63(bitIndex67) | $false) <=> range_69_63(bitIndex67)),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2920,plain,
% 126.92/79.48 ((bitIndex67 = bitIndex67) <=> $true),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2921,plain,
% 126.92/79.48 ((~(bitIndex67 = bitIndex67)) <=> (~$true)),
% 126.92/79.48 inference(monotonicity,[status(thm)],[2920])).
% 126.92/79.48 tff(2922,plain,
% 126.92/79.48 ((~(bitIndex67 = bitIndex67)) <=> $false),
% 126.92/79.48 inference(transitivity,[status(thm)],[2921, 2795])).
% 126.92/79.48 tff(2923,plain,
% 126.92/79.48 ((range_69_63(bitIndex67) | (~(bitIndex67 = bitIndex67))) <=> (range_69_63(bitIndex67) | $false)),
% 126.92/79.48 inference(monotonicity,[status(thm)],[2922])).
% 126.92/79.48 tff(2924,plain,
% 126.92/79.48 ((range_69_63(bitIndex67) | (~(bitIndex67 = bitIndex67))) <=> range_69_63(bitIndex67)),
% 126.92/79.48 inference(transitivity,[status(thm)],[2923, 2919])).
% 126.92/79.48 tff(2925,plain,
% 126.92/79.48 (((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | (range_69_63(bitIndex67) | (~(bitIndex67 = bitIndex67)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | range_69_63(bitIndex67))),
% 126.92/79.48 inference(monotonicity,[status(thm)],[2924])).
% 126.92/79.48 tff(2926,plain,
% 126.92/79.48 (((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | (range_69_63(bitIndex67) | (~(bitIndex67 = bitIndex67)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | range_69_63(bitIndex67))),
% 126.92/79.48 inference(transitivity,[status(thm)],[2925, 2918])).
% 126.92/79.48 tff(2927,plain,
% 126.92/79.48 ((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | (range_69_63(bitIndex67) | (~(bitIndex67 = bitIndex67)))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2928,plain,
% 126.92/79.48 ((~![B: $i] : (range_69_63(B) | (~(bitIndex67 = B)))) | range_69_63(bitIndex67)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2927, 2926])).
% 126.92/79.48 tff(2929,plain,
% 126.92/79.48 ($false),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2928, 2917, 2907])).
% 126.92/79.48 tff(2930,plain,(range_69_63(bitIndex67)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.48 tff(2931,plain,
% 126.92/79.48 (^[VarCurr: $i] : refl(((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557)) <=> ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2932,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2931])).
% 126.92/79.48 tff(2933,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2934,axiom,(![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16164')).
% 126.92/79.48 tff(2935,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2934, 2933])).
% 126.92/79.48 tff(2936,plain,(
% 126.92/79.48 ![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))),
% 126.92/79.48 inference(skolemize,[status(sab)],[2935])).
% 126.92/79.48 tff(2937,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2936, 2932])).
% 126.92/79.48 tff(2938,plain,
% 126.92/79.48 ((~v94(constB0, bitIndex557)) <=> (~v94(constB0, bitIndex557))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2939,axiom,(~v94(constB0, bitIndex557)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u25712')).
% 126.92/79.48 tff(2940,plain,
% 126.92/79.48 (~v94(constB0, bitIndex557)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2939, 2938])).
% 126.92/79.48 tff(2941,plain,
% 126.92/79.48 (((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))) | ((~v92(constB0, bitIndex67)) | v94(constB0, bitIndex557))) <=> ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))) | (~v92(constB0, bitIndex67)) | v94(constB0, bitIndex557))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2942,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))) | ((~v92(constB0, bitIndex67)) | v94(constB0, bitIndex557))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2943,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex67)) | v94(VarCurr, bitIndex557))) | (~v92(constB0, bitIndex67)) | v94(constB0, bitIndex557)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2942, 2941])).
% 126.92/79.48 tff(2944,plain,
% 126.92/79.48 (~v92(constB0, bitIndex67)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2943, 2940, 2937])).
% 126.92/79.48 tff(2945,plain,
% 126.92/79.48 (((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex67)) | (~v90(constB0, bitIndex67)) | v92(constB0, bitIndex67))) <=> ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex67)) | (~v90(constB0, bitIndex67)) | v92(constB0, bitIndex67))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2946,plain,
% 126.92/79.48 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex67)) | (~v90(constB0, bitIndex67)) | v92(constB0, bitIndex67))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2947,plain,
% 126.92/79.48 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex67)) | (~v90(constB0, bitIndex67)) | v92(constB0, bitIndex67)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2946, 2945])).
% 126.92/79.48 tff(2948,plain,
% 126.92/79.48 ((~range_69_63(bitIndex67)) | (~v90(constB0, bitIndex67))),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2947, 2830, 2944])).
% 126.92/79.48 tff(2949,plain,
% 126.92/79.48 (~v90(constB0, bitIndex67)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2948, 2930])).
% 126.92/79.48 tff(2950,plain,
% 126.92/79.48 (^[VarCurr: $i] : refl(((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67)) <=> ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2951,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2950])).
% 126.92/79.48 tff(2952,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2953,plain,
% 126.92/79.48 (^[VarCurr: $i] : rewrite((v90(VarCurr, bitIndex67) | (~v770(VarCurr, bitIndex4))) <=> ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2954,plain,
% 126.92/79.48 (![VarCurr: $i] : (v90(VarCurr, bitIndex67) | (~v770(VarCurr, bitIndex4))) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2953])).
% 126.92/79.48 tff(2955,axiom,(![VarCurr: $i] : (v90(VarCurr, bitIndex67) | (~v770(VarCurr, bitIndex4)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16931')).
% 126.92/79.48 tff(2956,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2955, 2954])).
% 126.92/79.48 tff(2957,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2956, 2952])).
% 126.92/79.48 tff(2958,plain,(
% 126.92/79.48 ![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(skolemize,[status(sab)],[2957])).
% 126.92/79.48 tff(2959,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2958, 2951])).
% 126.92/79.48 tff(2960,plain,
% 126.92/79.48 (((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))) | ((~v770(constB0, bitIndex4)) | v90(constB0, bitIndex67))) <=> ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))) | (~v770(constB0, bitIndex4)) | v90(constB0, bitIndex67))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2961,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))) | ((~v770(constB0, bitIndex4)) | v90(constB0, bitIndex67))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2962,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex4)) | v90(VarCurr, bitIndex67))) | (~v770(constB0, bitIndex4)) | v90(constB0, bitIndex67)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2961, 2960])).
% 126.92/79.48 tff(2963,plain,
% 126.92/79.48 (~v770(constB0, bitIndex4)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2962, 2959, 2949])).
% 126.92/79.48 tff(2964,assumption,(~range_69_63(bitIndex64)), introduced(assumption)).
% 126.92/79.48 tff(2965,plain,
% 126.92/79.48 (^[B: $i] : refl(((~(bitIndex64 = B)) | range_69_63(B)) <=> ((~(bitIndex64 = B)) | range_69_63(B)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2966,plain,
% 126.92/79.48 (![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B)) <=> ![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2965])).
% 126.92/79.48 tff(2967,plain,
% 126.92/79.48 (![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B)) <=> ![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2968,axiom,(![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26260')).
% 126.92/79.48 tff(2969,plain,
% 126.92/79.48 (![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2968, 2967])).
% 126.92/79.48 tff(2970,plain,(
% 126.92/79.48 ![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))),
% 126.92/79.48 inference(skolemize,[status(sab)],[2969])).
% 126.92/79.48 tff(2971,plain,
% 126.92/79.48 (![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2970, 2966])).
% 126.92/79.48 tff(2972,plain,
% 126.92/79.48 (((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | range_69_63(bitIndex64)) <=> ((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | range_69_63(bitIndex64))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2973,plain,
% 126.92/79.48 (($false | range_69_63(bitIndex64)) <=> range_69_63(bitIndex64)),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2974,plain,
% 126.92/79.48 ((bitIndex64 = bitIndex64) <=> $true),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2975,plain,
% 126.92/79.48 ((~(bitIndex64 = bitIndex64)) <=> (~$true)),
% 126.92/79.48 inference(monotonicity,[status(thm)],[2974])).
% 126.92/79.48 tff(2976,plain,
% 126.92/79.48 ((~(bitIndex64 = bitIndex64)) <=> $false),
% 126.92/79.48 inference(transitivity,[status(thm)],[2975, 2795])).
% 126.92/79.48 tff(2977,plain,
% 126.92/79.48 (((~(bitIndex64 = bitIndex64)) | range_69_63(bitIndex64)) <=> ($false | range_69_63(bitIndex64))),
% 126.92/79.48 inference(monotonicity,[status(thm)],[2976])).
% 126.92/79.48 tff(2978,plain,
% 126.92/79.48 (((~(bitIndex64 = bitIndex64)) | range_69_63(bitIndex64)) <=> range_69_63(bitIndex64)),
% 126.92/79.48 inference(transitivity,[status(thm)],[2977, 2973])).
% 126.92/79.48 tff(2979,plain,
% 126.92/79.48 (((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | ((~(bitIndex64 = bitIndex64)) | range_69_63(bitIndex64))) <=> ((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | range_69_63(bitIndex64))),
% 126.92/79.48 inference(monotonicity,[status(thm)],[2978])).
% 126.92/79.48 tff(2980,plain,
% 126.92/79.48 (((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | ((~(bitIndex64 = bitIndex64)) | range_69_63(bitIndex64))) <=> ((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | range_69_63(bitIndex64))),
% 126.92/79.48 inference(transitivity,[status(thm)],[2979, 2972])).
% 126.92/79.48 tff(2981,plain,
% 126.92/79.48 ((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | ((~(bitIndex64 = bitIndex64)) | range_69_63(bitIndex64))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2982,plain,
% 126.92/79.48 ((~![B: $i] : ((~(bitIndex64 = B)) | range_69_63(B))) | range_69_63(bitIndex64)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2981, 2980])).
% 126.92/79.48 tff(2983,plain,
% 126.92/79.48 ($false),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2982, 2971, 2964])).
% 126.92/79.48 tff(2984,plain,(range_69_63(bitIndex64)), inference(lemma,lemma(discharge,[]))).
% 126.92/79.48 tff(2985,plain,
% 126.92/79.48 (^[VarCurr: $i] : refl(((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554)) <=> ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(2986,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[2985])).
% 126.92/79.48 tff(2987,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2988,axiom,(![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16137')).
% 126.92/79.48 tff(2989,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2988, 2987])).
% 126.92/79.48 tff(2990,plain,(
% 126.92/79.48 ![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))),
% 126.92/79.48 inference(skolemize,[status(sab)],[2989])).
% 126.92/79.48 tff(2991,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2990, 2986])).
% 126.92/79.48 tff(2992,plain,
% 126.92/79.48 ((~v94(constB0, bitIndex554)) <=> (~v94(constB0, bitIndex554))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2993,axiom,(~v94(constB0, bitIndex554)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u25715')).
% 126.92/79.48 tff(2994,plain,
% 126.92/79.48 (~v94(constB0, bitIndex554)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2993, 2992])).
% 126.92/79.48 tff(2995,plain,
% 126.92/79.48 (((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))) | ((~v92(constB0, bitIndex64)) | v94(constB0, bitIndex554))) <=> ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))) | (~v92(constB0, bitIndex64)) | v94(constB0, bitIndex554))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(2996,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))) | ((~v92(constB0, bitIndex64)) | v94(constB0, bitIndex554))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(2997,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex64)) | v94(VarCurr, bitIndex554))) | (~v92(constB0, bitIndex64)) | v94(constB0, bitIndex554)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[2996, 2995])).
% 126.92/79.48 tff(2998,plain,
% 126.92/79.48 (~v92(constB0, bitIndex64)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[2997, 2994, 2991])).
% 126.92/79.48 tff(2999,plain,
% 126.92/79.48 (((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex64)) | (~v90(constB0, bitIndex64)) | v92(constB0, bitIndex64))) <=> ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex64)) | (~v90(constB0, bitIndex64)) | v92(constB0, bitIndex64))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3000,plain,
% 126.92/79.48 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex64)) | (~v90(constB0, bitIndex64)) | v92(constB0, bitIndex64))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(3001,plain,
% 126.92/79.48 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex64)) | (~v90(constB0, bitIndex64)) | v92(constB0, bitIndex64)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3000, 2999])).
% 126.92/79.48 tff(3002,plain,
% 126.92/79.48 ((~range_69_63(bitIndex64)) | (~v90(constB0, bitIndex64))),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[3001, 2830, 2998])).
% 126.92/79.48 tff(3003,plain,
% 126.92/79.48 (~v90(constB0, bitIndex64)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[3002, 2984])).
% 126.92/79.48 tff(3004,plain,
% 126.92/79.48 (^[VarCurr: $i] : refl(((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64)) <=> ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(3005,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[3004])).
% 126.92/79.48 tff(3006,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3007,plain,
% 126.92/79.48 (^[VarCurr: $i] : rewrite((v90(VarCurr, bitIndex64) | (~v770(VarCurr, bitIndex1))) <=> ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64)))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(3008,plain,
% 126.92/79.48 (![VarCurr: $i] : (v90(VarCurr, bitIndex64) | (~v770(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[3007])).
% 126.92/79.48 tff(3009,axiom,(![VarCurr: $i] : (v90(VarCurr, bitIndex64) | (~v770(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16937')).
% 126.92/79.48 tff(3010,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3009, 3008])).
% 126.92/79.48 tff(3011,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3010, 3006])).
% 126.92/79.48 tff(3012,plain,(
% 126.92/79.48 ![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(skolemize,[status(sab)],[3011])).
% 126.92/79.48 tff(3013,plain,
% 126.92/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3012, 3005])).
% 126.92/79.48 tff(3014,plain,
% 126.92/79.48 (((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))) | ((~v770(constB0, bitIndex1)) | v90(constB0, bitIndex64))) <=> ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))) | (~v770(constB0, bitIndex1)) | v90(constB0, bitIndex64))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3015,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))) | ((~v770(constB0, bitIndex1)) | v90(constB0, bitIndex64))),
% 126.92/79.48 inference(quant_inst,[status(thm)],[])).
% 126.92/79.48 tff(3016,plain,
% 126.92/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex1)) | v90(VarCurr, bitIndex64))) | (~v770(constB0, bitIndex1)) | v90(constB0, bitIndex64)),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3015, 3014])).
% 126.92/79.48 tff(3017,plain,
% 126.92/79.48 (~v770(constB0, bitIndex1)),
% 126.92/79.48 inference(unit_resolution,[status(thm)],[3016, 3013, 3003])).
% 126.92/79.48 tff(3018,assumption,(~range_69_63(bitIndex63)), introduced(assumption)).
% 126.92/79.48 tff(3019,plain,
% 126.92/79.48 (^[B: $i] : refl((range_69_63(B) | (~(bitIndex63 = B))) <=> (range_69_63(B) | (~(bitIndex63 = B))))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(3020,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex63 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[3019])).
% 126.92/79.48 tff(3021,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex63 = B))) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3022,plain,
% 126.92/79.48 (^[B: $i] : rewrite(((~(bitIndex63 = B)) | range_69_63(B)) <=> (range_69_63(B) | (~(bitIndex63 = B))))),
% 126.92/79.48 inference(bind,[status(th)],[])).
% 126.92/79.48 tff(3023,plain,
% 126.92/79.48 (![B: $i] : ((~(bitIndex63 = B)) | range_69_63(B)) <=> ![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(quant_intro,[status(thm)],[3022])).
% 126.92/79.48 tff(3024,axiom,(![B: $i] : ((~(bitIndex63 = B)) | range_69_63(B))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26259')).
% 126.92/79.48 tff(3025,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3024, 3023])).
% 126.92/79.48 tff(3026,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3025, 3021])).
% 126.92/79.48 tff(3027,plain,(
% 126.92/79.48 ![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(skolemize,[status(sab)],[3026])).
% 126.92/79.48 tff(3028,plain,
% 126.92/79.48 (![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))),
% 126.92/79.48 inference(modus_ponens,[status(thm)],[3027, 3020])).
% 126.92/79.48 tff(3029,plain,
% 126.92/79.48 (((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | range_69_63(bitIndex63)) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | range_69_63(bitIndex63))),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3030,plain,
% 126.92/79.48 ((range_69_63(bitIndex63) | $false) <=> range_69_63(bitIndex63)),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3031,plain,
% 126.92/79.48 ((bitIndex63 = bitIndex63) <=> $true),
% 126.92/79.48 inference(rewrite,[status(thm)],[])).
% 126.92/79.48 tff(3032,plain,
% 126.92/79.48 ((~(bitIndex63 = bitIndex63)) <=> (~$true)),
% 126.92/79.48 inference(monotonicity,[status(thm)],[3031])).
% 126.92/79.48 tff(3033,plain,
% 126.92/79.48 ((~(bitIndex63 = bitIndex63)) <=> $false),
% 126.92/79.48 inference(transitivity,[status(thm)],[3032, 2795])).
% 126.92/79.48 tff(3034,plain,
% 126.92/79.48 ((range_69_63(bitIndex63) | (~(bitIndex63 = bitIndex63))) <=> (range_69_63(bitIndex63) | $false)),
% 126.92/79.48 inference(monotonicity,[status(thm)],[3033])).
% 126.96/79.48 tff(3035,plain,
% 126.96/79.48 ((range_69_63(bitIndex63) | (~(bitIndex63 = bitIndex63))) <=> range_69_63(bitIndex63)),
% 126.96/79.48 inference(transitivity,[status(thm)],[3034, 3030])).
% 126.96/79.48 tff(3036,plain,
% 126.96/79.48 (((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | (range_69_63(bitIndex63) | (~(bitIndex63 = bitIndex63)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | range_69_63(bitIndex63))),
% 126.96/79.48 inference(monotonicity,[status(thm)],[3035])).
% 126.96/79.48 tff(3037,plain,
% 126.96/79.48 (((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | (range_69_63(bitIndex63) | (~(bitIndex63 = bitIndex63)))) <=> ((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | range_69_63(bitIndex63))),
% 126.96/79.48 inference(transitivity,[status(thm)],[3036, 3029])).
% 126.96/79.48 tff(3038,plain,
% 126.96/79.48 ((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | (range_69_63(bitIndex63) | (~(bitIndex63 = bitIndex63)))),
% 126.96/79.48 inference(quant_inst,[status(thm)],[])).
% 126.96/79.48 tff(3039,plain,
% 126.96/79.48 ((~![B: $i] : (range_69_63(B) | (~(bitIndex63 = B)))) | range_69_63(bitIndex63)),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3038, 3037])).
% 126.96/79.48 tff(3040,plain,
% 126.96/79.48 ($false),
% 126.96/79.48 inference(unit_resolution,[status(thm)],[3039, 3028, 3018])).
% 126.96/79.48 tff(3041,plain,(range_69_63(bitIndex63)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.48 tff(3042,plain,
% 126.96/79.48 (^[VarCurr: $i] : refl(((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553)) <=> ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553)))),
% 126.96/79.48 inference(bind,[status(th)],[])).
% 126.96/79.48 tff(3043,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))),
% 126.96/79.48 inference(quant_intro,[status(thm)],[3042])).
% 126.96/79.48 tff(3044,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553)) <=> ![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))),
% 126.96/79.48 inference(rewrite,[status(thm)],[])).
% 126.96/79.48 tff(3045,axiom,(![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16128')).
% 126.96/79.48 tff(3046,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3045, 3044])).
% 126.96/79.48 tff(3047,plain,(
% 126.96/79.48 ![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))),
% 126.96/79.48 inference(skolemize,[status(sab)],[3046])).
% 126.96/79.48 tff(3048,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3047, 3043])).
% 126.96/79.48 tff(3049,plain,
% 126.96/79.48 ((~v94(constB0, bitIndex553)) <=> (~v94(constB0, bitIndex553))),
% 126.96/79.48 inference(rewrite,[status(thm)],[])).
% 126.96/79.48 tff(3050,axiom,(~v94(constB0, bitIndex553)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u25716')).
% 126.96/79.48 tff(3051,plain,
% 126.96/79.48 (~v94(constB0, bitIndex553)),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3050, 3049])).
% 126.96/79.48 tff(3052,plain,
% 126.96/79.48 (((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))) | ((~v92(constB0, bitIndex63)) | v94(constB0, bitIndex553))) <=> ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))) | (~v92(constB0, bitIndex63)) | v94(constB0, bitIndex553))),
% 126.96/79.48 inference(rewrite,[status(thm)],[])).
% 126.96/79.48 tff(3053,plain,
% 126.96/79.48 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))) | ((~v92(constB0, bitIndex63)) | v94(constB0, bitIndex553))),
% 126.96/79.48 inference(quant_inst,[status(thm)],[])).
% 126.96/79.48 tff(3054,plain,
% 126.96/79.48 ((~![VarCurr: $i] : ((~v92(VarCurr, bitIndex63)) | v94(VarCurr, bitIndex553))) | (~v92(constB0, bitIndex63)) | v94(constB0, bitIndex553)),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3053, 3052])).
% 126.96/79.48 tff(3055,plain,
% 126.96/79.48 (~v92(constB0, bitIndex63)),
% 126.96/79.48 inference(unit_resolution,[status(thm)],[3054, 3051, 3048])).
% 126.96/79.48 tff(3056,plain,
% 126.96/79.48 (((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex63)) | (~v90(constB0, bitIndex63)) | v92(constB0, bitIndex63))) <=> ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex63)) | (~v90(constB0, bitIndex63)) | v92(constB0, bitIndex63))),
% 126.96/79.48 inference(rewrite,[status(thm)],[])).
% 126.96/79.48 tff(3057,plain,
% 126.96/79.48 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | ((~range_69_63(bitIndex63)) | (~v90(constB0, bitIndex63)) | v92(constB0, bitIndex63))),
% 126.96/79.48 inference(quant_inst,[status(thm)],[])).
% 126.96/79.48 tff(3058,plain,
% 126.96/79.48 ((~![B: $i, VarCurr: $i] : ((~range_69_63(B)) | (~v90(VarCurr, B)) | v92(VarCurr, B))) | (~range_69_63(bitIndex63)) | (~v90(constB0, bitIndex63)) | v92(constB0, bitIndex63)),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3057, 3056])).
% 126.96/79.48 tff(3059,plain,
% 126.96/79.48 ((~range_69_63(bitIndex63)) | (~v90(constB0, bitIndex63))),
% 126.96/79.48 inference(unit_resolution,[status(thm)],[3058, 2830, 3055])).
% 126.96/79.48 tff(3060,plain,
% 126.96/79.48 (~v90(constB0, bitIndex63)),
% 126.96/79.48 inference(unit_resolution,[status(thm)],[3059, 3041])).
% 126.96/79.48 tff(3061,plain,
% 126.96/79.48 (^[VarCurr: $i] : refl(((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63)) <=> ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63)))),
% 126.96/79.48 inference(bind,[status(th)],[])).
% 126.96/79.48 tff(3062,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(quant_intro,[status(thm)],[3061])).
% 126.96/79.48 tff(3063,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63)) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(rewrite,[status(thm)],[])).
% 126.96/79.48 tff(3064,plain,
% 126.96/79.48 (^[VarCurr: $i] : rewrite((v90(VarCurr, bitIndex63) | (~v770(VarCurr, bitIndex0))) <=> ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63)))),
% 126.96/79.48 inference(bind,[status(th)],[])).
% 126.96/79.48 tff(3065,plain,
% 126.96/79.48 (![VarCurr: $i] : (v90(VarCurr, bitIndex63) | (~v770(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(quant_intro,[status(thm)],[3064])).
% 126.96/79.48 tff(3066,axiom,(![VarCurr: $i] : (v90(VarCurr, bitIndex63) | (~v770(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16939')).
% 126.96/79.48 tff(3067,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3066, 3065])).
% 126.96/79.48 tff(3068,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3067, 3063])).
% 126.96/79.48 tff(3069,plain,(
% 126.96/79.48 ![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(skolemize,[status(sab)],[3068])).
% 126.96/79.48 tff(3070,plain,
% 126.96/79.48 (![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3069, 3062])).
% 126.96/79.48 tff(3071,plain,
% 126.96/79.48 (((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))) | ((~v770(constB0, bitIndex0)) | v90(constB0, bitIndex63))) <=> ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))) | (~v770(constB0, bitIndex0)) | v90(constB0, bitIndex63))),
% 126.96/79.48 inference(rewrite,[status(thm)],[])).
% 126.96/79.48 tff(3072,plain,
% 126.96/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))) | ((~v770(constB0, bitIndex0)) | v90(constB0, bitIndex63))),
% 126.96/79.48 inference(quant_inst,[status(thm)],[])).
% 126.96/79.48 tff(3073,plain,
% 126.96/79.48 ((~![VarCurr: $i] : ((~v770(VarCurr, bitIndex0)) | v90(VarCurr, bitIndex63))) | (~v770(constB0, bitIndex0)) | v90(constB0, bitIndex63)),
% 126.96/79.48 inference(modus_ponens,[status(thm)],[3072, 3071])).
% 126.96/79.48 tff(3074,plain,
% 126.96/79.48 (~v770(constB0, bitIndex0)),
% 126.96/79.48 inference(unit_resolution,[status(thm)],[3073, 3070, 3060])).
% 126.96/79.48 tff(3075,plain,
% 126.96/79.48 (^[B: $i, VarCurr: $i] : refl((v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))) <=> (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))))),
% 126.96/79.48 inference(bind,[status(th)],[])).
% 126.96/79.48 tff(3076,plain,
% 126.96/79.48 (![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(quant_intro,[status(thm)],[3075])).
% 126.96/79.49 tff(3077,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3078,plain,
% 126.96/79.49 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(trans(monotonicity(rewrite((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) <=> (v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | (~v888(VarCurr, B)))), (((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) <=> ((v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | (~v888(VarCurr, B))) | v770(VarCurr, bitIndex1)))), rewrite(((v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | (~v888(VarCurr, B))) | v770(VarCurr, bitIndex1)) <=> (v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | (~v888(VarCurr, B)))), (((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) <=> (v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | (~v888(VarCurr, B))))), ((((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) | v770(VarCurr, bitIndex0)) <=> ((v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | (~v888(VarCurr, B))) | v770(VarCurr, bitIndex0)))), rewrite(((v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | (~v888(VarCurr, B))) | v770(VarCurr, bitIndex0)) <=> (v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))), ((((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) | v770(VarCurr, bitIndex0)) <=> (v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))))), (((((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) | v770(VarCurr, bitIndex0)) | v770(VarCurr, bitIndex5)) <=> ((v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))) | v770(VarCurr, bitIndex5)))), rewrite(((v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B))) | v770(VarCurr, bitIndex5)) <=> (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))), (((((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) | v770(VarCurr, bitIndex0)) | v770(VarCurr, bitIndex5)) <=> (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))))),
% 126.96/79.49 inference(bind,[status(th)],[])).
% 126.96/79.49 tff(3079,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : ((((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) | v770(VarCurr, bitIndex0)) | v770(VarCurr, bitIndex5)) <=> ![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(quant_intro,[status(thm)],[3078])).
% 126.96/79.49 tff(3080,axiom,(![B: $i, VarCurr: $i] : ((((((~v888(VarCurr, B)) | v770(VarCurr, bitIndex3)) | v770(VarCurr, bitIndex4)) | v770(VarCurr, bitIndex1)) | v770(VarCurr, bitIndex0)) | v770(VarCurr, bitIndex5))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16828')).
% 126.96/79.49 tff(3081,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3080, 3079])).
% 126.96/79.49 tff(3082,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3081, 3077])).
% 126.96/79.49 tff(3083,plain,(
% 126.96/79.49 ![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(skolemize,[status(sab)],[3082])).
% 126.96/79.49 tff(3084,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3083, 3076])).
% 126.96/79.49 tff(3085,plain,
% 126.96/79.49 (((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | (v770(constB0, bitIndex3) | (~v888(constB0, bitIndex1)) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | v770(constB0, bitIndex4) | v770(constB0, bitIndex5))) <=> ((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | v770(constB0, bitIndex3) | (~v888(constB0, bitIndex1)) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | v770(constB0, bitIndex4) | v770(constB0, bitIndex5))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3086,plain,
% 126.96/79.49 ((v770(constB0, bitIndex5) | v770(constB0, bitIndex4) | v770(constB0, bitIndex3) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | (~v888(constB0, bitIndex1))) <=> (v770(constB0, bitIndex3) | (~v888(constB0, bitIndex1)) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | v770(constB0, bitIndex4) | v770(constB0, bitIndex5))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3087,plain,
% 126.96/79.49 (((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | (v770(constB0, bitIndex5) | v770(constB0, bitIndex4) | v770(constB0, bitIndex3) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | (~v888(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | (v770(constB0, bitIndex3) | (~v888(constB0, bitIndex1)) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | v770(constB0, bitIndex4) | v770(constB0, bitIndex5)))),
% 126.96/79.49 inference(monotonicity,[status(thm)],[3086])).
% 126.96/79.49 tff(3088,plain,
% 126.96/79.49 (((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | (v770(constB0, bitIndex5) | v770(constB0, bitIndex4) | v770(constB0, bitIndex3) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | (~v888(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | v770(constB0, bitIndex3) | (~v888(constB0, bitIndex1)) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | v770(constB0, bitIndex4) | v770(constB0, bitIndex5))),
% 126.96/79.49 inference(transitivity,[status(thm)],[3087, 3085])).
% 126.96/79.49 tff(3089,plain,
% 126.96/79.49 ((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | (v770(constB0, bitIndex5) | v770(constB0, bitIndex4) | v770(constB0, bitIndex3) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | (~v888(constB0, bitIndex1)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3090,plain,
% 126.96/79.49 ((~![B: $i, VarCurr: $i] : (v770(VarCurr, bitIndex5) | v770(VarCurr, bitIndex4) | v770(VarCurr, bitIndex3) | v770(VarCurr, bitIndex1) | v770(VarCurr, bitIndex0) | (~v888(VarCurr, B)))) | v770(constB0, bitIndex3) | (~v888(constB0, bitIndex1)) | v770(constB0, bitIndex1) | v770(constB0, bitIndex0) | v770(constB0, bitIndex4) | v770(constB0, bitIndex5)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3089, 3088])).
% 126.96/79.49 tff(3091,plain,
% 126.96/79.49 ($false),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3090, 3084, 3074, 3017, 2963, 2906, 2849, 2781])).
% 126.96/79.49 tff(3092,plain,(~v888(constB0, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.49 tff(3093,plain,
% 126.96/79.49 (^[B: $i, VarCurr: $i] : refl((v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B))) <=> (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B))))),
% 126.96/79.49 inference(bind,[status(th)],[])).
% 126.96/79.49 tff(3094,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(quant_intro,[status(thm)],[3093])).
% 126.96/79.49 tff(3095,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3096,plain,
% 126.96/79.49 (^[B: $i, VarCurr: $i] : trans(monotonicity(rewrite((v888(VarCurr, B) | (~v28(VarCurr, B))) <=> (v888(VarCurr, B) | (~v28(VarCurr, B)))), (((v888(VarCurr, B) | (~v28(VarCurr, B))) | v32(VarCurr)) <=> ((v888(VarCurr, B) | (~v28(VarCurr, B))) | v32(VarCurr)))), rewrite(((v888(VarCurr, B) | (~v28(VarCurr, B))) | v32(VarCurr)) <=> (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))), (((v888(VarCurr, B) | (~v28(VarCurr, B))) | v32(VarCurr)) <=> (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))))),
% 126.96/79.49 inference(bind,[status(th)],[])).
% 126.96/79.49 tff(3097,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : ((v888(VarCurr, B) | (~v28(VarCurr, B))) | v32(VarCurr)) <=> ![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(quant_intro,[status(thm)],[3096])).
% 126.96/79.49 tff(3098,axiom,(![B: $i, VarCurr: $i] : ((v888(VarCurr, B) | (~v28(VarCurr, B))) | v32(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16779')).
% 126.96/79.49 tff(3099,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3098, 3097])).
% 126.96/79.49 tff(3100,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3099, 3095])).
% 126.96/79.49 tff(3101,plain,(
% 126.96/79.49 ![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(skolemize,[status(sab)],[3100])).
% 126.96/79.49 tff(3102,plain,
% 126.96/79.49 (![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3101, 3094])).
% 126.96/79.49 tff(3103,plain,
% 126.96/79.49 (((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | (v32(constB0) | (~v28(constB0, bitIndex1)) | v888(constB0, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | v32(constB0) | (~v28(constB0, bitIndex1)) | v888(constB0, bitIndex1))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3104,plain,
% 126.96/79.49 ((v32(constB0) | v888(constB0, bitIndex1) | (~v28(constB0, bitIndex1))) <=> (v32(constB0) | (~v28(constB0, bitIndex1)) | v888(constB0, bitIndex1))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3105,plain,
% 126.96/79.49 (((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | (v32(constB0) | v888(constB0, bitIndex1) | (~v28(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | (v32(constB0) | (~v28(constB0, bitIndex1)) | v888(constB0, bitIndex1)))),
% 126.96/79.49 inference(monotonicity,[status(thm)],[3104])).
% 126.96/79.49 tff(3106,plain,
% 126.96/79.49 (((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | (v32(constB0) | v888(constB0, bitIndex1) | (~v28(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | v32(constB0) | (~v28(constB0, bitIndex1)) | v888(constB0, bitIndex1))),
% 126.96/79.49 inference(transitivity,[status(thm)],[3105, 3103])).
% 126.96/79.49 tff(3107,plain,
% 126.96/79.49 ((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | (v32(constB0) | v888(constB0, bitIndex1) | (~v28(constB0, bitIndex1)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3108,plain,
% 126.96/79.49 ((~![B: $i, VarCurr: $i] : (v32(VarCurr) | v888(VarCurr, B) | (~v28(VarCurr, B)))) | v32(constB0) | (~v28(constB0, bitIndex1)) | v888(constB0, bitIndex1)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3107, 3106])).
% 126.96/79.49 tff(3109,plain,
% 126.96/79.49 (v32(constB0) | (~v28(constB0, bitIndex1))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3108, 3102, 3092])).
% 126.96/79.49 tff(3110,plain,
% 126.96/79.49 ($false),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3109, 2780, 2775])).
% 126.96/79.49 tff(3111,plain,(v13(constB0, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.49 tff(3112,plain,
% 126.96/79.49 ((~v7(constB0, bitIndex1)) <=> (~v7(constB0, bitIndex1))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3113,axiom,(~v7(constB0, bitIndex1)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26236')).
% 126.96/79.49 tff(3114,plain,
% 126.96/79.49 (~v7(constB0, bitIndex1)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3113, 3112])).
% 126.96/79.49 tff(3115,plain,
% 126.96/79.49 ((~v7(constB0, bitIndex2)) <=> (~v7(constB0, bitIndex2))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3116,axiom,(~v7(constB0, bitIndex2)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26235')).
% 126.96/79.49 tff(3117,plain,
% 126.96/79.49 (~v7(constB0, bitIndex2)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3116, 3115])).
% 126.96/79.49 tff(3118,plain,
% 126.96/79.49 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB0, bitIndex2) | v7(constB0, bitIndex1) | sP957(constB0) | (~v13(constB0, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB0, bitIndex2) | v7(constB0, bitIndex1) | sP957(constB0) | (~v13(constB0, bitIndex0)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3119,plain,
% 126.96/79.49 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB0, bitIndex2) | v7(constB0, bitIndex1) | sP957(constB0) | (~v13(constB0, bitIndex0)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3120,plain,
% 126.96/79.49 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB0, bitIndex2) | v7(constB0, bitIndex1) | sP957(constB0) | (~v13(constB0, bitIndex0))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3119, 3118])).
% 126.96/79.49 tff(3121,plain,
% 126.96/79.49 (sP957(constB0) | (~v13(constB0, bitIndex0))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3120, 3117, 3114, 1785])).
% 126.96/79.49 tff(3122,plain,
% 126.96/79.49 (sP957(constB0)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3121, 3111])).
% 126.96/79.49 tff(3123,plain,
% 126.96/79.49 (v62(constB0, bitIndex0) <=> v62(constB0, bitIndex0)),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3124,axiom,(v62(constB0, bitIndex0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21237')).
% 126.96/79.49 tff(3125,plain,
% 126.96/79.49 (v62(constB0, bitIndex0)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3124, 3123])).
% 126.96/79.49 tff(3126,plain,
% 126.96/79.49 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | (~sP957(constB0)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | (~sP957(constB0)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3127,plain,
% 126.96/79.49 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | (~sP957(constB0)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3128,plain,
% 126.96/79.49 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | (~sP957(constB0))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3127, 3126])).
% 126.96/79.49 tff(3129,plain,
% 126.96/79.49 (v32(constB0) | (~v28(constB0, bitIndex1)) | (~sP957(constB0))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3128, 3125, 1855])).
% 126.96/79.49 tff(3130,plain,
% 126.96/79.49 (v32(constB0) | (~v28(constB0, bitIndex1))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3129, 3122])).
% 126.96/79.49 tff(3131,plain,
% 126.96/79.49 ($false),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3130, 2753, 2749])).
% 126.96/79.49 tff(3132,plain,(~sP960(constB0)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.49 tff(3133,plain,
% 126.96/79.49 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB0, bitIndex2) | sP960(constB0) | (~v13(constB0, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB0, bitIndex2) | sP960(constB0) | (~v13(constB0, bitIndex2)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3134,plain,
% 126.96/79.49 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB0, bitIndex2) | sP960(constB0) | (~v13(constB0, bitIndex2)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3135,plain,
% 126.96/79.49 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB0, bitIndex2) | sP960(constB0) | (~v13(constB0, bitIndex2))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3134, 3133])).
% 126.96/79.49 tff(3136,plain,
% 126.96/79.49 (sP960(constB0) | (~v13(constB0, bitIndex2))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3135, 3117, 1804])).
% 126.96/79.49 tff(3137,plain,
% 126.96/79.49 (~v13(constB0, bitIndex2)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3136, 3132])).
% 126.96/79.49 tff(3138,plain,
% 126.96/79.49 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (v13(constB0, bitIndex2) | (~v11(constB0)) | (~v938(constB0, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | v13(constB0, bitIndex2) | (~v11(constB0)) | (~v938(constB0, bitIndex1)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3139,plain,
% 126.96/79.49 (((~v11(constB0)) | v13(constB0, bitIndex2) | (~v938(constB0, bitIndex1))) <=> (v13(constB0, bitIndex2) | (~v11(constB0)) | (~v938(constB0, bitIndex1)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3140,plain,
% 126.96/79.49 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB0)) | v13(constB0, bitIndex2) | (~v938(constB0, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (v13(constB0, bitIndex2) | (~v11(constB0)) | (~v938(constB0, bitIndex1))))),
% 126.96/79.49 inference(monotonicity,[status(thm)],[3139])).
% 126.96/79.49 tff(3141,plain,
% 126.96/79.49 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB0)) | v13(constB0, bitIndex2) | (~v938(constB0, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | v13(constB0, bitIndex2) | (~v11(constB0)) | (~v938(constB0, bitIndex1)))),
% 126.96/79.49 inference(transitivity,[status(thm)],[3140, 3138])).
% 126.96/79.49 tff(3142,plain,
% 126.96/79.49 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB0)) | v13(constB0, bitIndex2) | (~v938(constB0, bitIndex1)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3143,plain,
% 126.96/79.49 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | v13(constB0, bitIndex2) | (~v11(constB0)) | (~v938(constB0, bitIndex1))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3142, 3141])).
% 126.96/79.49 tff(3144,plain,
% 126.96/79.49 ((~v11(constB0)) | (~v938(constB0, bitIndex1))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3143, 2226, 3137])).
% 126.96/79.49 tff(3145,plain,
% 126.96/79.49 ($false),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3144, 2744, 2737])).
% 126.96/79.49 tff(3146,plain,(~v938(constB0, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.49 tff(3147,assumption,(~v938(constB0, bitIndex1)), introduced(assumption)).
% 126.96/79.49 tff(3148,assumption,(v940(constB1, bitIndex1)), introduced(assumption)).
% 126.96/79.49 tff(3149,plain,
% 126.96/79.49 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v940(constB1, bitIndex1)) | v938(constB0, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v940(constB1, bitIndex1)) | v938(constB0, bitIndex1))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3150,plain,
% 126.96/79.49 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v940(constB1, bitIndex1)) | v938(constB0, bitIndex1))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3151,plain,
% 126.96/79.49 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v940(constB1, bitIndex1)) | v938(constB0, bitIndex1)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3150, 3149])).
% 126.96/79.49 tff(3152,plain,
% 126.96/79.49 ($false),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3151, 302, 18, 3148, 3147])).
% 126.96/79.49 tff(3153,plain,((~v940(constB1, bitIndex1)) | v938(constB0, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.49 tff(3154,plain,
% 126.96/79.49 (~v940(constB1, bitIndex1)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3153, 3146])).
% 126.96/79.49 tff(3155,assumption,(v929(constB1, bitIndex1)), introduced(assumption)).
% 126.96/79.49 tff(3156,assumption,(~v940(constB1, bitIndex1)), introduced(assumption)).
% 126.96/79.49 tff(3157,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB0) | (~nextState(constB0, constB1)) | (~v934(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v934(constB1)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3158,plain,
% 126.96/79.49 (((~nextState(constB0, constB1)) | v1(constB0) | (~v934(constB1))) <=> (v1(constB0) | (~nextState(constB0, constB1)) | (~v934(constB1)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3159,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB0, constB1)) | v1(constB0) | (~v934(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB0) | (~nextState(constB0, constB1)) | (~v934(constB1))))),
% 126.96/79.49 inference(monotonicity,[status(thm)],[3158])).
% 126.96/79.49 tff(3160,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB0, constB1)) | v1(constB0) | (~v934(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v934(constB1)))),
% 126.96/79.49 inference(transitivity,[status(thm)],[3159, 3157])).
% 126.96/79.49 tff(3161,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB0, constB1)) | v1(constB0) | (~v934(constB1)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3162,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v934(constB1))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3161, 3160])).
% 126.96/79.49 tff(3163,plain,
% 126.96/79.49 (~v934(constB1)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3162, 219, 31, 18])).
% 126.96/79.49 tff(3164,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v932(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v932(constB1))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3165,plain,
% 126.96/79.49 (((~nextState(constB0, constB1)) | v932(constB1) | v934(constB1)) <=> ((~nextState(constB0, constB1)) | v934(constB1) | v932(constB1))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3166,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB0, constB1)) | v932(constB1) | v934(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v932(constB1)))),
% 126.96/79.49 inference(monotonicity,[status(thm)],[3165])).
% 126.96/79.49 tff(3167,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB0, constB1)) | v932(constB1) | v934(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v932(constB1))),
% 126.96/79.49 inference(transitivity,[status(thm)],[3166, 3164])).
% 126.96/79.49 tff(3168,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB0, constB1)) | v932(constB1) | v934(constB1))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3169,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v932(constB1)),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3168, 3167])).
% 126.96/79.49 tff(3170,plain,
% 126.96/79.49 (v934(constB1) | v932(constB1)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3169, 712, 18])).
% 126.96/79.49 tff(3171,plain,
% 126.96/79.49 (v932(constB1)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3170, 3163])).
% 126.96/79.49 tff(3172,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v931(constB1) | (~v932(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v931(constB1) | (~v932(constB1)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3173,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v931(constB1) | (~v932(constB1)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3174,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v931(constB1) | (~v932(constB1))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3173, 3172])).
% 126.96/79.49 tff(3175,plain,
% 126.96/79.49 (v931(constB1) | (~v932(constB1))),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3174, 730, 18, 38])).
% 126.96/79.49 tff(3176,plain,
% 126.96/79.49 (v931(constB1)),
% 126.96/79.49 inference(unit_resolution,[status(thm)],[3175, 3171])).
% 126.96/79.49 tff(3177,plain,
% 126.96/79.49 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB0, constB1)) | v930(constB1) | (~v931(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB0, constB1)) | v930(constB1) | (~v931(constB1)))),
% 126.96/79.49 inference(rewrite,[status(thm)],[])).
% 126.96/79.49 tff(3178,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB0, constB1)) | v930(constB1) | (~v931(constB1)))),
% 126.96/79.49 inference(quant_inst,[status(thm)],[])).
% 126.96/79.49 tff(3179,plain,
% 126.96/79.49 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB0, constB1)) | v930(constB1) | (~v931(constB1))),
% 126.96/79.49 inference(modus_ponens,[status(thm)],[3178, 3177])).
% 126.96/79.49 tff(3180,plain,
% 126.96/79.50 (v930(constB1) | (~v931(constB1))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3179, 745, 18])).
% 126.96/79.50 tff(3181,plain,
% 126.96/79.50 (v930(constB1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3180, 3176])).
% 126.96/79.50 tff(3182,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB1)) | (~v929(constB1, bitIndex1)) | v940(constB1, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB1)) | (~v929(constB1, bitIndex1)) | v940(constB1, bitIndex1))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3183,plain,
% 126.96/79.50 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB1)) | (~v929(constB1, bitIndex1)) | v940(constB1, bitIndex1))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3184,plain,
% 126.96/79.50 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB1)) | (~v929(constB1, bitIndex1)) | v940(constB1, bitIndex1)),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3183, 3182])).
% 126.96/79.50 tff(3185,plain,
% 126.96/79.50 ($false),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3184, 760, 3181, 3156, 3155])).
% 126.96/79.50 tff(3186,plain,((~v929(constB1, bitIndex1)) | v940(constB1, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.50 tff(3187,plain,
% 126.96/79.50 (~v929(constB1, bitIndex1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3186, 3154])).
% 126.96/79.50 tff(3188,assumption,(v7(constB1, bitIndex2)), introduced(assumption)).
% 126.96/79.50 tff(3189,plain,
% 126.96/79.50 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB1, bitIndex2)) | v929(constB1, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB1, bitIndex2)) | v929(constB1, bitIndex1))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3190,plain,
% 126.96/79.50 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB1, bitIndex2)) | v929(constB1, bitIndex1))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3191,plain,
% 126.96/79.50 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB1, bitIndex2)) | v929(constB1, bitIndex1)),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3190, 3189])).
% 126.96/79.50 tff(3192,plain,
% 126.96/79.50 ($false),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3191, 778, 3188, 3187])).
% 126.96/79.50 tff(3193,plain,(~v7(constB1, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.50 tff(3194,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v931(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v931(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3195,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v931(constB2)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3196,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v931(constB2))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3195, 3194])).
% 126.96/79.50 tff(3197,plain,
% 126.96/79.50 (~v931(constB2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3196, 794, 41, 58])).
% 126.96/79.50 tff(3198,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB1, constB2)) | v931(constB2) | (~v930(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB1, constB2)) | v931(constB2) | (~v930(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3199,plain,
% 126.96/79.50 (((~nextState(constB1, constB2)) | (~v930(constB2)) | v931(constB2)) <=> ((~nextState(constB1, constB2)) | v931(constB2) | (~v930(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3200,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB1, constB2)) | (~v930(constB2)) | v931(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB1, constB2)) | v931(constB2) | (~v930(constB2))))),
% 126.96/79.50 inference(monotonicity,[status(thm)],[3199])).
% 126.96/79.50 tff(3201,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB1, constB2)) | (~v930(constB2)) | v931(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB1, constB2)) | v931(constB2) | (~v930(constB2)))),
% 126.96/79.50 inference(transitivity,[status(thm)],[3200, 3198])).
% 126.96/79.50 tff(3202,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB1, constB2)) | (~v930(constB2)) | v931(constB2))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3203,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB1, constB2)) | v931(constB2) | (~v930(constB2))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3202, 3201])).
% 126.96/79.50 tff(3204,plain,
% 126.96/79.50 (v931(constB2) | (~v930(constB2))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3203, 808, 41])).
% 126.96/79.50 tff(3205,plain,
% 126.96/79.50 (~v930(constB2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3204, 3197])).
% 126.96/79.50 tff(3206,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB1, bitIndex2) | (~nextState(constB1, constB2)) | v930(constB2) | (~v7(constB2, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB1, bitIndex2) | (~nextState(constB1, constB2)) | v930(constB2) | (~v7(constB2, bitIndex2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3207,plain,
% 126.96/79.50 (((~nextState(constB1, constB2)) | v7(constB1, bitIndex2) | v930(constB2) | (~v7(constB2, bitIndex2))) <=> (v7(constB1, bitIndex2) | (~nextState(constB1, constB2)) | v930(constB2) | (~v7(constB2, bitIndex2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3208,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB1, constB2)) | v7(constB1, bitIndex2) | v930(constB2) | (~v7(constB2, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB1, bitIndex2) | (~nextState(constB1, constB2)) | v930(constB2) | (~v7(constB2, bitIndex2))))),
% 126.96/79.50 inference(monotonicity,[status(thm)],[3207])).
% 126.96/79.50 tff(3209,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB1, constB2)) | v7(constB1, bitIndex2) | v930(constB2) | (~v7(constB2, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB1, bitIndex2) | (~nextState(constB1, constB2)) | v930(constB2) | (~v7(constB2, bitIndex2)))),
% 126.96/79.50 inference(transitivity,[status(thm)],[3208, 3206])).
% 126.96/79.50 tff(3210,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB1, constB2)) | v7(constB1, bitIndex2) | v930(constB2) | (~v7(constB2, bitIndex2)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3211,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB1, bitIndex2) | (~nextState(constB1, constB2)) | v930(constB2) | (~v7(constB2, bitIndex2))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3210, 3209])).
% 126.96/79.50 tff(3212,plain,
% 126.96/79.50 (v7(constB1, bitIndex2) | v930(constB2) | (~v7(constB2, bitIndex2))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3211, 826, 41])).
% 126.96/79.50 tff(3213,plain,
% 126.96/79.50 (v7(constB1, bitIndex2) | (~v7(constB2, bitIndex2))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3212, 3205])).
% 126.96/79.50 tff(3214,plain,
% 126.96/79.50 (~v7(constB2, bitIndex2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3213, 3193])).
% 126.96/79.50 tff(3215,plain,
% 126.96/79.50 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB2) | v7(constB2, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB2) | v7(constB2, bitIndex2))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3216,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB2) | v7(constB2, bitIndex2))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3217,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB2) | v7(constB2, bitIndex2)),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3216, 3215])).
% 126.96/79.50 tff(3218,plain,
% 126.96/79.50 (sP959(constB2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3217, 1871, 3214])).
% 126.96/79.50 tff(3219,assumption,(~sP958(constB2)), introduced(assumption)).
% 126.96/79.50 tff(3220,plain,
% 126.96/79.50 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB2) | (~v1003(constB2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB2) | (~v1003(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3221,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB2) | (~v1003(constB2)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3222,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB2) | (~v1003(constB2))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3221, 3220])).
% 126.96/79.50 tff(3223,plain,
% 126.96/79.50 (~v1003(constB2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3222, 1953, 3219])).
% 126.96/79.50 tff(3224,plain,
% 126.96/79.50 (^[VarCurr: $i] : refl((v1003(VarCurr) | (~v17(VarCurr, bitIndex1))) <=> (v1003(VarCurr) | (~v17(VarCurr, bitIndex1))))),
% 126.96/79.50 inference(bind,[status(th)],[])).
% 126.96/79.50 tff(3225,plain,
% 126.96/79.50 (![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 126.96/79.50 inference(quant_intro,[status(thm)],[3224])).
% 126.96/79.50 tff(3226,plain,
% 126.96/79.50 (![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3227,axiom,(![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16579')).
% 126.96/79.50 tff(3228,plain,
% 126.96/79.50 (![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3227, 3226])).
% 126.96/79.50 tff(3229,plain,(
% 126.96/79.50 ![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 126.96/79.50 inference(skolemize,[status(sab)],[3228])).
% 126.96/79.50 tff(3230,plain,
% 126.96/79.50 (![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3229, 3225])).
% 126.96/79.50 tff(3231,plain,
% 126.96/79.50 (((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (v1003(constB2) | (~v17(constB2, bitIndex1)))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | v1003(constB2) | (~v17(constB2, bitIndex1)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3232,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (v1003(constB2) | (~v17(constB2, bitIndex1)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3233,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | v1003(constB2) | (~v17(constB2, bitIndex1))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3232, 3231])).
% 126.96/79.50 tff(3234,plain,
% 126.96/79.50 (~v17(constB2, bitIndex1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3233, 3230, 3223])).
% 126.96/79.50 tff(3235,plain,
% 126.96/79.50 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr)) <=> (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr)))),
% 126.96/79.50 inference(bind,[status(th)],[])).
% 126.96/79.50 tff(3236,plain,
% 126.96/79.50 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(quant_intro,[status(thm)],[3235])).
% 126.96/79.50 tff(3237,plain,
% 126.96/79.50 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3238,plain,
% 126.96/79.50 (^[VarCurr: $i] : rewrite(((v1003(VarCurr) | (~v17(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1)) <=> (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr)))),
% 126.96/79.50 inference(bind,[status(th)],[])).
% 126.96/79.50 tff(3239,plain,
% 126.96/79.50 (![VarCurr: $i] : ((v1003(VarCurr) | (~v17(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(quant_intro,[status(thm)],[3238])).
% 126.96/79.50 tff(3240,axiom,(![VarCurr: $i] : ((v1003(VarCurr) | (~v17(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16580')).
% 126.96/79.50 tff(3241,plain,
% 126.96/79.50 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3240, 3239])).
% 126.96/79.50 tff(3242,plain,
% 126.96/79.50 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3241, 3237])).
% 126.96/79.50 tff(3243,plain,(
% 126.96/79.50 ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(skolemize,[status(sab)],[3242])).
% 126.96/79.50 tff(3244,plain,
% 126.96/79.50 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3243, 3236])).
% 126.96/79.50 tff(3245,plain,
% 126.96/79.50 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v1003(constB2) | v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | v1003(constB2) | v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3246,plain,
% 126.96/79.50 ((v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)) | v1003(constB2)) <=> (v1003(constB2) | v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3247,plain,
% 126.96/79.50 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)) | v1003(constB2))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v1003(constB2) | v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0))))),
% 126.96/79.50 inference(monotonicity,[status(thm)],[3246])).
% 126.96/79.50 tff(3248,plain,
% 126.96/79.50 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)) | v1003(constB2))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | v1003(constB2) | v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)))),
% 126.96/79.50 inference(transitivity,[status(thm)],[3247, 3245])).
% 126.96/79.50 tff(3249,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0)) | v1003(constB2))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3250,plain,
% 126.96/79.50 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | v1003(constB2) | v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3249, 3248])).
% 126.96/79.50 tff(3251,plain,
% 126.96/79.50 (v17(constB2, bitIndex1) | (~v17(constB2, bitIndex0))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3250, 3244, 3223])).
% 126.96/79.50 tff(3252,plain,
% 126.96/79.50 (~v17(constB2, bitIndex0)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3251, 3234])).
% 126.96/79.50 tff(3253,assumption,(v17(constB1, bitIndex0)), introduced(assumption)).
% 126.96/79.50 tff(3254,assumption,(~v17(constB2, bitIndex0)), introduced(assumption)).
% 126.96/79.50 tff(3255,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v1012(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v1012(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3256,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v1012(constB2)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3257,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v1012(constB2))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3256, 3255])).
% 126.96/79.50 tff(3258,plain,
% 126.96/79.50 (~v1012(constB2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3257, 460, 41, 58])).
% 126.96/79.50 tff(3259,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB1, constB2)) | v1012(constB2) | (~v1011(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB1, constB2)) | v1012(constB2) | (~v1011(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3260,plain,
% 126.96/79.50 (((~nextState(constB1, constB2)) | (~v1011(constB2)) | v1012(constB2)) <=> ((~nextState(constB1, constB2)) | v1012(constB2) | (~v1011(constB2)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3261,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB1, constB2)) | (~v1011(constB2)) | v1012(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB1, constB2)) | v1012(constB2) | (~v1011(constB2))))),
% 126.96/79.50 inference(monotonicity,[status(thm)],[3260])).
% 126.96/79.50 tff(3262,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB1, constB2)) | (~v1011(constB2)) | v1012(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB1, constB2)) | v1012(constB2) | (~v1011(constB2)))),
% 126.96/79.50 inference(transitivity,[status(thm)],[3261, 3259])).
% 126.96/79.50 tff(3263,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB1, constB2)) | (~v1011(constB2)) | v1012(constB2))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3264,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB1, constB2)) | v1012(constB2) | (~v1011(constB2))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3263, 3262])).
% 126.96/79.50 tff(3265,plain,
% 126.96/79.50 (v1012(constB2) | (~v1011(constB2))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3264, 474, 41])).
% 126.96/79.50 tff(3266,plain,
% 126.96/79.50 (~v1011(constB2)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3265, 3258])).
% 126.96/79.50 tff(3267,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex0)) | v17(constB2, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex0)) | v17(constB2, bitIndex0))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3268,plain,
% 126.96/79.50 (((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex0) | (~v17(constB1, bitIndex0))) <=> ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex0)) | v17(constB2, bitIndex0))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3269,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex0) | (~v17(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex0)) | v17(constB2, bitIndex0)))),
% 126.96/79.50 inference(monotonicity,[status(thm)],[3268])).
% 126.96/79.50 tff(3270,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex0) | (~v17(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex0)) | v17(constB2, bitIndex0))),
% 126.96/79.50 inference(transitivity,[status(thm)],[3269, 3267])).
% 126.96/79.50 tff(3271,plain,
% 126.96/79.50 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex0) | (~v17(constB1, bitIndex0)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3272,plain,
% 126.96/79.50 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex0)) | v17(constB2, bitIndex0)),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3271, 3270])).
% 126.96/79.50 tff(3273,plain,
% 126.96/79.50 ($false),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3272, 492, 41, 3266, 3254, 3253])).
% 126.96/79.50 tff(3274,plain,(v17(constB2, bitIndex0) | (~v17(constB1, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 126.96/79.50 tff(3275,plain,
% 126.96/79.50 (~v17(constB1, bitIndex0)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3274, 3252])).
% 126.96/79.50 tff(3276,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v1013(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v1013(constB1))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3277,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v1013(constB1))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3278,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v1013(constB1)),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3277, 3276])).
% 126.96/79.50 tff(3279,plain,
% 126.96/79.50 (v934(constB1) | v1013(constB1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3278, 360, 18])).
% 126.96/79.50 tff(3280,plain,
% 126.96/79.50 (v1013(constB1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3279, 3163])).
% 126.96/79.50 tff(3281,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v1012(constB1) | (~v1013(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v1012(constB1) | (~v1013(constB1)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3282,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v1012(constB1) | (~v1013(constB1)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3283,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v1012(constB1) | (~v1013(constB1))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3282, 3281])).
% 126.96/79.50 tff(3284,plain,
% 126.96/79.50 (v1012(constB1) | (~v1013(constB1))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3283, 375, 18, 38])).
% 126.96/79.50 tff(3285,plain,
% 126.96/79.50 (v1012(constB1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3284, 3280])).
% 126.96/79.50 tff(3286,plain,
% 126.96/79.50 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB0, constB1)) | v1011(constB1) | (~v1012(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB0, constB1)) | v1011(constB1) | (~v1012(constB1)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3287,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB0, constB1)) | v1011(constB1) | (~v1012(constB1)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3288,plain,
% 126.96/79.50 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB0, constB1)) | v1011(constB1) | (~v1012(constB1))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3287, 3286])).
% 126.96/79.50 tff(3289,plain,
% 126.96/79.50 (v1011(constB1) | (~v1012(constB1))),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3288, 390, 18])).
% 126.96/79.50 tff(3290,plain,
% 126.96/79.50 (v1011(constB1)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3289, 3285])).
% 126.96/79.50 tff(3291,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB1)) | v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3292,plain,
% 126.96/79.50 ((v17(constB1, bitIndex0) | (~v1011(constB1)) | (~v1019(constB1, bitIndex0))) <=> ((~v1011(constB1)) | v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0)))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.50 tff(3293,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex0) | (~v1011(constB1)) | (~v1019(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB1)) | v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0))))),
% 126.96/79.50 inference(monotonicity,[status(thm)],[3292])).
% 126.96/79.50 tff(3294,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex0) | (~v1011(constB1)) | (~v1019(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0)))),
% 126.96/79.50 inference(transitivity,[status(thm)],[3293, 3291])).
% 126.96/79.50 tff(3295,plain,
% 126.96/79.50 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex0) | (~v1011(constB1)) | (~v1019(constB1, bitIndex0)))),
% 126.96/79.50 inference(quant_inst,[status(thm)],[])).
% 126.96/79.50 tff(3296,plain,
% 126.96/79.50 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0))),
% 126.96/79.50 inference(modus_ponens,[status(thm)],[3295, 3294])).
% 126.96/79.50 tff(3297,plain,
% 126.96/79.50 (~v1019(constB1, bitIndex0)),
% 126.96/79.50 inference(unit_resolution,[status(thm)],[3296, 405, 3290, 3275])).
% 126.96/79.50 tff(3298,assumption,(v1017(constB0, bitIndex0)), introduced(assumption)).
% 126.96/79.50 tff(3299,assumption,(~v1019(constB1, bitIndex0)), introduced(assumption)).
% 126.96/79.50 tff(3300,plain,
% 126.96/79.50 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | (~v1017(constB0, bitIndex0)) | v1019(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | (~v1017(constB0, bitIndex0)) | v1019(constB1, bitIndex0))),
% 126.96/79.50 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3301,plain,
% 126.96/79.51 (((~nextState(constB0, constB1)) | v1019(constB1, bitIndex0) | (~v1017(constB0, bitIndex0))) <=> ((~nextState(constB0, constB1)) | (~v1017(constB0, bitIndex0)) | v1019(constB1, bitIndex0))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3302,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex0) | (~v1017(constB0, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | (~v1017(constB0, bitIndex0)) | v1019(constB1, bitIndex0)))),
% 126.96/79.51 inference(monotonicity,[status(thm)],[3301])).
% 126.96/79.51 tff(3303,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex0) | (~v1017(constB0, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | (~v1017(constB0, bitIndex0)) | v1019(constB1, bitIndex0))),
% 126.96/79.51 inference(transitivity,[status(thm)],[3302, 3300])).
% 126.96/79.51 tff(3304,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex0) | (~v1017(constB0, bitIndex0)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3305,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | (~v1017(constB0, bitIndex0)) | v1019(constB1, bitIndex0)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3304, 3303])).
% 126.96/79.51 tff(3306,plain,
% 126.96/79.51 ($false),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3305, 422, 18, 3299, 3298])).
% 126.96/79.51 tff(3307,plain,(v1019(constB1, bitIndex0) | (~v1017(constB0, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 126.96/79.51 tff(3308,plain,
% 126.96/79.51 (~v1017(constB0, bitIndex0)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3307, 3297])).
% 126.96/79.51 tff(3309,assumption,(v11(constB0)), introduced(assumption)).
% 126.96/79.51 tff(3310,plain,
% 126.96/79.51 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB2) | (~v17(constB2, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB2) | (~v17(constB2, bitIndex2)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3311,plain,
% 126.96/79.51 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB2) | (~v17(constB2, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3312,plain,
% 126.96/79.51 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB2) | (~v17(constB2, bitIndex2))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3311, 3310])).
% 126.96/79.51 tff(3313,plain,
% 126.96/79.51 (~v17(constB2, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3312, 1220, 3219])).
% 126.96/79.51 tff(3314,assumption,(v17(constB1, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3315,assumption,(~v17(constB2, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3316,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex2)) | v17(constB2, bitIndex2))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex2)) | v17(constB2, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3317,plain,
% 126.96/79.51 (((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex2) | (~v17(constB1, bitIndex2))) <=> ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex2)) | v17(constB2, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3318,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex2) | (~v17(constB1, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex2)) | v17(constB2, bitIndex2)))),
% 126.96/79.51 inference(monotonicity,[status(thm)],[3317])).
% 126.96/79.51 tff(3319,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex2) | (~v17(constB1, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex2)) | v17(constB2, bitIndex2))),
% 126.96/79.51 inference(transitivity,[status(thm)],[3318, 3316])).
% 126.96/79.51 tff(3320,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex2) | (~v17(constB1, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3321,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex2)) | v17(constB2, bitIndex2)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3320, 3319])).
% 126.96/79.51 tff(3322,plain,
% 126.96/79.51 ($false),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3321, 492, 41, 3266, 3315, 3314])).
% 126.96/79.51 tff(3323,plain,(v17(constB2, bitIndex2) | (~v17(constB1, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.96/79.51 tff(3324,plain,
% 126.96/79.51 (~v17(constB1, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3323, 3313])).
% 126.96/79.51 tff(3325,assumption,(~v17(constB1, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3326,assumption,(v1019(constB1, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3327,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB1)) | v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3328,plain,
% 126.96/79.51 ((v17(constB1, bitIndex2) | (~v1011(constB1)) | (~v1019(constB1, bitIndex2))) <=> ((~v1011(constB1)) | v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3329,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex2) | (~v1011(constB1)) | (~v1019(constB1, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB1)) | v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2))))),
% 126.96/79.51 inference(monotonicity,[status(thm)],[3328])).
% 126.96/79.51 tff(3330,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex2) | (~v1011(constB1)) | (~v1019(constB1, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2)))),
% 126.96/79.51 inference(transitivity,[status(thm)],[3329, 3327])).
% 126.96/79.51 tff(3331,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex2) | (~v1011(constB1)) | (~v1019(constB1, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3332,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3331, 3330])).
% 126.96/79.51 tff(3333,plain,
% 126.96/79.51 ($false),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3332, 405, 3290, 3326, 3325])).
% 126.96/79.51 tff(3334,plain,(v17(constB1, bitIndex2) | (~v1019(constB1, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.96/79.51 tff(3335,plain,
% 126.96/79.51 (~v1019(constB1, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3334, 3324])).
% 126.96/79.51 tff(3336,assumption,(~v1019(constB1, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3337,assumption,(v1017(constB0, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3338,plain,
% 126.96/79.51 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex2) | (~v1017(constB0, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | v1019(constB1, bitIndex2) | (~v1017(constB0, bitIndex2)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3339,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex2) | (~v1017(constB0, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3340,plain,
% 126.96/79.51 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | v1019(constB1, bitIndex2) | (~v1017(constB0, bitIndex2))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3339, 3338])).
% 126.96/79.51 tff(3341,plain,
% 126.96/79.51 ($false),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3340, 422, 18, 3337, 3336])).
% 126.96/79.51 tff(3342,plain,(v1019(constB1, bitIndex2) | (~v1017(constB0, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 126.96/79.51 tff(3343,plain,
% 126.96/79.51 (~v1017(constB0, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3342, 3335])).
% 126.96/79.51 tff(3344,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB0)) | (~v20(constB0, bitIndex2)) | v1017(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB0)) | (~v20(constB0, bitIndex2)) | v1017(constB0, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3345,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB0)) | (~v20(constB0, bitIndex2)) | v1017(constB0, bitIndex2))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3346,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB0)) | (~v20(constB0, bitIndex2)) | v1017(constB0, bitIndex2)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3345, 3344])).
% 126.96/79.51 tff(3347,plain,
% 126.96/79.51 (~v20(constB0, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3346, 1124, 3309, 3343])).
% 126.96/79.51 tff(3348,assumption,(~v20(constB0, bitIndex0)), introduced(assumption)).
% 126.96/79.51 tff(3349,assumption,(~v20(constB0, bitIndex2)), introduced(assumption)).
% 126.96/79.51 tff(3350,assumption,(~v977(constB0, bitIndex0)), introduced(assumption)).
% 126.96/79.51 tff(3351,assumption,(~v993(constB0, bitIndex0)), introduced(assumption)).
% 126.96/79.51 tff(3352,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3353,plain,
% 126.96/79.51 ((v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2))) <=> (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3354,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)))),
% 126.96/79.51 inference(monotonicity,[status(thm)],[3353])).
% 126.96/79.51 tff(3355,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.51 inference(transitivity,[status(thm)],[3354, 3352])).
% 126.96/79.51 tff(3356,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3357,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3356, 3355])).
% 126.96/79.51 tff(3358,plain,
% 126.96/79.51 (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3357, 2767, 1073])).
% 126.96/79.51 tff(3359,plain,
% 126.96/79.51 (v993(constB0, bitIndex1)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3358, 3349, 3350])).
% 126.96/79.51 tff(3360,plain,
% 126.96/79.51 ((~v17(constB0, bitIndex0)) <=> (~v17(constB0, bitIndex0))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3361,axiom,(~v17(constB0, bitIndex0)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16583')).
% 126.96/79.51 tff(3362,plain,
% 126.96/79.51 (~v17(constB0, bitIndex0)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3361, 3360])).
% 126.96/79.51 tff(3363,plain,
% 126.96/79.51 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB0)) | v17(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB0)) | v17(constB0, bitIndex0))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3364,plain,
% 126.96/79.51 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB0)) | v17(constB0, bitIndex0))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3365,plain,
% 126.96/79.51 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB0)) | v17(constB0, bitIndex0)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3364, 3363])).
% 126.96/79.51 tff(3366,plain,
% 126.96/79.51 (~sP953_aig_name(constB0)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3365, 1014, 3362])).
% 126.96/79.51 tff(3367,plain,
% 126.96/79.51 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB0) | (~v17(constB0, bitIndex2)) | v994(constB0, bitIndex2))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB0) | (~v17(constB0, bitIndex2)) | v994(constB0, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3368,plain,
% 126.96/79.51 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB0) | (~v17(constB0, bitIndex2)) | v994(constB0, bitIndex2))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3369,plain,
% 126.96/79.51 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB0) | (~v17(constB0, bitIndex2)) | v994(constB0, bitIndex2)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3368, 3367])).
% 126.96/79.51 tff(3370,plain,
% 126.96/79.51 (v994(constB0, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3369, 2767, 1033, 3366])).
% 126.96/79.51 tff(3371,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex2)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3372,plain,
% 126.96/79.51 (((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v994(constB0, bitIndex2))) <=> (v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex2)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3373,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v994(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex2))))),
% 126.96/79.51 inference(monotonicity,[status(thm)],[3372])).
% 126.96/79.51 tff(3374,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v994(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex2)))),
% 126.96/79.51 inference(transitivity,[status(thm)],[3373, 3371])).
% 126.96/79.51 tff(3375,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v994(constB0, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3376,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex2))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3375, 3374])).
% 126.96/79.51 tff(3377,plain,
% 126.96/79.51 (v993(constB0, bitIndex0) | v20(constB0, bitIndex2) | (~v993(constB0, bitIndex1))),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3376, 1092, 3370])).
% 126.96/79.51 tff(3378,plain,
% 126.96/79.51 ($false),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3377, 3359, 3349, 3351])).
% 126.96/79.51 tff(3379,plain,(v20(constB0, bitIndex2) | v993(constB0, bitIndex0) | v977(constB0, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.51 tff(3380,plain,
% 126.96/79.51 (v993(constB0, bitIndex0)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3379, 3350, 3349])).
% 126.96/79.51 tff(3381,plain,
% 126.96/79.51 (^[B: $i, VarCurr: $i] : refl((v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))))),
% 126.96/79.51 inference(bind,[status(th)],[])).
% 126.96/79.51 tff(3382,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(quant_intro,[status(thm)],[3381])).
% 126.96/79.51 tff(3383,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3384,plain,
% 126.96/79.51 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v20(VarCurr, B) | (~v17(VarCurr, B))) <=> (v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))))), rewrite(((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | v977(VarCurr, bitIndex0)) <=> (((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) | v977(VarCurr, bitIndex0)))), rewrite((((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) | v977(VarCurr, bitIndex0)) <=> (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | v977(VarCurr, bitIndex0)) <=> (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))))),
% 126.96/79.51 inference(bind,[status(th)],[])).
% 126.96/79.51 tff(3385,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | v977(VarCurr, bitIndex0)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(quant_intro,[status(thm)],[3384])).
% 126.96/79.51 tff(3386,axiom,(![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | v977(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16522')).
% 126.96/79.51 tff(3387,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3386, 3385])).
% 126.96/79.51 tff(3388,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3387, 3383])).
% 126.96/79.51 tff(3389,plain,(
% 126.96/79.51 ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(skolemize,[status(sab)],[3388])).
% 126.96/79.51 tff(3390,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3389, 3382])).
% 126.96/79.51 tff(3391,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3392,plain,
% 126.96/79.51 ((v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2))) <=> (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3393,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)))),
% 126.96/79.51 inference(monotonicity,[status(thm)],[3392])).
% 126.96/79.51 tff(3394,plain,
% 126.96/79.51 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.51 inference(transitivity,[status(thm)],[3393, 3391])).
% 126.96/79.51 tff(3395,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3396,plain,
% 126.96/79.51 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3395, 3394])).
% 126.96/79.51 tff(3397,plain,
% 126.96/79.51 (v977(constB0, bitIndex0) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3396, 2767, 3390])).
% 126.96/79.51 tff(3398,plain,
% 126.96/79.51 ($false),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3397, 3380, 3350, 3349])).
% 126.96/79.51 tff(3399,plain,(v977(constB0, bitIndex0) | v20(constB0, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.51 tff(3400,plain,
% 126.96/79.51 (v977(constB0, bitIndex0)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3399, 3349])).
% 126.96/79.51 tff(3401,plain,
% 126.96/79.51 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0)))),
% 126.96/79.51 inference(bind,[status(th)],[])).
% 126.96/79.51 tff(3402,plain,
% 126.96/79.51 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))),
% 126.96/79.51 inference(quant_intro,[status(thm)],[3401])).
% 126.96/79.51 tff(3403,plain,
% 126.96/79.51 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3404,axiom,(![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16568')).
% 126.96/79.51 tff(3405,plain,
% 126.96/79.51 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3404, 3403])).
% 126.96/79.51 tff(3406,plain,(
% 126.96/79.51 ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))),
% 126.96/79.51 inference(skolemize,[status(sab)],[3405])).
% 126.96/79.51 tff(3407,plain,
% 126.96/79.51 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3406, 3402])).
% 126.96/79.51 tff(3408,plain,
% 126.96/79.51 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | (v17(constB0, bitIndex0) | v978(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | v17(constB0, bitIndex0) | v978(constB0, bitIndex0))),
% 126.96/79.51 inference(rewrite,[status(thm)],[])).
% 126.96/79.51 tff(3409,plain,
% 126.96/79.51 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | (v17(constB0, bitIndex0) | v978(constB0, bitIndex0))),
% 126.96/79.51 inference(quant_inst,[status(thm)],[])).
% 126.96/79.51 tff(3410,plain,
% 126.96/79.51 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | v17(constB0, bitIndex0) | v978(constB0, bitIndex0)),
% 126.96/79.51 inference(modus_ponens,[status(thm)],[3409, 3408])).
% 126.96/79.51 tff(3411,plain,
% 126.96/79.51 (v978(constB0, bitIndex0)),
% 126.96/79.51 inference(unit_resolution,[status(thm)],[3410, 3362, 3407])).
% 126.96/79.51 tff(3412,plain,
% 126.96/79.51 (^[B: $i, VarCurr: $i] : refl((v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B))) <=> (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B))))),
% 126.96/79.51 inference(bind,[status(th)],[])).
% 126.96/79.51 tff(3413,plain,
% 126.96/79.51 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3412])).
% 126.96/79.52 tff(3414,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3415,plain,
% 126.96/79.52 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v20(VarCurr, B) | (~v978(VarCurr, B))) <=> (v20(VarCurr, B) | (~v978(VarCurr, B)))), (((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) <=> ((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)))), rewrite(((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) <=> (v977(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v978(VarCurr, B)))), (((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) <=> (v977(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v978(VarCurr, B))))), ((((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0))) <=> ((v977(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v978(VarCurr, B))) | (~v977(VarCurr, bitIndex0))))), rewrite(((v977(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v978(VarCurr, B))) | (~v977(VarCurr, bitIndex0))) <=> (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))), ((((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0))) <=> (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3416,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3415])).
% 126.96/79.52 tff(3417,axiom,(![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v978(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16530')).
% 126.96/79.52 tff(3418,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3417, 3416])).
% 126.96/79.52 tff(3419,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3418, 3414])).
% 126.96/79.52 tff(3420,plain,(
% 126.96/79.52 ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(skolemize,[status(sab)],[3419])).
% 126.96/79.52 tff(3421,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3420, 3413])).
% 126.96/79.52 tff(3422,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | (~v977(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | (~v977(constB0, bitIndex0)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3423,plain,
% 126.96/79.52 ((v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex0) | (~v978(constB0, bitIndex0))) <=> (v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | (~v977(constB0, bitIndex0)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3424,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex0) | (~v978(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | (~v977(constB0, bitIndex0))))),
% 126.96/79.52 inference(monotonicity,[status(thm)],[3423])).
% 126.96/79.52 tff(3425,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex0) | (~v978(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | (~v977(constB0, bitIndex0)))),
% 126.96/79.52 inference(transitivity,[status(thm)],[3424, 3422])).
% 126.96/79.52 tff(3426,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex0) | (~v978(constB0, bitIndex0)))),
% 126.96/79.52 inference(quant_inst,[status(thm)],[])).
% 126.96/79.52 tff(3427,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | (~v977(constB0, bitIndex0))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3426, 3425])).
% 126.96/79.52 tff(3428,plain,
% 126.96/79.52 (v20(constB0, bitIndex0) | v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0))),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3427, 3421, 3411])).
% 126.96/79.52 tff(3429,plain,
% 126.96/79.52 (v977(constB0, bitIndex1)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3428, 3400, 3348])).
% 126.96/79.52 tff(3430,plain,
% 126.96/79.52 (^[B: $i, VarCurr: $i] : refl(((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3431,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3430])).
% 126.96/79.52 tff(3432,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3433,plain,
% 126.96/79.52 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v20(VarCurr, B) | (~v17(VarCurr, B))) <=> (v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> ((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)))), rewrite(((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> (v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> (v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex1))) <=> ((v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v977(VarCurr, bitIndex1))))), rewrite(((v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v977(VarCurr, bitIndex1))) <=> ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex1))) <=> ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3434,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex1))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3433])).
% 126.96/79.52 tff(3435,axiom,(![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | v993(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16523')).
% 126.96/79.52 tff(3436,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3435, 3434])).
% 126.96/79.52 tff(3437,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3436, 3432])).
% 126.96/79.52 tff(3438,plain,(
% 126.96/79.52 ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(skolemize,[status(sab)],[3437])).
% 126.96/79.52 tff(3439,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3438, 3431])).
% 126.96/79.52 tff(3440,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3441,plain,
% 126.96/79.52 (((~v977(constB0, bitIndex1)) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2))) <=> (v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3442,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)))),
% 126.96/79.52 inference(monotonicity,[status(thm)],[3441])).
% 126.96/79.52 tff(3443,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.52 inference(transitivity,[status(thm)],[3442, 3440])).
% 126.96/79.52 tff(3444,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | v993(constB0, bitIndex1) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))),
% 126.96/79.52 inference(quant_inst,[status(thm)],[])).
% 126.96/79.52 tff(3445,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3444, 3443])).
% 126.96/79.52 tff(3446,plain,
% 126.96/79.52 (v993(constB0, bitIndex1) | (~v977(constB0, bitIndex1)) | v20(constB0, bitIndex2)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3445, 2767, 3439])).
% 126.96/79.52 tff(3447,plain,
% 126.96/79.52 (v993(constB0, bitIndex1)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3446, 3429, 3349])).
% 126.96/79.52 tff(3448,plain,
% 126.96/79.52 (^[B: $i, VarCurr: $i] : refl(((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3449,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3448])).
% 126.96/79.52 tff(3450,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3451,plain,
% 126.96/79.52 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v20(VarCurr, B) | (~v17(VarCurr, B))) <=> (v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))))), rewrite(((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))), (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1))) <=> (((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v977(VarCurr, bitIndex1))))), rewrite((((~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v977(VarCurr, bitIndex1))) <=> ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))), ((((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1))) <=> ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3452,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3451])).
% 126.96/79.52 tff(3453,axiom,(![B: $i, VarCurr: $i] : (((v20(VarCurr, B) | (~v17(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16521')).
% 126.96/79.52 tff(3454,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3453, 3452])).
% 126.96/79.52 tff(3455,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3454, 3450])).
% 126.96/79.52 tff(3456,plain,(
% 126.96/79.52 ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(skolemize,[status(sab)],[3455])).
% 126.96/79.52 tff(3457,plain,
% 126.96/79.52 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3456, 3449])).
% 126.96/79.52 tff(3458,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3459,plain,
% 126.96/79.52 (((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2))) <=> ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3460,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)))),
% 126.96/79.52 inference(monotonicity,[status(thm)],[3459])).
% 126.96/79.52 tff(3461,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2))),
% 126.96/79.52 inference(transitivity,[status(thm)],[3460, 3458])).
% 126.96/79.52 tff(3462,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2) | (~v17(constB0, bitIndex2)))),
% 126.96/79.52 inference(quant_inst,[status(thm)],[])).
% 126.96/79.52 tff(3463,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v17(constB0, bitIndex2)) | v20(constB0, bitIndex2)),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3462, 3461])).
% 126.96/79.52 tff(3464,plain,
% 126.96/79.52 ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | v20(constB0, bitIndex2)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3463, 2767, 3457])).
% 126.96/79.52 tff(3465,plain,
% 126.96/79.52 (~v993(constB0, bitIndex0)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3464, 3429, 3349])).
% 126.96/79.52 tff(3466,plain,
% 126.96/79.52 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0)))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3467,plain,
% 126.96/79.52 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3466])).
% 126.96/79.52 tff(3468,plain,
% 126.96/79.52 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3469,plain,
% 126.96/79.52 (^[VarCurr: $i] : rewrite((v994(VarCurr, bitIndex0) | v17(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0)))),
% 126.96/79.52 inference(bind,[status(th)],[])).
% 126.96/79.52 tff(3470,plain,
% 126.96/79.52 (![VarCurr: $i] : (v994(VarCurr, bitIndex0) | v17(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(quant_intro,[status(thm)],[3469])).
% 126.96/79.52 tff(3471,axiom,(![VarCurr: $i] : (v994(VarCurr, bitIndex0) | v17(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16338')).
% 126.96/79.52 tff(3472,plain,
% 126.96/79.52 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3471, 3470])).
% 126.96/79.52 tff(3473,plain,
% 126.96/79.52 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3472, 3468])).
% 126.96/79.52 tff(3474,plain,(
% 126.96/79.52 ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(skolemize,[status(sab)],[3473])).
% 126.96/79.52 tff(3475,plain,
% 126.96/79.52 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3474, 3467])).
% 126.96/79.52 tff(3476,plain,
% 126.96/79.52 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | (v17(constB0, bitIndex0) | v994(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | v17(constB0, bitIndex0) | v994(constB0, bitIndex0))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3477,plain,
% 126.96/79.52 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | (v17(constB0, bitIndex0) | v994(constB0, bitIndex0))),
% 126.96/79.52 inference(quant_inst,[status(thm)],[])).
% 126.96/79.52 tff(3478,plain,
% 126.96/79.52 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | v17(constB0, bitIndex0) | v994(constB0, bitIndex0)),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3477, 3476])).
% 126.96/79.52 tff(3479,plain,
% 126.96/79.52 (v994(constB0, bitIndex0)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3478, 3362, 3475])).
% 126.96/79.52 tff(3480,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex0)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3481,plain,
% 126.96/79.52 (((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex0) | (~v994(constB0, bitIndex0))) <=> (v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex0)))),
% 126.96/79.52 inference(rewrite,[status(thm)],[])).
% 126.96/79.52 tff(3482,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex0) | (~v994(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex0))))),
% 126.96/79.52 inference(monotonicity,[status(thm)],[3481])).
% 126.96/79.52 tff(3483,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex0) | (~v994(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex0)))),
% 126.96/79.52 inference(transitivity,[status(thm)],[3482, 3480])).
% 126.96/79.52 tff(3484,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | v20(constB0, bitIndex0) | (~v994(constB0, bitIndex0)))),
% 126.96/79.52 inference(quant_inst,[status(thm)],[])).
% 126.96/79.52 tff(3485,plain,
% 126.96/79.52 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1)) | (~v994(constB0, bitIndex0))),
% 126.96/79.52 inference(modus_ponens,[status(thm)],[3484, 3483])).
% 126.96/79.52 tff(3486,plain,
% 126.96/79.52 (v20(constB0, bitIndex0) | v993(constB0, bitIndex0) | (~v993(constB0, bitIndex1))),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3485, 1092, 3479])).
% 126.96/79.52 tff(3487,plain,
% 126.96/79.52 ($false),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3486, 3465, 3447, 3348])).
% 126.96/79.52 tff(3488,plain,(v20(constB0, bitIndex2) | v20(constB0, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.52 tff(3489,plain,
% 126.96/79.52 (v20(constB0, bitIndex0)),
% 126.96/79.52 inference(unit_resolution,[status(thm)],[3488, 3347])).
% 126.96/79.52 tff(3490,plain,
% 126.96/79.52 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB0)) | (~v20(constB0, bitIndex0)) | v1017(constB0, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB0)) | (~v20(constB0, bitIndex0)) | v1017(constB0, bitIndex0))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3491,plain,
% 126.96/79.53 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB0)) | (~v20(constB0, bitIndex0)) | v1017(constB0, bitIndex0))),
% 126.96/79.53 inference(quant_inst,[status(thm)],[])).
% 126.96/79.53 tff(3492,plain,
% 126.96/79.53 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB0)) | (~v20(constB0, bitIndex0)) | v1017(constB0, bitIndex0)),
% 126.96/79.53 inference(modus_ponens,[status(thm)],[3491, 3490])).
% 126.96/79.53 tff(3493,plain,
% 126.96/79.53 ($false),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3492, 1124, 3489, 3309, 3308])).
% 126.96/79.53 tff(3494,plain,(sP958(constB2) | (~v11(constB0))), inference(lemma,lemma(discharge,[]))).
% 126.96/79.53 tff(3495,plain,
% 126.96/79.53 (~v11(constB0)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3494, 3219])).
% 126.96/79.53 tff(3496,assumption,(~v1017(constB0, bitIndex2)), introduced(assumption)).
% 126.96/79.53 tff(3497,plain,
% 126.96/79.53 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB0) | (~b100(bitIndex2)) | v1017(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB0) | (~b100(bitIndex2)) | v1017(constB0, bitIndex2))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3498,plain,
% 126.96/79.53 ((v11(constB0) | v1017(constB0, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB0) | (~b100(bitIndex2)) | v1017(constB0, bitIndex2))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3499,plain,
% 126.96/79.53 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB0) | v1017(constB0, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB0) | (~b100(bitIndex2)) | v1017(constB0, bitIndex2)))),
% 126.96/79.53 inference(monotonicity,[status(thm)],[3498])).
% 126.96/79.53 tff(3500,plain,
% 126.96/79.53 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB0) | v1017(constB0, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB0) | (~b100(bitIndex2)) | v1017(constB0, bitIndex2))),
% 126.96/79.53 inference(transitivity,[status(thm)],[3499, 3497])).
% 126.96/79.53 tff(3501,plain,
% 126.96/79.53 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB0) | v1017(constB0, bitIndex2) | (~b100(bitIndex2)))),
% 126.96/79.53 inference(quant_inst,[status(thm)],[])).
% 126.96/79.53 tff(3502,plain,
% 126.96/79.53 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB0) | (~b100(bitIndex2)) | v1017(constB0, bitIndex2)),
% 126.96/79.53 inference(modus_ponens,[status(thm)],[3501, 3500])).
% 126.96/79.53 tff(3503,plain,
% 126.96/79.53 ($false),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3502, 439, 436, 2738, 3496])).
% 126.96/79.53 tff(3504,plain,(v1017(constB0, bitIndex2) | v11(constB0)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.53 tff(3505,plain,
% 126.96/79.53 (v1017(constB0, bitIndex2)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3504, 3495])).
% 126.96/79.53 tff(3506,plain,
% 126.96/79.53 (v1019(constB1, bitIndex2)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3342, 3505])).
% 126.96/79.53 tff(3507,plain,
% 126.96/79.53 (v17(constB1, bitIndex2)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3334, 3506])).
% 126.96/79.53 tff(3508,plain,
% 126.96/79.53 (v17(constB2, bitIndex2)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3323, 3507])).
% 126.96/79.53 tff(3509,plain,
% 126.96/79.53 ($false),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3312, 1220, 3508, 3219])).
% 126.96/79.53 tff(3510,plain,(sP958(constB2)), inference(lemma,lemma(discharge,[]))).
% 126.96/79.53 tff(3511,assumption,(v938(constB0, bitIndex0)), introduced(assumption)).
% 126.96/79.53 tff(3512,plain,
% 126.96/79.53 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB0) | (~v17(constB0, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB0) | (~v17(constB0, bitIndex2)))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3513,plain,
% 126.96/79.53 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB0) | (~v17(constB0, bitIndex2)))),
% 126.96/79.53 inference(quant_inst,[status(thm)],[])).
% 126.96/79.53 tff(3514,plain,
% 126.96/79.53 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB0) | (~v17(constB0, bitIndex2))),
% 126.96/79.53 inference(modus_ponens,[status(thm)],[3513, 3512])).
% 126.96/79.53 tff(3515,plain,
% 126.96/79.53 (sP959(constB0)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3514, 1233, 2767])).
% 126.96/79.53 tff(3516,plain,
% 126.96/79.53 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB0) | (~v17(constB0, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB0) | (~v17(constB0, bitIndex2)))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3517,plain,
% 126.96/79.53 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB0) | (~v17(constB0, bitIndex2)))),
% 126.96/79.53 inference(quant_inst,[status(thm)],[])).
% 126.96/79.53 tff(3518,plain,
% 126.96/79.53 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB0) | (~v17(constB0, bitIndex2))),
% 126.96/79.53 inference(modus_ponens,[status(thm)],[3517, 3516])).
% 126.96/79.53 tff(3519,plain,
% 126.96/79.53 (sP958(constB0)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3518, 1220, 2767])).
% 126.96/79.53 tff(3520,plain,
% 126.96/79.53 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB0, bitIndex1) | (~v13(constB0, bitIndex1)) | (~sP958(constB0)) | (~sP959(constB0)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB0, bitIndex1) | (~v13(constB0, bitIndex1)) | (~sP958(constB0)) | (~sP959(constB0)))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3521,plain,
% 126.96/79.53 (((~v13(constB0, bitIndex1)) | v7(constB0, bitIndex1) | (~sP958(constB0)) | (~sP959(constB0))) <=> (v7(constB0, bitIndex1) | (~v13(constB0, bitIndex1)) | (~sP958(constB0)) | (~sP959(constB0)))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3522,plain,
% 126.96/79.53 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB0, bitIndex1)) | v7(constB0, bitIndex1) | (~sP958(constB0)) | (~sP959(constB0)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB0, bitIndex1) | (~v13(constB0, bitIndex1)) | (~sP958(constB0)) | (~sP959(constB0))))),
% 126.96/79.53 inference(monotonicity,[status(thm)],[3521])).
% 126.96/79.53 tff(3523,plain,
% 126.96/79.53 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB0, bitIndex1)) | v7(constB0, bitIndex1) | (~sP958(constB0)) | (~sP959(constB0)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB0, bitIndex1) | (~v13(constB0, bitIndex1)) | (~sP958(constB0)) | (~sP959(constB0)))),
% 126.96/79.53 inference(transitivity,[status(thm)],[3522, 3520])).
% 126.96/79.53 tff(3524,plain,
% 126.96/79.53 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB0, bitIndex1)) | v7(constB0, bitIndex1) | (~sP958(constB0)) | (~sP959(constB0)))),
% 126.96/79.53 inference(quant_inst,[status(thm)],[])).
% 126.96/79.53 tff(3525,plain,
% 126.96/79.53 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB0, bitIndex1) | (~v13(constB0, bitIndex1)) | (~sP958(constB0)) | (~sP959(constB0))),
% 126.96/79.53 inference(modus_ponens,[status(thm)],[3524, 3523])).
% 126.96/79.53 tff(3526,plain,
% 126.96/79.53 (~v13(constB0, bitIndex1)),
% 126.96/79.53 inference(unit_resolution,[status(thm)],[3525, 3114, 1886, 3519, 3515])).
% 126.96/79.53 tff(3527,plain,
% 126.96/79.53 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB0)) | (~v938(constB0, bitIndex0)) | v13(constB0, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB0)) | (~v938(constB0, bitIndex0)) | v13(constB0, bitIndex1))),
% 126.96/79.53 inference(rewrite,[status(thm)],[])).
% 126.96/79.53 tff(3528,plain,
% 126.96/79.53 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB0)) | (~v938(constB0, bitIndex0)) | v13(constB0, bitIndex1))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3529,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB0)) | (~v938(constB0, bitIndex0)) | v13(constB0, bitIndex1)),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3528, 3527])).
% 127.00/79.53 tff(3530,plain,
% 127.00/79.53 ((~v11(constB0)) | (~v938(constB0, bitIndex0))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3529, 320, 3526])).
% 127.00/79.53 tff(3531,plain,
% 127.00/79.53 (~v11(constB0)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3530, 3511])).
% 127.00/79.53 tff(3532,plain,
% 127.00/79.53 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB0) | (~v938(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB0) | (~v938(constB0, bitIndex0)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3533,plain,
% 127.00/79.53 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB0) | (~v938(constB0, bitIndex0)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3534,plain,
% 127.00/79.53 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB0) | (~v938(constB0, bitIndex0))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3533, 3532])).
% 127.00/79.53 tff(3535,plain,
% 127.00/79.53 ($false),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3534, 335, 2738, 3511])).
% 127.00/79.53 tff(3536,plain,((~v938(constB0, bitIndex0)) | v11(constB0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.53 tff(3537,plain,
% 127.00/79.53 ($false),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3536, 3531, 3511])).
% 127.00/79.53 tff(3538,plain,(~v938(constB0, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.53 tff(3539,assumption,(v940(constB1, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3540,assumption,(~v938(constB0, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3541,plain,
% 127.00/79.53 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v940(constB1, bitIndex0)) | v938(constB0, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v940(constB1, bitIndex0)) | v938(constB0, bitIndex0))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3542,plain,
% 127.00/79.53 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v940(constB1, bitIndex0)) | v938(constB0, bitIndex0))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3543,plain,
% 127.00/79.53 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v940(constB1, bitIndex0)) | v938(constB0, bitIndex0)),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3542, 3541])).
% 127.00/79.53 tff(3544,plain,
% 127.00/79.53 ($false),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3543, 302, 18, 3540, 3539])).
% 127.00/79.53 tff(3545,plain,((~v940(constB1, bitIndex0)) | v938(constB0, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.53 tff(3546,plain,
% 127.00/79.53 (~v940(constB1, bitIndex0)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3545, 3538])).
% 127.00/79.53 tff(3547,assumption,(v956(constB1, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3548,assumption,(~v940(constB1, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3549,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v960(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v960(constB1))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3550,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v960(constB1))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3551,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB0, constB1)) | v934(constB1) | v960(constB1)),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3550, 3549])).
% 127.00/79.53 tff(3552,plain,
% 127.00/79.53 (v934(constB1) | v960(constB1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3551, 236, 18])).
% 127.00/79.53 tff(3553,plain,
% 127.00/79.53 (v960(constB1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3552, 3163])).
% 127.00/79.53 tff(3554,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v958(constB1) | (~v960(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v958(constB1) | (~v960(constB1)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3555,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v958(constB1) | (~v960(constB1)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3556,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v958(constB1) | (~v960(constB1))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3555, 3554])).
% 127.00/79.53 tff(3557,plain,
% 127.00/79.53 (v958(constB1) | (~v960(constB1))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3556, 251, 18, 38])).
% 127.00/79.53 tff(3558,plain,
% 127.00/79.53 (v958(constB1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3557, 3553])).
% 127.00/79.53 tff(3559,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB0, constB1)) | v957(constB1) | (~v958(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB0, constB1)) | v957(constB1) | (~v958(constB1)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3560,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB0, constB1)) | v957(constB1) | (~v958(constB1)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3561,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB0, constB1)) | v957(constB1) | (~v958(constB1))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3560, 3559])).
% 127.00/79.53 tff(3562,plain,
% 127.00/79.53 (v957(constB1) | (~v958(constB1))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3561, 266, 18])).
% 127.00/79.53 tff(3563,plain,
% 127.00/79.53 (v957(constB1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3562, 3558])).
% 127.00/79.53 tff(3564,plain,
% 127.00/79.53 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB1)) | (~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB1)) | (~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3565,plain,
% 127.00/79.53 ((v940(constB1, bitIndex0) | (~v957(constB1)) | (~v956(constB1, bitIndex0))) <=> ((~v957(constB1)) | (~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3566,plain,
% 127.00/79.53 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB1, bitIndex0) | (~v957(constB1)) | (~v956(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB1)) | (~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0)))),
% 127.00/79.53 inference(monotonicity,[status(thm)],[3565])).
% 127.00/79.53 tff(3567,plain,
% 127.00/79.53 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB1, bitIndex0) | (~v957(constB1)) | (~v956(constB1, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB1)) | (~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0))),
% 127.00/79.53 inference(transitivity,[status(thm)],[3566, 3564])).
% 127.00/79.53 tff(3568,plain,
% 127.00/79.53 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB1, bitIndex0) | (~v957(constB1)) | (~v956(constB1, bitIndex0)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3569,plain,
% 127.00/79.53 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB1)) | (~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0)),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3568, 3567])).
% 127.00/79.53 tff(3570,plain,
% 127.00/79.53 ($false),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3569, 281, 3563, 3548, 3547])).
% 127.00/79.53 tff(3571,plain,((~v956(constB1, bitIndex0)) | v940(constB1, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.53 tff(3572,plain,
% 127.00/79.53 (~v956(constB1, bitIndex0)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3571, 3546])).
% 127.00/79.53 tff(3573,assumption,(~v956(constB1, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3574,assumption,(v7(constB1, bitIndex1)), introduced(assumption)).
% 127.00/79.53 tff(3575,plain,
% 127.00/79.53 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB1, bitIndex1)) | v956(constB1, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB1, bitIndex1)) | v956(constB1, bitIndex0))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3576,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB1, bitIndex1)) | v956(constB1, bitIndex0))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3577,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB1, bitIndex1)) | v956(constB1, bitIndex0)),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3576, 3575])).
% 127.00/79.53 tff(3578,plain,
% 127.00/79.53 ($false),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3577, 201, 3574, 3573])).
% 127.00/79.53 tff(3579,plain,((~v7(constB1, bitIndex1)) | v956(constB1, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.53 tff(3580,plain,
% 127.00/79.53 (~v7(constB1, bitIndex1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3579, 3572])).
% 127.00/79.53 tff(3581,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v958(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v958(constB2)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3582,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v958(constB2)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3583,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v958(constB2))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3582, 3581])).
% 127.00/79.53 tff(3584,plain,
% 127.00/79.53 (~v958(constB2)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3583, 148, 41, 58])).
% 127.00/79.53 tff(3585,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB1, constB2)) | v958(constB2) | (~v957(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB1, constB2)) | v958(constB2) | (~v957(constB2)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3586,plain,
% 127.00/79.53 (((~nextState(constB1, constB2)) | (~v957(constB2)) | v958(constB2)) <=> ((~nextState(constB1, constB2)) | v958(constB2) | (~v957(constB2)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3587,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB1, constB2)) | (~v957(constB2)) | v958(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB1, constB2)) | v958(constB2) | (~v957(constB2))))),
% 127.00/79.53 inference(monotonicity,[status(thm)],[3586])).
% 127.00/79.53 tff(3588,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB1, constB2)) | (~v957(constB2)) | v958(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB1, constB2)) | v958(constB2) | (~v957(constB2)))),
% 127.00/79.53 inference(transitivity,[status(thm)],[3587, 3585])).
% 127.00/79.53 tff(3589,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB1, constB2)) | (~v957(constB2)) | v958(constB2))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3590,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB1, constB2)) | v958(constB2) | (~v957(constB2))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3589, 3588])).
% 127.00/79.53 tff(3591,plain,
% 127.00/79.53 (v958(constB2) | (~v957(constB2))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3590, 162, 41])).
% 127.00/79.53 tff(3592,plain,
% 127.00/79.53 (~v957(constB2)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3591, 3584])).
% 127.00/79.53 tff(3593,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB1, bitIndex1) | (~nextState(constB1, constB2)) | v957(constB2) | (~v7(constB2, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB1, bitIndex1) | (~nextState(constB1, constB2)) | v957(constB2) | (~v7(constB2, bitIndex1)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3594,plain,
% 127.00/79.53 (((~nextState(constB1, constB2)) | v7(constB1, bitIndex1) | v957(constB2) | (~v7(constB2, bitIndex1))) <=> (v7(constB1, bitIndex1) | (~nextState(constB1, constB2)) | v957(constB2) | (~v7(constB2, bitIndex1)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3595,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB1, constB2)) | v7(constB1, bitIndex1) | v957(constB2) | (~v7(constB2, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB1, bitIndex1) | (~nextState(constB1, constB2)) | v957(constB2) | (~v7(constB2, bitIndex1))))),
% 127.00/79.53 inference(monotonicity,[status(thm)],[3594])).
% 127.00/79.53 tff(3596,plain,
% 127.00/79.53 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB1, constB2)) | v7(constB1, bitIndex1) | v957(constB2) | (~v7(constB2, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB1, bitIndex1) | (~nextState(constB1, constB2)) | v957(constB2) | (~v7(constB2, bitIndex1)))),
% 127.00/79.53 inference(transitivity,[status(thm)],[3595, 3593])).
% 127.00/79.53 tff(3597,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB1, constB2)) | v7(constB1, bitIndex1) | v957(constB2) | (~v7(constB2, bitIndex1)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3598,plain,
% 127.00/79.53 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB1, bitIndex1) | (~nextState(constB1, constB2)) | v957(constB2) | (~v7(constB2, bitIndex1))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3597, 3596])).
% 127.00/79.53 tff(3599,plain,
% 127.00/79.53 (v7(constB1, bitIndex1) | v957(constB2) | (~v7(constB2, bitIndex1))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3598, 180, 41])).
% 127.00/79.53 tff(3600,plain,
% 127.00/79.53 (v7(constB1, bitIndex1) | (~v7(constB2, bitIndex1))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3599, 3592])).
% 127.00/79.53 tff(3601,plain,
% 127.00/79.53 (~v7(constB2, bitIndex1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3600, 3580])).
% 127.00/79.53 tff(3602,plain,
% 127.00/79.53 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB2, bitIndex1) | (~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB2, bitIndex1) | (~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3603,plain,
% 127.00/79.53 (((~v13(constB2, bitIndex1)) | v7(constB2, bitIndex1) | (~sP958(constB2)) | (~sP959(constB2))) <=> (v7(constB2, bitIndex1) | (~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2)))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3604,plain,
% 127.00/79.53 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB2, bitIndex1)) | v7(constB2, bitIndex1) | (~sP958(constB2)) | (~sP959(constB2)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB2, bitIndex1) | (~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2))))),
% 127.00/79.53 inference(monotonicity,[status(thm)],[3603])).
% 127.00/79.53 tff(3605,plain,
% 127.00/79.53 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB2, bitIndex1)) | v7(constB2, bitIndex1) | (~sP958(constB2)) | (~sP959(constB2)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB2, bitIndex1) | (~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2)))),
% 127.00/79.53 inference(transitivity,[status(thm)],[3604, 3602])).
% 127.00/79.53 tff(3606,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB2, bitIndex1)) | v7(constB2, bitIndex1) | (~sP958(constB2)) | (~sP959(constB2)))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3607,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB2, bitIndex1) | (~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2))),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3606, 3605])).
% 127.00/79.53 tff(3608,plain,
% 127.00/79.53 ((~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3607, 1886, 3601])).
% 127.00/79.53 tff(3609,plain,
% 127.00/79.53 (~v13(constB2, bitIndex1)),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3608, 3510, 3218])).
% 127.00/79.53 tff(3610,plain,
% 127.00/79.53 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB2)) | (~v938(constB2, bitIndex0)) | v13(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB2)) | (~v938(constB2, bitIndex0)) | v13(constB2, bitIndex1))),
% 127.00/79.53 inference(rewrite,[status(thm)],[])).
% 127.00/79.53 tff(3611,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB2)) | (~v938(constB2, bitIndex0)) | v13(constB2, bitIndex1))),
% 127.00/79.53 inference(quant_inst,[status(thm)],[])).
% 127.00/79.53 tff(3612,plain,
% 127.00/79.53 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB2)) | (~v938(constB2, bitIndex0)) | v13(constB2, bitIndex1)),
% 127.00/79.53 inference(modus_ponens,[status(thm)],[3611, 3610])).
% 127.00/79.53 tff(3613,plain,
% 127.00/79.53 ((~v11(constB2)) | (~v938(constB2, bitIndex0))),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3612, 320, 3609])).
% 127.00/79.53 tff(3614,plain,
% 127.00/79.53 ($false),
% 127.00/79.53 inference(unit_resolution,[status(thm)],[3613, 2736, 2729])).
% 127.00/79.53 tff(3615,plain,(~v938(constB2, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.53 tff(3616,assumption,(~v938(constB2, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3617,assumption,(v940(constB3, bitIndex0)), introduced(assumption)).
% 127.00/79.53 tff(3618,plain,
% 127.00/79.53 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB2, constB3)) | (~v940(constB3, bitIndex0)) | v938(constB2, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB2, constB3)) | (~v940(constB3, bitIndex0)) | v938(constB2, bitIndex0))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3619,plain,
% 127.00/79.54 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB2, constB3)) | (~v940(constB3, bitIndex0)) | v938(constB2, bitIndex0))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3620,plain,
% 127.00/79.54 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB2, constB3)) | (~v940(constB3, bitIndex0)) | v938(constB2, bitIndex0)),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3619, 3618])).
% 127.00/79.54 tff(3621,plain,
% 127.00/79.54 ($false),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3620, 302, 61, 3617, 3616])).
% 127.00/79.54 tff(3622,plain,((~v940(constB3, bitIndex0)) | v938(constB2, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.54 tff(3623,plain,
% 127.00/79.54 (~v940(constB3, bitIndex0)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3622, 3615])).
% 127.00/79.54 tff(3624,assumption,(v956(constB3, bitIndex0)), introduced(assumption)).
% 127.00/79.54 tff(3625,assumption,(~v940(constB3, bitIndex0)), introduced(assumption)).
% 127.00/79.54 tff(3626,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB2) | (~nextState(constB2, constB3)) | (~v934(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v934(constB3)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3627,plain,
% 127.00/79.54 (((~nextState(constB2, constB3)) | v1(constB2) | (~v934(constB3))) <=> (v1(constB2) | (~nextState(constB2, constB3)) | (~v934(constB3)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3628,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB2, constB3)) | v1(constB2) | (~v934(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB2) | (~nextState(constB2, constB3)) | (~v934(constB3))))),
% 127.00/79.54 inference(monotonicity,[status(thm)],[3627])).
% 127.00/79.54 tff(3629,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB2, constB3)) | v1(constB2) | (~v934(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v934(constB3)))),
% 127.00/79.54 inference(transitivity,[status(thm)],[3628, 3626])).
% 127.00/79.54 tff(3630,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB2, constB3)) | v1(constB2) | (~v934(constB3)))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3631,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v934(constB3))),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3630, 3629])).
% 127.00/79.54 tff(3632,plain,
% 127.00/79.54 (~v934(constB3)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3631, 219, 61, 58])).
% 127.00/79.54 tff(3633,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v960(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v960(constB3))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3634,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v960(constB3))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3635,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v960(constB3)),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3634, 3633])).
% 127.00/79.54 tff(3636,plain,
% 127.00/79.54 (v934(constB3) | v960(constB3)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3635, 236, 61])).
% 127.00/79.54 tff(3637,plain,
% 127.00/79.54 (v960(constB3)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3636, 3632])).
% 127.00/79.54 tff(3638,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v958(constB3) | (~v960(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v958(constB3) | (~v960(constB3)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3639,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v958(constB3) | (~v960(constB3)))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3640,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v958(constB3) | (~v960(constB3))),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3639, 3638])).
% 127.00/79.54 tff(3641,plain,
% 127.00/79.54 (v958(constB3) | (~v960(constB3))),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3640, 251, 61, 68])).
% 127.00/79.54 tff(3642,plain,
% 127.00/79.54 (v958(constB3)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3641, 3637])).
% 127.00/79.54 tff(3643,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB2, constB3)) | v957(constB3) | (~v958(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB2, constB3)) | v957(constB3) | (~v958(constB3)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3644,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB2, constB3)) | v957(constB3) | (~v958(constB3)))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3645,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB2, constB3)) | v957(constB3) | (~v958(constB3))),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3644, 3643])).
% 127.00/79.54 tff(3646,plain,
% 127.00/79.54 (v957(constB3) | (~v958(constB3))),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3645, 266, 61])).
% 127.00/79.54 tff(3647,plain,
% 127.00/79.54 (v957(constB3)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3646, 3642])).
% 127.00/79.54 tff(3648,plain,
% 127.00/79.54 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB3)) | (~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB3)) | (~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3649,plain,
% 127.00/79.54 ((v940(constB3, bitIndex0) | (~v957(constB3)) | (~v956(constB3, bitIndex0))) <=> ((~v957(constB3)) | (~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3650,plain,
% 127.00/79.54 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB3, bitIndex0) | (~v957(constB3)) | (~v956(constB3, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB3)) | (~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0)))),
% 127.00/79.54 inference(monotonicity,[status(thm)],[3649])).
% 127.00/79.54 tff(3651,plain,
% 127.00/79.54 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB3, bitIndex0) | (~v957(constB3)) | (~v956(constB3, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB3)) | (~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0))),
% 127.00/79.54 inference(transitivity,[status(thm)],[3650, 3648])).
% 127.00/79.54 tff(3652,plain,
% 127.00/79.54 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB3, bitIndex0) | (~v957(constB3)) | (~v956(constB3, bitIndex0)))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3653,plain,
% 127.00/79.54 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB3)) | (~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0)),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3652, 3651])).
% 127.00/79.54 tff(3654,plain,
% 127.00/79.54 ($false),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3653, 281, 3647, 3625, 3624])).
% 127.00/79.54 tff(3655,plain,((~v956(constB3, bitIndex0)) | v940(constB3, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.54 tff(3656,plain,
% 127.00/79.54 (~v956(constB3, bitIndex0)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3655, 3623])).
% 127.00/79.54 tff(3657,assumption,(~v956(constB3, bitIndex0)), introduced(assumption)).
% 127.00/79.54 tff(3658,assumption,(v7(constB3, bitIndex1)), introduced(assumption)).
% 127.00/79.54 tff(3659,plain,
% 127.00/79.54 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB3, bitIndex1)) | v956(constB3, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB3, bitIndex1)) | v956(constB3, bitIndex0))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3660,plain,
% 127.00/79.54 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB3, bitIndex1)) | v956(constB3, bitIndex0))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3661,plain,
% 127.00/79.54 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB3, bitIndex1)) | v956(constB3, bitIndex0)),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3660, 3659])).
% 127.00/79.54 tff(3662,plain,
% 127.00/79.54 ($false),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3661, 201, 3658, 3657])).
% 127.00/79.54 tff(3663,plain,((~v7(constB3, bitIndex1)) | v956(constB3, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.00/79.54 tff(3664,plain,
% 127.00/79.54 (~v7(constB3, bitIndex1)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3663, 3656])).
% 127.00/79.54 tff(3665,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v958(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v958(constB4)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3666,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v958(constB4)))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3667,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v958(constB4))),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3666, 3665])).
% 127.00/79.54 tff(3668,plain,
% 127.00/79.54 (~v958(constB4)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3667, 148, 71, 78])).
% 127.00/79.54 tff(3669,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB3, constB4)) | v958(constB4) | (~v957(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB3, constB4)) | v958(constB4) | (~v957(constB4)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3670,plain,
% 127.00/79.54 (((~nextState(constB3, constB4)) | (~v957(constB4)) | v958(constB4)) <=> ((~nextState(constB3, constB4)) | v958(constB4) | (~v957(constB4)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3671,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB3, constB4)) | (~v957(constB4)) | v958(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB3, constB4)) | v958(constB4) | (~v957(constB4))))),
% 127.00/79.54 inference(monotonicity,[status(thm)],[3670])).
% 127.00/79.54 tff(3672,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB3, constB4)) | (~v957(constB4)) | v958(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB3, constB4)) | v958(constB4) | (~v957(constB4)))),
% 127.00/79.54 inference(transitivity,[status(thm)],[3671, 3669])).
% 127.00/79.54 tff(3673,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB3, constB4)) | (~v957(constB4)) | v958(constB4))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3674,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB3, constB4)) | v958(constB4) | (~v957(constB4))),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3673, 3672])).
% 127.00/79.54 tff(3675,plain,
% 127.00/79.54 (v958(constB4) | (~v957(constB4))),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3674, 162, 71])).
% 127.00/79.54 tff(3676,plain,
% 127.00/79.54 (~v957(constB4)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3675, 3668])).
% 127.00/79.54 tff(3677,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB3, bitIndex1) | (~nextState(constB3, constB4)) | v957(constB4) | (~v7(constB4, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB3, bitIndex1) | (~nextState(constB3, constB4)) | v957(constB4) | (~v7(constB4, bitIndex1)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3678,plain,
% 127.00/79.54 (((~nextState(constB3, constB4)) | v7(constB3, bitIndex1) | v957(constB4) | (~v7(constB4, bitIndex1))) <=> (v7(constB3, bitIndex1) | (~nextState(constB3, constB4)) | v957(constB4) | (~v7(constB4, bitIndex1)))),
% 127.00/79.54 inference(rewrite,[status(thm)],[])).
% 127.00/79.54 tff(3679,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB3, constB4)) | v7(constB3, bitIndex1) | v957(constB4) | (~v7(constB4, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB3, bitIndex1) | (~nextState(constB3, constB4)) | v957(constB4) | (~v7(constB4, bitIndex1))))),
% 127.00/79.54 inference(monotonicity,[status(thm)],[3678])).
% 127.00/79.54 tff(3680,plain,
% 127.00/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB3, constB4)) | v7(constB3, bitIndex1) | v957(constB4) | (~v7(constB4, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB3, bitIndex1) | (~nextState(constB3, constB4)) | v957(constB4) | (~v7(constB4, bitIndex1)))),
% 127.00/79.54 inference(transitivity,[status(thm)],[3679, 3677])).
% 127.00/79.54 tff(3681,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB3, constB4)) | v7(constB3, bitIndex1) | v957(constB4) | (~v7(constB4, bitIndex1)))),
% 127.00/79.54 inference(quant_inst,[status(thm)],[])).
% 127.00/79.54 tff(3682,plain,
% 127.00/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB3, bitIndex1) | (~nextState(constB3, constB4)) | v957(constB4) | (~v7(constB4, bitIndex1))),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[3681, 3680])).
% 127.00/79.54 tff(3683,plain,
% 127.00/79.54 (v7(constB3, bitIndex1) | v957(constB4) | (~v7(constB4, bitIndex1))),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3682, 180, 71])).
% 127.00/79.54 tff(3684,plain,
% 127.00/79.54 (v7(constB3, bitIndex1) | (~v7(constB4, bitIndex1))),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3683, 3676])).
% 127.00/79.54 tff(3685,plain,
% 127.00/79.54 (~v7(constB4, bitIndex1)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3684, 3664])).
% 127.00/79.54 tff(3686,assumption,(constB4 = sK952_VarCurr), introduced(assumption)).
% 127.00/79.54 tff(3687,plain,
% 127.00/79.54 (v7(constB4, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.00/79.54 inference(monotonicity,[status(thm)],[3686])).
% 127.00/79.54 tff(3688,plain,
% 127.00/79.54 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB4, bitIndex1)),
% 127.00/79.54 inference(symmetry,[status(thm)],[3687])).
% 127.00/79.54 tff(3689,plain,
% 127.00/79.54 (v7(constB4, bitIndex1)),
% 127.00/79.54 inference(modus_ponens,[status(thm)],[11, 3688])).
% 127.00/79.54 tff(3690,assumption,(~v7(constB4, bitIndex1)), introduced(assumption)).
% 127.00/79.54 tff(3691,plain,
% 127.00/79.54 ($false),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3690, 3689])).
% 127.00/79.54 tff(3692,plain,((~(constB4 = sK952_VarCurr)) | v7(constB4, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.00/79.54 tff(3693,plain,
% 127.00/79.54 (~(constB4 = sK952_VarCurr)),
% 127.00/79.54 inference(unit_resolution,[status(thm)],[3692, 1516, 3685])).
% 127.00/79.54 tff(3694,assumption,(~(constB10 = sK952_VarCurr)), introduced(assumption)).
% 127.00/79.54 tff(3695,assumption,(~v11(constB16)), introduced(assumption)).
% 127.01/79.54 tff(3696,plain,
% 127.01/79.54 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB16) | v11(constB16))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB16) | v11(constB16))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3697,plain,
% 127.01/79.54 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB16) | v11(constB16))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3698,plain,
% 127.01/79.54 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB16) | v11(constB16)),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3697, 3696])).
% 127.01/79.54 tff(3699,plain,
% 127.01/79.54 (v1050(constB16)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3698, 1480, 3695])).
% 127.01/79.54 tff(3700,plain,
% 127.01/79.54 (nextState(constB16, constB17) <=> nextState(constB16, constB17)),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3701,axiom,(nextState(constB16, constB17)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16370')).
% 127.01/79.54 tff(3702,plain,
% 127.01/79.54 (nextState(constB16, constB17)),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3701, 3700])).
% 127.01/79.54 tff(3703,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB16, constB17)) | (~v1050(constB16)) | v1052(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB16, constB17)) | (~v1050(constB16)) | v1052(constB17))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3704,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB16, constB17)) | (~v1050(constB16)) | v1052(constB17))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3705,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB16, constB17)) | (~v1050(constB16)) | v1052(constB17)),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3704, 3703])).
% 127.01/79.54 tff(3706,plain,
% 127.01/79.54 ((~v1050(constB16)) | v1052(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3705, 1468, 3702])).
% 127.01/79.54 tff(3707,plain,
% 127.01/79.54 (v1052(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3706, 3699])).
% 127.01/79.54 tff(3708,plain,
% 127.01/79.54 (nextState(constB15, constB16) <=> nextState(constB15, constB16)),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3709,axiom,(nextState(constB15, constB16)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16371')).
% 127.01/79.54 tff(3710,plain,
% 127.01/79.54 (nextState(constB15, constB16)),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3709, 3708])).
% 127.01/79.54 tff(3711,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB15)) | (~nextState(constB15, constB16)) | (~v1(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB15)) | (~nextState(constB15, constB16)) | (~v1(constB16)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3712,plain,
% 127.01/79.54 (((~nextState(constB15, constB16)) | (~v1(constB15)) | (~v1(constB16))) <=> ((~v1(constB15)) | (~nextState(constB15, constB16)) | (~v1(constB16)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3713,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB15, constB16)) | (~v1(constB15)) | (~v1(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB15)) | (~nextState(constB15, constB16)) | (~v1(constB16))))),
% 127.01/79.54 inference(monotonicity,[status(thm)],[3712])).
% 127.01/79.54 tff(3714,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB15, constB16)) | (~v1(constB15)) | (~v1(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB15)) | (~nextState(constB15, constB16)) | (~v1(constB16)))),
% 127.01/79.54 inference(transitivity,[status(thm)],[3713, 3711])).
% 127.01/79.54 tff(3715,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB15, constB16)) | (~v1(constB15)) | (~v1(constB16)))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3716,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB15)) | (~nextState(constB15, constB16)) | (~v1(constB16))),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3715, 3714])).
% 127.01/79.54 tff(3717,plain,
% 127.01/79.54 (~v1(constB16)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3716, 51, 3710, 1407])).
% 127.01/79.54 tff(3718,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB16) | (~nextState(constB16, constB17)) | (~v934(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v934(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3719,plain,
% 127.01/79.54 (((~nextState(constB16, constB17)) | v1(constB16) | (~v934(constB17))) <=> (v1(constB16) | (~nextState(constB16, constB17)) | (~v934(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3720,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB16, constB17)) | v1(constB16) | (~v934(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB16) | (~nextState(constB16, constB17)) | (~v934(constB17))))),
% 127.01/79.54 inference(monotonicity,[status(thm)],[3719])).
% 127.01/79.54 tff(3721,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB16, constB17)) | v1(constB16) | (~v934(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v934(constB17)))),
% 127.01/79.54 inference(transitivity,[status(thm)],[3720, 3718])).
% 127.01/79.54 tff(3722,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB16, constB17)) | v1(constB16) | (~v934(constB17)))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3723,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v934(constB17))),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3722, 3721])).
% 127.01/79.54 tff(3724,plain,
% 127.01/79.54 (~v934(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3723, 219, 3702, 3717])).
% 127.01/79.54 tff(3725,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB16, constB17)) | v1047(constB17) | v934(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB16, constB17)) | v1047(constB17) | v934(constB17))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3726,plain,
% 127.01/79.54 (((~nextState(constB16, constB17)) | v934(constB17) | v1047(constB17)) <=> ((~nextState(constB16, constB17)) | v1047(constB17) | v934(constB17))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3727,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v1047(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB16, constB17)) | v1047(constB17) | v934(constB17)))),
% 127.01/79.54 inference(monotonicity,[status(thm)],[3726])).
% 127.01/79.54 tff(3728,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v1047(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB16, constB17)) | v1047(constB17) | v934(constB17))),
% 127.01/79.54 inference(transitivity,[status(thm)],[3727, 3725])).
% 127.01/79.54 tff(3729,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v1047(constB17))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3730,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB16, constB17)) | v1047(constB17) | v934(constB17)),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3729, 3728])).
% 127.01/79.54 tff(3731,plain,
% 127.01/79.54 (v1047(constB17) | v934(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3730, 1392, 3702])).
% 127.01/79.54 tff(3732,plain,
% 127.01/79.54 (v1047(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3731, 3724])).
% 127.01/79.54 tff(3733,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB16) | (~nextState(constB16, constB17)) | v1(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB16) | (~nextState(constB16, constB17)) | v1(constB17))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3734,plain,
% 127.01/79.54 (((~nextState(constB16, constB17)) | v1(constB16) | v1(constB17)) <=> (v1(constB16) | (~nextState(constB16, constB17)) | v1(constB17))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3735,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB16, constB17)) | v1(constB16) | v1(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB16) | (~nextState(constB16, constB17)) | v1(constB17)))),
% 127.01/79.54 inference(monotonicity,[status(thm)],[3734])).
% 127.01/79.54 tff(3736,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB16, constB17)) | v1(constB16) | v1(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB16) | (~nextState(constB16, constB17)) | v1(constB17))),
% 127.01/79.54 inference(transitivity,[status(thm)],[3735, 3733])).
% 127.01/79.54 tff(3737,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB16, constB17)) | v1(constB16) | v1(constB17))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3738,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB16) | (~nextState(constB16, constB17)) | v1(constB17)),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3737, 3736])).
% 127.01/79.54 tff(3739,plain,
% 127.01/79.54 (v1(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3738, 28, 3702, 3717])).
% 127.01/79.54 tff(3740,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB16, constB17)) | v1045(constB17) | (~v1(constB17)) | (~v1047(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB16, constB17)) | v1045(constB17) | (~v1(constB17)) | (~v1047(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3741,plain,
% 127.01/79.54 (((~nextState(constB16, constB17)) | (~v1(constB17)) | v1045(constB17) | (~v1047(constB17))) <=> ((~nextState(constB16, constB17)) | v1045(constB17) | (~v1(constB17)) | (~v1047(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3742,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v1045(constB17) | (~v1047(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB16, constB17)) | v1045(constB17) | (~v1(constB17)) | (~v1047(constB17))))),
% 127.01/79.54 inference(monotonicity,[status(thm)],[3741])).
% 127.01/79.54 tff(3743,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v1045(constB17) | (~v1047(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB16, constB17)) | v1045(constB17) | (~v1(constB17)) | (~v1047(constB17)))),
% 127.01/79.54 inference(transitivity,[status(thm)],[3742, 3740])).
% 127.01/79.54 tff(3744,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v1045(constB17) | (~v1047(constB17)))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3745,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB16, constB17)) | v1045(constB17) | (~v1(constB17)) | (~v1047(constB17))),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3744, 3743])).
% 127.01/79.54 tff(3746,plain,
% 127.01/79.54 (v1045(constB17) | (~v1047(constB17))),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3745, 1417, 3702, 3739])).
% 127.01/79.54 tff(3747,plain,
% 127.01/79.54 (v1045(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3746, 3732])).
% 127.01/79.54 tff(3748,plain,
% 127.01/79.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB16, constB17)) | v1044(constB17) | (~v1045(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB16, constB17)) | v1044(constB17) | (~v1045(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3749,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB16, constB17)) | v1044(constB17) | (~v1045(constB17)))),
% 127.01/79.54 inference(quant_inst,[status(thm)],[])).
% 127.01/79.54 tff(3750,plain,
% 127.01/79.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB16, constB17)) | v1044(constB17) | (~v1045(constB17))),
% 127.01/79.54 inference(modus_ponens,[status(thm)],[3749, 3748])).
% 127.01/79.54 tff(3751,plain,
% 127.01/79.54 (v1044(constB17) | (~v1045(constB17))),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3750, 1435, 3702])).
% 127.01/79.54 tff(3752,plain,
% 127.01/79.54 (v1044(constB17)),
% 127.01/79.54 inference(unit_resolution,[status(thm)],[3751, 3747])).
% 127.01/79.54 tff(3753,plain,
% 127.01/79.54 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB17, bitIndex0) | (~v1052(constB17)) | (~v1044(constB17)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB17, bitIndex0) | (~v1052(constB17)) | (~v1044(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3754,plain,
% 127.01/79.54 ((v7(constB17, bitIndex0) | (~v1044(constB17)) | (~v1052(constB17))) <=> (v7(constB17, bitIndex0) | (~v1052(constB17)) | (~v1044(constB17)))),
% 127.01/79.54 inference(rewrite,[status(thm)],[])).
% 127.01/79.54 tff(3755,plain,
% 127.01/79.54 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB17, bitIndex0) | (~v1044(constB17)) | (~v1052(constB17)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB17, bitIndex0) | (~v1052(constB17)) | (~v1044(constB17))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3754])).
% 127.01/79.55 tff(3756,plain,
% 127.01/79.55 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB17, bitIndex0) | (~v1044(constB17)) | (~v1052(constB17)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB17, bitIndex0) | (~v1052(constB17)) | (~v1044(constB17)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3755, 3753])).
% 127.01/79.55 tff(3757,plain,
% 127.01/79.55 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB17, bitIndex0) | (~v1044(constB17)) | (~v1052(constB17)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3758,plain,
% 127.01/79.55 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB17, bitIndex0) | (~v1052(constB17)) | (~v1044(constB17))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3757, 3756])).
% 127.01/79.55 tff(3759,plain,
% 127.01/79.55 (v7(constB17, bitIndex0) | (~v1052(constB17))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3758, 1450, 3752])).
% 127.01/79.55 tff(3760,plain,
% 127.01/79.55 (v7(constB17, bitIndex0)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3759, 3707])).
% 127.01/79.55 tff(3761,plain,
% 127.01/79.55 (nextState(constB17, constB18) <=> nextState(constB17, constB18)),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3762,axiom,(nextState(constB17, constB18)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16369')).
% 127.01/79.55 tff(3763,plain,
% 127.01/79.55 (nextState(constB17, constB18)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3762, 3761])).
% 127.01/79.55 tff(3764,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB17)) | (~nextState(constB17, constB18)) | (~v1(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB17)) | (~nextState(constB17, constB18)) | (~v1(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3765,plain,
% 127.01/79.55 (((~nextState(constB17, constB18)) | (~v1(constB17)) | (~v1(constB18))) <=> ((~v1(constB17)) | (~nextState(constB17, constB18)) | (~v1(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3766,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB17, constB18)) | (~v1(constB17)) | (~v1(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB17)) | (~nextState(constB17, constB18)) | (~v1(constB18))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3765])).
% 127.01/79.55 tff(3767,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB17, constB18)) | (~v1(constB17)) | (~v1(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB17)) | (~nextState(constB17, constB18)) | (~v1(constB18)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3766, 3764])).
% 127.01/79.55 tff(3768,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB17, constB18)) | (~v1(constB17)) | (~v1(constB18)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3769,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB17)) | (~nextState(constB17, constB18)) | (~v1(constB18))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3768, 3767])).
% 127.01/79.55 tff(3770,plain,
% 127.01/79.55 (~v1(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3769, 51, 3763, 3739])).
% 127.01/79.55 tff(3771,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v1045(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v1045(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3772,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v1045(constB18)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3773,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v1045(constB18))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3772, 3771])).
% 127.01/79.55 tff(3774,plain,
% 127.01/79.55 (~v1045(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3773, 1583, 3763, 3770])).
% 127.01/79.55 tff(3775,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB17, constB18)) | v1045(constB18) | (~v1044(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB17, constB18)) | v1045(constB18) | (~v1044(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3776,plain,
% 127.01/79.55 (((~nextState(constB17, constB18)) | (~v1044(constB18)) | v1045(constB18)) <=> ((~nextState(constB17, constB18)) | v1045(constB18) | (~v1044(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3777,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB17, constB18)) | (~v1044(constB18)) | v1045(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB17, constB18)) | v1045(constB18) | (~v1044(constB18))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3776])).
% 127.01/79.55 tff(3778,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB17, constB18)) | (~v1044(constB18)) | v1045(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB17, constB18)) | v1045(constB18) | (~v1044(constB18)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3777, 3775])).
% 127.01/79.55 tff(3779,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB17, constB18)) | (~v1044(constB18)) | v1045(constB18))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3780,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB17, constB18)) | v1045(constB18) | (~v1044(constB18))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3779, 3778])).
% 127.01/79.55 tff(3781,plain,
% 127.01/79.55 (v1045(constB18) | (~v1044(constB18))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3780, 1597, 3763])).
% 127.01/79.55 tff(3782,plain,
% 127.01/79.55 (~v1044(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3781, 3774])).
% 127.01/79.55 tff(3783,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v1044(constB18) | v7(constB18, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v1044(constB18) | v7(constB18, bitIndex0))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3784,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v1044(constB18) | v7(constB18, bitIndex0))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3785,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v1044(constB18) | v7(constB18, bitIndex0)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3784, 3783])).
% 127.01/79.55 tff(3786,plain,
% 127.01/79.55 ((~v7(constB17, bitIndex0)) | v1044(constB18) | v7(constB18, bitIndex0)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3785, 1615, 3763])).
% 127.01/79.55 tff(3787,plain,
% 127.01/79.55 ((~v7(constB17, bitIndex0)) | v7(constB18, bitIndex0)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3786, 3782])).
% 127.01/79.55 tff(3788,plain,
% 127.01/79.55 (v7(constB18, bitIndex0)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3787, 3760])).
% 127.01/79.55 tff(3789,plain,
% 127.01/79.55 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB16) | v763(constB16))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB16) | v763(constB16))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3790,plain,
% 127.01/79.55 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB16) | v763(constB16))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3791,plain,
% 127.01/79.55 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB16) | v763(constB16)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3790, 3789])).
% 127.01/79.55 tff(3792,plain,
% 127.01/79.55 (v763(constB16)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3791, 620, 3695])).
% 127.01/79.55 tff(3793,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB16, constB17)) | (~v763(constB16)) | v765(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB16, constB17)) | (~v763(constB16)) | v765(constB17))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3794,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB16, constB17)) | (~v763(constB16)) | v765(constB17))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3795,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB16, constB17)) | (~v763(constB16)) | v765(constB17)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3794, 3793])).
% 127.01/79.55 tff(3796,plain,
% 127.01/79.55 ((~v763(constB16)) | v765(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3795, 605, 3702])).
% 127.01/79.55 tff(3797,plain,
% 127.01/79.55 (v765(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3796, 3792])).
% 127.01/79.55 tff(3798,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB16, constB17)) | v11(constB16) | v755(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB16, constB17)) | v11(constB16) | v755(constB17))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3799,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB16, constB17)) | v11(constB16) | v755(constB17))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3800,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB16, constB17)) | v11(constB16) | v755(constB17)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3799, 3798])).
% 127.01/79.55 tff(3801,plain,
% 127.01/79.55 (v11(constB16) | v755(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3800, 508, 3702])).
% 127.01/79.55 tff(3802,plain,
% 127.01/79.55 (v755(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3801, 3695])).
% 127.01/79.55 tff(3803,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB16) | (~nextState(constB16, constB17)) | (~v119(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v119(constB17)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3804,plain,
% 127.01/79.55 (((~nextState(constB16, constB17)) | (~v119(constB17)) | v1(constB16)) <=> (v1(constB16) | (~nextState(constB16, constB17)) | (~v119(constB17)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3805,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB16, constB17)) | (~v119(constB17)) | v1(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB16) | (~nextState(constB16, constB17)) | (~v119(constB17))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3804])).
% 127.01/79.55 tff(3806,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB16, constB17)) | (~v119(constB17)) | v1(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v119(constB17)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3805, 3803])).
% 127.01/79.55 tff(3807,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB16, constB17)) | (~v119(constB17)) | v1(constB16))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3808,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v119(constB17))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3807, 3806])).
% 127.01/79.55 tff(3809,plain,
% 127.01/79.55 (~v119(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3808, 523, 3702, 3717])).
% 127.01/79.55 tff(3810,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB16, constB17)) | v119(constB17) | v749(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB16, constB17)) | v119(constB17) | v749(constB17))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3811,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB16, constB17)) | v119(constB17) | v749(constB17))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3812,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB16, constB17)) | v119(constB17) | v749(constB17)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3811, 3810])).
% 127.01/79.55 tff(3813,plain,
% 127.01/79.55 (v119(constB17) | v749(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3812, 540, 3702])).
% 127.01/79.55 tff(3814,plain,
% 127.01/79.55 (v749(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3813, 3809])).
% 127.01/79.55 tff(3815,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v748(constB17) | (~v749(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v748(constB17) | (~v749(constB17)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3816,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v748(constB17) | (~v749(constB17)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3817,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v748(constB17) | (~v749(constB17))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3816, 3815])).
% 127.01/79.55 tff(3818,plain,
% 127.01/79.55 (v748(constB17) | (~v749(constB17))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3817, 555, 3702, 3739])).
% 127.01/79.55 tff(3819,plain,
% 127.01/79.55 (v748(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3818, 3814])).
% 127.01/79.55 tff(3820,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB16, constB17)) | v747(constB17) | (~v748(constB17)) | (~v755(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB16, constB17)) | v747(constB17) | (~v748(constB17)) | (~v755(constB17)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3821,plain,
% 127.01/79.55 (((~nextState(constB16, constB17)) | (~v748(constB17)) | v747(constB17) | (~v755(constB17))) <=> ((~nextState(constB16, constB17)) | v747(constB17) | (~v748(constB17)) | (~v755(constB17)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3822,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB16, constB17)) | (~v748(constB17)) | v747(constB17) | (~v755(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB16, constB17)) | v747(constB17) | (~v748(constB17)) | (~v755(constB17))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3821])).
% 127.01/79.55 tff(3823,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB16, constB17)) | (~v748(constB17)) | v747(constB17) | (~v755(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB16, constB17)) | v747(constB17) | (~v748(constB17)) | (~v755(constB17)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3822, 3820])).
% 127.01/79.55 tff(3824,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB16, constB17)) | (~v748(constB17)) | v747(constB17) | (~v755(constB17)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3825,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB16, constB17)) | v747(constB17) | (~v748(constB17)) | (~v755(constB17))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3824, 3823])).
% 127.01/79.55 tff(3826,plain,
% 127.01/79.55 (v747(constB17) | (~v748(constB17)) | (~v755(constB17))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3825, 570, 3702])).
% 127.01/79.55 tff(3827,plain,
% 127.01/79.55 (v747(constB17) | (~v755(constB17))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3826, 3819])).
% 127.01/79.55 tff(3828,plain,
% 127.01/79.55 (v747(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3827, 3802])).
% 127.01/79.55 tff(3829,plain,
% 127.01/79.55 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB17) | (~v747(constB17)) | (~v765(constB17)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB17) | (~v747(constB17)) | (~v765(constB17)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3830,plain,
% 127.01/79.55 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB17) | (~v747(constB17)) | (~v765(constB17)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3831,plain,
% 127.01/79.55 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB17) | (~v747(constB17)) | (~v765(constB17))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3830, 3829])).
% 127.01/79.55 tff(3832,plain,
% 127.01/79.55 (v32(constB17) | (~v765(constB17))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3831, 590, 3828])).
% 127.01/79.55 tff(3833,plain,
% 127.01/79.55 (v32(constB17)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3832, 3797])).
% 127.01/79.55 tff(3834,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v748(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v748(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3835,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v748(constB18)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3836,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v748(constB18))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3835, 3834])).
% 127.01/79.55 tff(3837,plain,
% 127.01/79.55 (~v748(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3836, 636, 3763, 3770])).
% 127.01/79.55 tff(3838,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB17, constB18)) | v748(constB18) | (~v747(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB17, constB18)) | v748(constB18) | (~v747(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3839,plain,
% 127.01/79.55 (((~nextState(constB17, constB18)) | (~v747(constB18)) | v748(constB18)) <=> ((~nextState(constB17, constB18)) | v748(constB18) | (~v747(constB18)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3840,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB17, constB18)) | (~v747(constB18)) | v748(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB17, constB18)) | v748(constB18) | (~v747(constB18))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3839])).
% 127.01/79.55 tff(3841,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB17, constB18)) | (~v747(constB18)) | v748(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB17, constB18)) | v748(constB18) | (~v747(constB18)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3840, 3838])).
% 127.01/79.55 tff(3842,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB17, constB18)) | (~v747(constB18)) | v748(constB18))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3843,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB17, constB18)) | v748(constB18) | (~v747(constB18))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3842, 3841])).
% 127.01/79.55 tff(3844,plain,
% 127.01/79.55 (v748(constB18) | (~v747(constB18))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3843, 650, 3763])).
% 127.01/79.55 tff(3845,plain,
% 127.01/79.55 (~v747(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3844, 3837])).
% 127.01/79.55 tff(3846,plain,
% 127.01/79.55 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB17)) | (~nextState(constB17, constB18)) | v747(constB18) | v32(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB17)) | (~nextState(constB17, constB18)) | v747(constB18) | v32(constB18))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3847,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB17)) | (~nextState(constB17, constB18)) | v747(constB18) | v32(constB18))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3848,plain,
% 127.01/79.55 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB17)) | (~nextState(constB17, constB18)) | v747(constB18) | v32(constB18)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3847, 3846])).
% 127.01/79.55 tff(3849,plain,
% 127.01/79.55 ((~v32(constB17)) | v747(constB18) | v32(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3848, 668, 3763])).
% 127.01/79.55 tff(3850,plain,
% 127.01/79.55 ((~v32(constB17)) | v32(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3849, 3845])).
% 127.01/79.55 tff(3851,plain,
% 127.01/79.55 (v32(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3850, 3833])).
% 127.01/79.55 tff(3852,assumption,(~v13(constB18, bitIndex0)), introduced(assumption)).
% 127.01/79.55 tff(3853,plain,
% 127.01/79.55 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB18)) | (~v7(constB18, bitIndex0)) | v13(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB18)) | (~v7(constB18, bitIndex0)) | v13(constB18, bitIndex0))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3854,plain,
% 127.01/79.55 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB18)) | (~v7(constB18, bitIndex0)) | v13(constB18, bitIndex0))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3855,plain,
% 127.01/79.55 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB18)) | (~v7(constB18, bitIndex0)) | v13(constB18, bitIndex0)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3854, 3853])).
% 127.01/79.55 tff(3856,plain,
% 127.01/79.55 ((~v32(constB18)) | (~v7(constB18, bitIndex0))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3855, 1695, 3852])).
% 127.01/79.55 tff(3857,plain,
% 127.01/79.55 ($false),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3856, 3851, 3788])).
% 127.01/79.55 tff(3858,plain,(v11(constB16) | v13(constB18, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.55 tff(3859,plain,
% 127.01/79.55 (v13(constB18, bitIndex0)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3858, 3695])).
% 127.01/79.55 tff(3860,assumption,(~v1050(constB18)), introduced(assumption)).
% 127.01/79.55 tff(3861,assumption,(v13(constB18, bitIndex0)), introduced(assumption)).
% 127.01/79.55 tff(3862,plain,
% 127.01/79.55 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB18) | (~v11(constB18)) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB18) | (~v11(constB18)) | (~v13(constB18, bitIndex0)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3863,plain,
% 127.01/79.55 (((~v11(constB18)) | v1050(constB18) | (~v13(constB18, bitIndex0))) <=> (v1050(constB18) | (~v11(constB18)) | (~v13(constB18, bitIndex0)))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3864,plain,
% 127.01/79.55 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB18)) | v1050(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB18) | (~v11(constB18)) | (~v13(constB18, bitIndex0))))),
% 127.01/79.55 inference(monotonicity,[status(thm)],[3863])).
% 127.01/79.55 tff(3865,plain,
% 127.01/79.55 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB18)) | v1050(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB18) | (~v11(constB18)) | (~v13(constB18, bitIndex0)))),
% 127.01/79.55 inference(transitivity,[status(thm)],[3864, 3862])).
% 127.01/79.55 tff(3866,plain,
% 127.01/79.55 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB18)) | v1050(constB18) | (~v13(constB18, bitIndex0)))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3867,plain,
% 127.01/79.55 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB18) | (~v11(constB18)) | (~v13(constB18, bitIndex0))),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3866, 3865])).
% 127.01/79.55 tff(3868,plain,
% 127.01/79.55 (v1050(constB18) | (~v11(constB18))),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3867, 2000, 3861])).
% 127.01/79.55 tff(3869,plain,
% 127.01/79.55 (~v11(constB18)),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3868, 3860])).
% 127.01/79.55 tff(3870,plain,
% 127.01/79.55 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB18) | v11(constB18))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB18) | v11(constB18))),
% 127.01/79.55 inference(rewrite,[status(thm)],[])).
% 127.01/79.55 tff(3871,plain,
% 127.01/79.55 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB18) | v11(constB18))),
% 127.01/79.55 inference(quant_inst,[status(thm)],[])).
% 127.01/79.55 tff(3872,plain,
% 127.01/79.55 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB18) | v11(constB18)),
% 127.01/79.55 inference(modus_ponens,[status(thm)],[3871, 3870])).
% 127.01/79.55 tff(3873,plain,
% 127.01/79.55 ($false),
% 127.01/79.55 inference(unit_resolution,[status(thm)],[3872, 1480, 3860, 3869])).
% 127.01/79.55 tff(3874,plain,(v1050(constB18) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.56 tff(3875,plain,
% 127.01/79.56 (v1050(constB18)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3874, 3859])).
% 127.01/79.56 tff(3876,plain,
% 127.01/79.56 (nextState(constB18, constB19) <=> nextState(constB18, constB19)),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3877,axiom,(nextState(constB18, constB19)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16368')).
% 127.01/79.56 tff(3878,plain,
% 127.01/79.56 (nextState(constB18, constB19)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3877, 3876])).
% 127.01/79.56 tff(3879,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB18, constB19)) | (~v1050(constB18)) | v1052(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB18, constB19)) | (~v1050(constB18)) | v1052(constB19))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3880,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB18, constB19)) | (~v1050(constB18)) | v1052(constB19))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3881,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB18, constB19)) | (~v1050(constB18)) | v1052(constB19)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3880, 3879])).
% 127.01/79.56 tff(3882,plain,
% 127.01/79.56 ((~v1050(constB18)) | v1052(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3881, 1468, 3878])).
% 127.01/79.56 tff(3883,plain,
% 127.01/79.56 (v1052(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3882, 3875])).
% 127.01/79.56 tff(3884,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB18) | (~nextState(constB18, constB19)) | (~v934(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB18) | (~nextState(constB18, constB19)) | (~v934(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3885,plain,
% 127.01/79.56 (((~nextState(constB18, constB19)) | v1(constB18) | (~v934(constB19))) <=> (v1(constB18) | (~nextState(constB18, constB19)) | (~v934(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3886,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB18, constB19)) | v1(constB18) | (~v934(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | (v1(constB18) | (~nextState(constB18, constB19)) | (~v934(constB19))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3885])).
% 127.01/79.56 tff(3887,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB18, constB19)) | v1(constB18) | (~v934(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB18) | (~nextState(constB18, constB19)) | (~v934(constB19)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3886, 3884])).
% 127.01/79.56 tff(3888,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | ((~nextState(constB18, constB19)) | v1(constB18) | (~v934(constB19)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3889,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v934(VarNext)))) | v1(constB18) | (~nextState(constB18, constB19)) | (~v934(constB19))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3888, 3887])).
% 127.01/79.56 tff(3890,plain,
% 127.01/79.56 (~v934(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3889, 219, 3878, 3770])).
% 127.01/79.56 tff(3891,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB18, constB19)) | v1047(constB19) | v934(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB18, constB19)) | v1047(constB19) | v934(constB19))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3892,plain,
% 127.01/79.56 (((~nextState(constB18, constB19)) | v934(constB19) | v1047(constB19)) <=> ((~nextState(constB18, constB19)) | v1047(constB19) | v934(constB19))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3893,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v1047(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB18, constB19)) | v1047(constB19) | v934(constB19)))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3892])).
% 127.01/79.56 tff(3894,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v1047(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB18, constB19)) | v1047(constB19) | v934(constB19))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3893, 3891])).
% 127.01/79.56 tff(3895,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v1047(constB19))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3896,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB18, constB19)) | v1047(constB19) | v934(constB19)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3895, 3894])).
% 127.01/79.56 tff(3897,plain,
% 127.01/79.56 (v1047(constB19) | v934(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3896, 1392, 3878])).
% 127.01/79.56 tff(3898,plain,
% 127.01/79.56 (v1047(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3897, 3890])).
% 127.01/79.56 tff(3899,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB18) | (~nextState(constB18, constB19)) | v1(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB18) | (~nextState(constB18, constB19)) | v1(constB19))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3900,plain,
% 127.01/79.56 (((~nextState(constB18, constB19)) | v1(constB18) | v1(constB19)) <=> (v1(constB18) | (~nextState(constB18, constB19)) | v1(constB19))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3901,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB18, constB19)) | v1(constB18) | v1(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | (v1(constB18) | (~nextState(constB18, constB19)) | v1(constB19)))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3900])).
% 127.01/79.56 tff(3902,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB18, constB19)) | v1(constB18) | v1(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB18) | (~nextState(constB18, constB19)) | v1(constB19))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3901, 3899])).
% 127.01/79.56 tff(3903,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | ((~nextState(constB18, constB19)) | v1(constB18) | v1(constB19))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3904,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | v1(VarNext))) | v1(constB18) | (~nextState(constB18, constB19)) | v1(constB19)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3903, 3902])).
% 127.01/79.56 tff(3905,plain,
% 127.01/79.56 (v1(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3904, 28, 3878, 3770])).
% 127.01/79.56 tff(3906,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB18, constB19)) | v1045(constB19) | (~v1(constB19)) | (~v1047(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB18, constB19)) | v1045(constB19) | (~v1(constB19)) | (~v1047(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3907,plain,
% 127.01/79.56 (((~nextState(constB18, constB19)) | (~v1(constB19)) | v1045(constB19) | (~v1047(constB19))) <=> ((~nextState(constB18, constB19)) | v1045(constB19) | (~v1(constB19)) | (~v1047(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3908,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v1045(constB19) | (~v1047(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB18, constB19)) | v1045(constB19) | (~v1(constB19)) | (~v1047(constB19))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3907])).
% 127.01/79.56 tff(3909,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v1045(constB19) | (~v1047(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB18, constB19)) | v1045(constB19) | (~v1(constB19)) | (~v1047(constB19)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3908, 3906])).
% 127.01/79.56 tff(3910,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v1045(constB19) | (~v1047(constB19)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3911,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB18, constB19)) | v1045(constB19) | (~v1(constB19)) | (~v1047(constB19))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3910, 3909])).
% 127.01/79.56 tff(3912,plain,
% 127.01/79.56 (v1045(constB19) | (~v1047(constB19))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3911, 1417, 3878, 3905])).
% 127.01/79.56 tff(3913,plain,
% 127.01/79.56 (v1045(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3912, 3898])).
% 127.01/79.56 tff(3914,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB18, constB19)) | v1044(constB19) | (~v1045(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB18, constB19)) | v1044(constB19) | (~v1045(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3915,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB18, constB19)) | v1044(constB19) | (~v1045(constB19)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3916,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB18, constB19)) | v1044(constB19) | (~v1045(constB19))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3915, 3914])).
% 127.01/79.56 tff(3917,plain,
% 127.01/79.56 (v1044(constB19) | (~v1045(constB19))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3916, 1435, 3878])).
% 127.01/79.56 tff(3918,plain,
% 127.01/79.56 (v1044(constB19)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3917, 3913])).
% 127.01/79.56 tff(3919,plain,
% 127.01/79.56 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB19, bitIndex0) | (~v1052(constB19)) | (~v1044(constB19)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB19, bitIndex0) | (~v1052(constB19)) | (~v1044(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3920,plain,
% 127.01/79.56 ((v7(constB19, bitIndex0) | (~v1044(constB19)) | (~v1052(constB19))) <=> (v7(constB19, bitIndex0) | (~v1052(constB19)) | (~v1044(constB19)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3921,plain,
% 127.01/79.56 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB19, bitIndex0) | (~v1044(constB19)) | (~v1052(constB19)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB19, bitIndex0) | (~v1052(constB19)) | (~v1044(constB19))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3920])).
% 127.01/79.56 tff(3922,plain,
% 127.01/79.56 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB19, bitIndex0) | (~v1044(constB19)) | (~v1052(constB19)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB19, bitIndex0) | (~v1052(constB19)) | (~v1044(constB19)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3921, 3919])).
% 127.01/79.56 tff(3923,plain,
% 127.01/79.56 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB19, bitIndex0) | (~v1044(constB19)) | (~v1052(constB19)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3924,plain,
% 127.01/79.56 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB19, bitIndex0) | (~v1052(constB19)) | (~v1044(constB19))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3923, 3922])).
% 127.01/79.56 tff(3925,plain,
% 127.01/79.56 (v7(constB19, bitIndex0) | (~v1052(constB19))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3924, 1450, 3918])).
% 127.01/79.56 tff(3926,plain,
% 127.01/79.56 (v7(constB19, bitIndex0)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3925, 3883])).
% 127.01/79.56 tff(3927,plain,
% 127.01/79.56 (nextState(constB19, constB20) <=> nextState(constB19, constB20)),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3928,axiom,(nextState(constB19, constB20)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16367')).
% 127.01/79.56 tff(3929,plain,
% 127.01/79.56 (nextState(constB19, constB20)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3928, 3927])).
% 127.01/79.56 tff(3930,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB19)) | (~nextState(constB19, constB20)) | (~v1(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB19)) | (~nextState(constB19, constB20)) | (~v1(constB20)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3931,plain,
% 127.01/79.56 (((~nextState(constB19, constB20)) | (~v1(constB19)) | (~v1(constB20))) <=> ((~v1(constB19)) | (~nextState(constB19, constB20)) | (~v1(constB20)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3932,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB19, constB20)) | (~v1(constB19)) | (~v1(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~v1(constB19)) | (~nextState(constB19, constB20)) | (~v1(constB20))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3931])).
% 127.01/79.56 tff(3933,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB19, constB20)) | (~v1(constB19)) | (~v1(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB19)) | (~nextState(constB19, constB20)) | (~v1(constB20)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3932, 3930])).
% 127.01/79.56 tff(3934,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | ((~nextState(constB19, constB20)) | (~v1(constB19)) | (~v1(constB20)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3935,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarCurr)) | (~v1(VarNext)))) | (~v1(constB19)) | (~nextState(constB19, constB20)) | (~v1(constB20))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3934, 3933])).
% 127.01/79.56 tff(3936,plain,
% 127.01/79.56 (~v1(constB20)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3935, 51, 3929, 3905])).
% 127.01/79.56 tff(3937,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB19, constB20)) | v1(constB20) | (~v1045(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB19, constB20)) | v1(constB20) | (~v1045(constB20)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3938,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB19, constB20)) | v1(constB20) | (~v1045(constB20)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3939,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB19, constB20)) | v1(constB20) | (~v1045(constB20))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3938, 3937])).
% 127.01/79.56 tff(3940,plain,
% 127.01/79.56 (~v1045(constB20)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3939, 1583, 3929, 3936])).
% 127.01/79.56 tff(3941,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB19, constB20)) | v1045(constB20) | (~v1044(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB19, constB20)) | v1045(constB20) | (~v1044(constB20)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3942,plain,
% 127.01/79.56 (((~nextState(constB19, constB20)) | (~v1044(constB20)) | v1045(constB20)) <=> ((~nextState(constB19, constB20)) | v1045(constB20) | (~v1044(constB20)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3943,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB19, constB20)) | (~v1044(constB20)) | v1045(constB20))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB19, constB20)) | v1045(constB20) | (~v1044(constB20))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3942])).
% 127.01/79.56 tff(3944,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB19, constB20)) | (~v1044(constB20)) | v1045(constB20))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB19, constB20)) | v1045(constB20) | (~v1044(constB20)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3943, 3941])).
% 127.01/79.56 tff(3945,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB19, constB20)) | (~v1044(constB20)) | v1045(constB20))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3946,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB19, constB20)) | v1045(constB20) | (~v1044(constB20))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3945, 3944])).
% 127.01/79.56 tff(3947,plain,
% 127.01/79.56 (v1045(constB20) | (~v1044(constB20))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3946, 1597, 3929])).
% 127.01/79.56 tff(3948,plain,
% 127.01/79.56 (~v1044(constB20)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3947, 3940])).
% 127.01/79.56 tff(3949,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB19, bitIndex0)) | (~nextState(constB19, constB20)) | v1044(constB20) | v7(constB20, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB19, bitIndex0)) | (~nextState(constB19, constB20)) | v1044(constB20) | v7(constB20, bitIndex0))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3950,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB19, bitIndex0)) | (~nextState(constB19, constB20)) | v1044(constB20) | v7(constB20, bitIndex0))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3951,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB19, bitIndex0)) | (~nextState(constB19, constB20)) | v1044(constB20) | v7(constB20, bitIndex0)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3950, 3949])).
% 127.01/79.56 tff(3952,plain,
% 127.01/79.56 ((~v7(constB19, bitIndex0)) | v1044(constB20) | v7(constB20, bitIndex0)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3951, 1615, 3929])).
% 127.01/79.56 tff(3953,plain,
% 127.01/79.56 ((~v7(constB19, bitIndex0)) | v7(constB20, bitIndex0)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3952, 3948])).
% 127.01/79.56 tff(3954,plain,
% 127.01/79.56 (v7(constB20, bitIndex0)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3953, 3926])).
% 127.01/79.56 tff(3955,assumption,(constB20 = sK952_VarCurr), introduced(assumption)).
% 127.01/79.56 tff(3956,plain,
% 127.01/79.56 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3955])).
% 127.01/79.56 tff(3957,plain,
% 127.01/79.56 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.01/79.56 inference(symmetry,[status(thm)],[3956])).
% 127.01/79.56 tff(3958,plain,
% 127.01/79.56 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB20, bitIndex0))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3957])).
% 127.01/79.56 tff(3959,plain,
% 127.01/79.56 (~v7(constB20, bitIndex0)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[1245, 3958])).
% 127.01/79.56 tff(3960,assumption,(v7(constB20, bitIndex0)), introduced(assumption)).
% 127.01/79.56 tff(3961,plain,
% 127.01/79.56 ($false),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3960, 3959])).
% 127.01/79.56 tff(3962,plain,((~(constB20 = sK952_VarCurr)) | (~v7(constB20, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.56 tff(3963,plain,
% 127.01/79.56 (~(constB20 = sK952_VarCurr)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3962, 3954, 1245])).
% 127.01/79.56 tff(3964,assumption,(~(constB5 = sK952_VarCurr)), introduced(assumption)).
% 127.01/79.56 tff(3965,assumption,(constB19 = sK952_VarCurr), introduced(assumption)).
% 127.01/79.56 tff(3966,plain,
% 127.01/79.56 (v7(constB19, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3965])).
% 127.01/79.56 tff(3967,plain,
% 127.01/79.56 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB19, bitIndex0)),
% 127.01/79.56 inference(symmetry,[status(thm)],[3966])).
% 127.01/79.56 tff(3968,plain,
% 127.01/79.56 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB19, bitIndex0))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3967])).
% 127.01/79.56 tff(3969,plain,
% 127.01/79.56 (~v7(constB19, bitIndex0)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[1245, 3968])).
% 127.01/79.56 tff(3970,assumption,(v7(constB19, bitIndex0)), introduced(assumption)).
% 127.01/79.56 tff(3971,plain,
% 127.01/79.56 ($false),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3970, 3969])).
% 127.01/79.56 tff(3972,plain,((~(constB19 = sK952_VarCurr)) | (~v7(constB19, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.56 tff(3973,plain,
% 127.01/79.56 (~(constB19 = sK952_VarCurr)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3972, 3926, 1245])).
% 127.01/79.56 tff(3974,plain,
% 127.01/79.56 ($false),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[1863, 1343, 1773, 1702, 1794])).
% 127.01/79.56 tff(3975,plain,(v11(constB10) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.56 tff(3976,plain,
% 127.01/79.56 (~v13(constB12, bitIndex2)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3975, 1246])).
% 127.01/79.56 tff(3977,plain,
% 127.01/79.56 ($false),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[1987, 1343, 1773, 1876, 1775])).
% 127.01/79.56 tff(3978,plain,(v11(constB10) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.56 tff(3979,plain,
% 127.01/79.56 (~v13(constB12, bitIndex1)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3978, 1702, 1246])).
% 127.01/79.56 tff(3980,assumption,(constB16 = sK952_VarCurr), introduced(assumption)).
% 127.01/79.56 tff(3981,plain,
% 127.01/79.56 (v7(constB16, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3980])).
% 127.01/79.56 tff(3982,plain,
% 127.01/79.56 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB16, bitIndex1)),
% 127.01/79.56 inference(symmetry,[status(thm)],[3981])).
% 127.01/79.56 tff(3983,plain,
% 127.01/79.56 (v7(constB16, bitIndex1)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[11, 3982])).
% 127.01/79.56 tff(3984,assumption,(~v7(constB16, bitIndex1)), introduced(assumption)).
% 127.01/79.56 tff(3985,plain,
% 127.01/79.56 ($false),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3984, 3983])).
% 127.01/79.56 tff(3986,plain,((~(constB16 = sK952_VarCurr)) | v7(constB16, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.56 tff(3987,plain,
% 127.01/79.56 (v7(constB16, bitIndex1)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3986, 3980, 1516])).
% 127.01/79.56 tff(3988,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v958(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v958(constB16)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3989,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v958(constB16)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3990,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v958(constB16))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3989, 3988])).
% 127.01/79.56 tff(3991,plain,
% 127.01/79.56 (~v958(constB16)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3990, 148, 3710, 3717])).
% 127.01/79.56 tff(3992,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB15, constB16)) | v958(constB16) | (~v957(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB15, constB16)) | v958(constB16) | (~v957(constB16)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3993,plain,
% 127.01/79.56 (((~nextState(constB15, constB16)) | (~v957(constB16)) | v958(constB16)) <=> ((~nextState(constB15, constB16)) | v958(constB16) | (~v957(constB16)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(3994,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB15, constB16)) | (~v957(constB16)) | v958(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB15, constB16)) | v958(constB16) | (~v957(constB16))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[3993])).
% 127.01/79.56 tff(3995,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB15, constB16)) | (~v957(constB16)) | v958(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB15, constB16)) | v958(constB16) | (~v957(constB16)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[3994, 3992])).
% 127.01/79.56 tff(3996,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB15, constB16)) | (~v957(constB16)) | v958(constB16))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(3997,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB15, constB16)) | v958(constB16) | (~v957(constB16))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[3996, 3995])).
% 127.01/79.56 tff(3998,plain,
% 127.01/79.56 (v958(constB16) | (~v957(constB16))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3997, 162, 3710])).
% 127.01/79.56 tff(3999,plain,
% 127.01/79.56 (~v957(constB16)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[3998, 3991])).
% 127.01/79.56 tff(4000,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB15, bitIndex1) | (~nextState(constB15, constB16)) | v957(constB16) | (~v7(constB16, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB15, bitIndex1) | (~nextState(constB15, constB16)) | v957(constB16) | (~v7(constB16, bitIndex1)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(4001,plain,
% 127.01/79.56 (((~nextState(constB15, constB16)) | v7(constB15, bitIndex1) | v957(constB16) | (~v7(constB16, bitIndex1))) <=> (v7(constB15, bitIndex1) | (~nextState(constB15, constB16)) | v957(constB16) | (~v7(constB16, bitIndex1)))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(4002,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB15, constB16)) | v7(constB15, bitIndex1) | v957(constB16) | (~v7(constB16, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB15, bitIndex1) | (~nextState(constB15, constB16)) | v957(constB16) | (~v7(constB16, bitIndex1))))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[4001])).
% 127.01/79.56 tff(4003,plain,
% 127.01/79.56 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB15, constB16)) | v7(constB15, bitIndex1) | v957(constB16) | (~v7(constB16, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB15, bitIndex1) | (~nextState(constB15, constB16)) | v957(constB16) | (~v7(constB16, bitIndex1)))),
% 127.01/79.56 inference(transitivity,[status(thm)],[4002, 4000])).
% 127.01/79.56 tff(4004,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB15, constB16)) | v7(constB15, bitIndex1) | v957(constB16) | (~v7(constB16, bitIndex1)))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(4005,plain,
% 127.01/79.56 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB15, bitIndex1) | (~nextState(constB15, constB16)) | v957(constB16) | (~v7(constB16, bitIndex1))),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[4004, 4003])).
% 127.01/79.56 tff(4006,plain,
% 127.01/79.56 (v7(constB15, bitIndex1) | v957(constB16) | (~v7(constB16, bitIndex1))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[4005, 180, 3710])).
% 127.01/79.56 tff(4007,plain,
% 127.01/79.56 (v7(constB15, bitIndex1) | (~v7(constB16, bitIndex1))),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[4006, 3999])).
% 127.01/79.56 tff(4008,plain,
% 127.01/79.56 (v7(constB15, bitIndex1)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[4007, 3987])).
% 127.01/79.56 tff(4009,plain,
% 127.01/79.56 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB15, bitIndex1)) | v956(constB15, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB15, bitIndex1)) | v956(constB15, bitIndex0))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(4010,plain,
% 127.01/79.56 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB15, bitIndex1)) | v956(constB15, bitIndex0))),
% 127.01/79.56 inference(quant_inst,[status(thm)],[])).
% 127.01/79.56 tff(4011,plain,
% 127.01/79.56 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB15, bitIndex1)) | v956(constB15, bitIndex0)),
% 127.01/79.56 inference(modus_ponens,[status(thm)],[4010, 4009])).
% 127.01/79.56 tff(4012,plain,
% 127.01/79.56 (v956(constB15, bitIndex0)),
% 127.01/79.56 inference(unit_resolution,[status(thm)],[4011, 201, 4008])).
% 127.01/79.56 tff(4013,plain,
% 127.01/79.56 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB15)) | (~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB15)) | (~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(4014,plain,
% 127.01/79.56 ((v940(constB15, bitIndex0) | (~v957(constB15)) | (~v956(constB15, bitIndex0))) <=> ((~v957(constB15)) | (~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0))),
% 127.01/79.56 inference(rewrite,[status(thm)],[])).
% 127.01/79.56 tff(4015,plain,
% 127.01/79.56 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB15, bitIndex0) | (~v957(constB15)) | (~v956(constB15, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB15)) | (~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0)))),
% 127.01/79.56 inference(monotonicity,[status(thm)],[4014])).
% 127.01/79.56 tff(4016,plain,
% 127.01/79.57 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB15, bitIndex0) | (~v957(constB15)) | (~v956(constB15, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB15)) | (~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0))),
% 127.01/79.57 inference(transitivity,[status(thm)],[4015, 4013])).
% 127.01/79.57 tff(4017,plain,
% 127.01/79.57 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB15, bitIndex0) | (~v957(constB15)) | (~v956(constB15, bitIndex0)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4018,plain,
% 127.01/79.57 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB15)) | (~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4017, 4016])).
% 127.01/79.57 tff(4019,plain,
% 127.01/79.57 (v940(constB15, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4018, 281, 1504, 4012])).
% 127.01/79.57 tff(4020,plain,
% 127.01/79.57 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB14, constB15)) | (~v940(constB15, bitIndex0)) | v938(constB14, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB14, constB15)) | (~v940(constB15, bitIndex0)) | v938(constB14, bitIndex0))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4021,plain,
% 127.01/79.57 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB14, constB15)) | (~v940(constB15, bitIndex0)) | v938(constB14, bitIndex0))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4022,plain,
% 127.01/79.57 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB14, constB15)) | (~v940(constB15, bitIndex0)) | v938(constB14, bitIndex0)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4021, 4020])).
% 127.01/79.57 tff(4023,plain,
% 127.01/79.57 (v938(constB14, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4022, 302, 1375, 4019])).
% 127.01/79.57 tff(4024,plain,
% 127.01/79.57 (v7(constB16, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.01/79.57 inference(monotonicity,[status(thm)],[3980])).
% 127.01/79.57 tff(4025,plain,
% 127.01/79.57 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB16, bitIndex0)),
% 127.01/79.57 inference(symmetry,[status(thm)],[4024])).
% 127.01/79.57 tff(4026,plain,
% 127.01/79.57 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB16, bitIndex0))),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4025])).
% 127.01/79.57 tff(4027,plain,
% 127.01/79.57 (~v7(constB16, bitIndex0)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[1245, 4026])).
% 127.01/79.57 tff(4028,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v1045(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v1045(constB16)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4029,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v1045(constB16)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4030,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v1045(constB16))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4029, 4028])).
% 127.01/79.57 tff(4031,plain,
% 127.01/79.57 (~v1045(constB16)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4030, 1583, 3710, 3717])).
% 127.01/79.57 tff(4032,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB15, constB16)) | v1045(constB16) | (~v1044(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB15, constB16)) | v1045(constB16) | (~v1044(constB16)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4033,plain,
% 127.01/79.57 (((~nextState(constB15, constB16)) | (~v1044(constB16)) | v1045(constB16)) <=> ((~nextState(constB15, constB16)) | v1045(constB16) | (~v1044(constB16)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4034,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB15, constB16)) | (~v1044(constB16)) | v1045(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB15, constB16)) | v1045(constB16) | (~v1044(constB16))))),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4033])).
% 127.01/79.57 tff(4035,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB15, constB16)) | (~v1044(constB16)) | v1045(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB15, constB16)) | v1045(constB16) | (~v1044(constB16)))),
% 127.01/79.57 inference(transitivity,[status(thm)],[4034, 4032])).
% 127.01/79.57 tff(4036,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB15, constB16)) | (~v1044(constB16)) | v1045(constB16))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4037,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB15, constB16)) | v1045(constB16) | (~v1044(constB16))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4036, 4035])).
% 127.01/79.57 tff(4038,plain,
% 127.01/79.57 (v1045(constB16) | (~v1044(constB16))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4037, 1597, 3710])).
% 127.01/79.57 tff(4039,plain,
% 127.01/79.57 (~v1044(constB16)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4038, 4031])).
% 127.01/79.57 tff(4040,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v1044(constB16) | v7(constB16, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v1044(constB16) | v7(constB16, bitIndex0))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4041,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v1044(constB16) | v7(constB16, bitIndex0))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4042,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v1044(constB16) | v7(constB16, bitIndex0)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4041, 4040])).
% 127.01/79.57 tff(4043,plain,
% 127.01/79.57 ((~v7(constB15, bitIndex0)) | v1044(constB16) | v7(constB16, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4042, 1615, 3710])).
% 127.01/79.57 tff(4044,plain,
% 127.01/79.57 ((~v7(constB15, bitIndex0)) | v7(constB16, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4043, 4039])).
% 127.01/79.57 tff(4045,plain,
% 127.01/79.57 (~v7(constB15, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4044, 4027])).
% 127.01/79.57 tff(4046,plain,
% 127.01/79.57 (~v1052(constB15)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[1457, 4045])).
% 127.01/79.57 tff(4047,plain,
% 127.01/79.57 (~v1050(constB14)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[1472, 4046])).
% 127.01/79.57 tff(4048,plain,
% 127.01/79.57 (v11(constB14)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[1483, 1480, 4047])).
% 127.01/79.57 tff(4049,plain,
% 127.01/79.57 (v13(constB14, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[1533, 320, 4048, 4023])).
% 127.01/79.57 tff(4050,plain,
% 127.01/79.57 (v7(constB16, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.01/79.57 inference(monotonicity,[status(thm)],[3980])).
% 127.01/79.57 tff(4051,plain,
% 127.01/79.57 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB16, bitIndex2)),
% 127.01/79.57 inference(symmetry,[status(thm)],[4050])).
% 127.01/79.57 tff(4052,plain,
% 127.01/79.57 (v7(constB16, bitIndex2)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[2318, 4051])).
% 127.01/79.57 tff(4053,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v931(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v931(constB16)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4054,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v931(constB16)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4055,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v931(constB16))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4054, 4053])).
% 127.01/79.57 tff(4056,plain,
% 127.01/79.57 (~v931(constB16)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4055, 794, 3710, 3717])).
% 127.01/79.57 tff(4057,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB15, constB16)) | v931(constB16) | (~v930(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB15, constB16)) | v931(constB16) | (~v930(constB16)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4058,plain,
% 127.01/79.57 (((~nextState(constB15, constB16)) | (~v930(constB16)) | v931(constB16)) <=> ((~nextState(constB15, constB16)) | v931(constB16) | (~v930(constB16)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4059,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB15, constB16)) | (~v930(constB16)) | v931(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB15, constB16)) | v931(constB16) | (~v930(constB16))))),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4058])).
% 127.01/79.57 tff(4060,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB15, constB16)) | (~v930(constB16)) | v931(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB15, constB16)) | v931(constB16) | (~v930(constB16)))),
% 127.01/79.57 inference(transitivity,[status(thm)],[4059, 4057])).
% 127.01/79.57 tff(4061,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB15, constB16)) | (~v930(constB16)) | v931(constB16))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4062,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB15, constB16)) | v931(constB16) | (~v930(constB16))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4061, 4060])).
% 127.01/79.57 tff(4063,plain,
% 127.01/79.57 (v931(constB16) | (~v930(constB16))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4062, 808, 3710])).
% 127.01/79.57 tff(4064,plain,
% 127.01/79.57 (~v930(constB16)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4063, 4056])).
% 127.01/79.57 tff(4065,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB15, bitIndex2) | (~nextState(constB15, constB16)) | v930(constB16) | (~v7(constB16, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB15, bitIndex2) | (~nextState(constB15, constB16)) | v930(constB16) | (~v7(constB16, bitIndex2)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4066,plain,
% 127.01/79.57 (((~nextState(constB15, constB16)) | v7(constB15, bitIndex2) | v930(constB16) | (~v7(constB16, bitIndex2))) <=> (v7(constB15, bitIndex2) | (~nextState(constB15, constB16)) | v930(constB16) | (~v7(constB16, bitIndex2)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4067,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB15, constB16)) | v7(constB15, bitIndex2) | v930(constB16) | (~v7(constB16, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB15, bitIndex2) | (~nextState(constB15, constB16)) | v930(constB16) | (~v7(constB16, bitIndex2))))),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4066])).
% 127.01/79.57 tff(4068,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB15, constB16)) | v7(constB15, bitIndex2) | v930(constB16) | (~v7(constB16, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB15, bitIndex2) | (~nextState(constB15, constB16)) | v930(constB16) | (~v7(constB16, bitIndex2)))),
% 127.01/79.57 inference(transitivity,[status(thm)],[4067, 4065])).
% 127.01/79.57 tff(4069,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB15, constB16)) | v7(constB15, bitIndex2) | v930(constB16) | (~v7(constB16, bitIndex2)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4070,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB15, bitIndex2) | (~nextState(constB15, constB16)) | v930(constB16) | (~v7(constB16, bitIndex2))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4069, 4068])).
% 127.01/79.57 tff(4071,plain,
% 127.01/79.57 (v7(constB15, bitIndex2) | v930(constB16) | (~v7(constB16, bitIndex2))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4070, 826, 3710])).
% 127.01/79.57 tff(4072,plain,
% 127.01/79.57 (v7(constB15, bitIndex2) | (~v7(constB16, bitIndex2))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4071, 4064])).
% 127.01/79.57 tff(4073,plain,
% 127.01/79.57 (v7(constB15, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4072, 4052])).
% 127.01/79.57 tff(4074,plain,
% 127.01/79.57 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB15, bitIndex2)) | v929(constB15, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB15, bitIndex2)) | v929(constB15, bitIndex1))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4075,plain,
% 127.01/79.57 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB15, bitIndex2)) | v929(constB15, bitIndex1))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4076,plain,
% 127.01/79.57 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB15, bitIndex2)) | v929(constB15, bitIndex1)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4075, 4074])).
% 127.01/79.57 tff(4077,plain,
% 127.01/79.57 (v929(constB15, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4076, 778, 4073])).
% 127.01/79.57 tff(4078,plain,
% 127.01/79.57 (v940(constB15, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2348, 4077])).
% 127.01/79.57 tff(4079,plain,
% 127.01/79.57 (v938(constB14, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2354, 302, 1375, 4078])).
% 127.01/79.57 tff(4080,plain,
% 127.01/79.57 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2361, 2226, 4048])).
% 127.01/79.57 tff(4081,plain,
% 127.01/79.57 (v13(constB14, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4080, 4079])).
% 127.01/79.57 tff(4082,plain,
% 127.01/79.57 (~v13(constB14, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2010, 4047])).
% 127.01/79.57 tff(4083,plain,
% 127.01/79.57 (v11(constB12)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2145, 4082])).
% 127.01/79.57 tff(4084,plain,
% 127.01/79.57 (~v938(constB12, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2230, 4083])).
% 127.01/79.57 tff(4085,plain,
% 127.01/79.57 (~v940(constB13, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2238, 4084])).
% 127.01/79.57 tff(4086,plain,
% 127.01/79.57 (~v929(constB13, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2264, 4085])).
% 127.01/79.57 tff(4087,plain,
% 127.01/79.57 (~v7(constB13, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2272, 4086])).
% 127.01/79.57 tff(4088,plain,
% 127.01/79.57 (~v7(constB14, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2293, 4087])).
% 127.01/79.57 tff(4089,plain,
% 127.01/79.57 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2369, 1804, 4088])).
% 127.01/79.57 tff(4090,plain,
% 127.01/79.57 (sP960(constB14)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4089, 4081])).
% 127.01/79.57 tff(4091,plain,
% 127.01/79.57 (v28(constB14, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2374, 1819, 4090])).
% 127.01/79.57 tff(4092,plain,
% 127.01/79.57 (sP958(constB14)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2378, 1912, 4091])).
% 127.01/79.57 tff(4093,plain,
% 127.01/79.57 (sP959(constB14)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2297, 1871, 4088])).
% 127.01/79.57 tff(4094,plain,
% 127.01/79.57 (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2305, 1886, 4093])).
% 127.01/79.57 tff(4095,plain,
% 127.01/79.57 (v7(constB14, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4094, 4092, 4049])).
% 127.01/79.57 tff(4096,plain,
% 127.01/79.57 (v7(constB13, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2214, 4095])).
% 127.01/79.57 tff(4097,plain,
% 127.01/79.57 (v956(constB13, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2191, 201, 4096])).
% 127.01/79.57 tff(4098,plain,
% 127.01/79.57 (~v938(constB12, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2151, 4083])).
% 127.01/79.57 tff(4099,plain,
% 127.01/79.57 (~v940(constB13, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2159, 4098])).
% 127.01/79.57 tff(4100,plain,
% 127.01/79.57 ($false),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 4099, 4097])).
% 127.01/79.57 tff(4101,plain,((~(constB16 = sK952_VarCurr)) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.57 tff(4102,plain,
% 127.01/79.57 (~(constB16 = sK952_VarCurr)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4101, 3979, 3976, 1245])).
% 127.01/79.57 tff(4103,assumption,(constB11 = sK952_VarCurr), introduced(assumption)).
% 127.01/79.57 tff(4104,plain,
% 127.01/79.57 (v7(constB11, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4103])).
% 127.01/79.57 tff(4105,plain,
% 127.01/79.57 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB11, bitIndex1)),
% 127.01/79.57 inference(symmetry,[status(thm)],[4104])).
% 127.01/79.57 tff(4106,plain,
% 127.01/79.57 (v7(constB11, bitIndex1)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[11, 4105])).
% 127.01/79.57 tff(4107,assumption,(~v7(constB11, bitIndex1)), introduced(assumption)).
% 127.01/79.57 tff(4108,plain,
% 127.01/79.57 ($false),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4107, 4106])).
% 127.01/79.57 tff(4109,plain,((~(constB11 = sK952_VarCurr)) | v7(constB11, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.57 tff(4110,plain,
% 127.01/79.57 (~(constB11 = sK952_VarCurr)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4109, 1312, 1516])).
% 127.01/79.57 tff(4111,assumption,(~(constB9 = sK952_VarCurr)), introduced(assumption)).
% 127.01/79.57 tff(4112,assumption,(~(constB7 = sK952_VarCurr)), introduced(assumption)).
% 127.01/79.57 tff(4113,assumption,(~(constB8 = sK952_VarCurr)), introduced(assumption)).
% 127.01/79.57 tff(4114,assumption,(constB6 = sK952_VarCurr), introduced(assumption)).
% 127.01/79.57 tff(4115,plain,
% 127.01/79.57 (v7(constB6, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4114])).
% 127.01/79.57 tff(4116,plain,
% 127.01/79.57 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB6, bitIndex1)),
% 127.01/79.57 inference(symmetry,[status(thm)],[4115])).
% 127.01/79.57 tff(4117,plain,
% 127.01/79.57 (v7(constB6, bitIndex1)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[1516, 4116])).
% 127.01/79.57 tff(4118,plain,
% 127.01/79.57 (v7(constB5, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[904, 4117])).
% 127.01/79.57 tff(4119,plain,
% 127.01/79.57 (v956(constB5, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[883, 4118])).
% 127.01/79.57 tff(4120,plain,
% 127.01/79.57 (v940(constB5, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[875, 4119])).
% 127.01/79.57 tff(4121,plain,
% 127.01/79.57 (v938(constB4, bitIndex0)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[849, 4120])).
% 127.01/79.57 tff(4122,plain,
% 127.01/79.57 (v7(constB6, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4114])).
% 127.01/79.57 tff(4123,plain,
% 127.01/79.57 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB6, bitIndex2)),
% 127.01/79.57 inference(symmetry,[status(thm)],[4122])).
% 127.01/79.57 tff(4124,plain,
% 127.01/79.57 (v7(constB6, bitIndex2)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[2422, 4123])).
% 127.01/79.57 tff(4125,assumption,(~v7(constB6, bitIndex2)), introduced(assumption)).
% 127.01/79.57 tff(4126,plain,
% 127.01/79.57 ($false),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4125, 4124])).
% 127.01/79.57 tff(4127,plain,((~(constB6 = sK952_VarCurr)) | v7(constB6, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.57 tff(4128,plain,
% 127.01/79.57 (v7(constB6, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4127, 4114, 2318])).
% 127.01/79.57 tff(4129,plain,
% 127.01/79.57 (v7(constB5, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[834, 4128])).
% 127.01/79.57 tff(4130,plain,
% 127.01/79.57 (v929(constB5, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[783, 4129])).
% 127.01/79.57 tff(4131,plain,
% 127.01/79.57 (v940(constB5, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[765, 4130])).
% 127.01/79.57 tff(4132,plain,
% 127.01/79.57 (v938(constB4, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[699, 4131])).
% 127.01/79.57 tff(4133,plain,
% 127.01/79.57 (v11(constB4)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[691, 4132])).
% 127.01/79.57 tff(4134,plain,
% 127.01/79.57 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB4)) | (~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB4)) | (~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4135,plain,
% 127.01/79.57 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB4)) | (~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4136,plain,
% 127.01/79.57 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB4)) | (~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4135, 4134])).
% 127.01/79.57 tff(4137,plain,
% 127.01/79.57 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4136, 320, 4133])).
% 127.01/79.57 tff(4138,plain,
% 127.01/79.57 (v13(constB4, bitIndex1)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4137, 4121])).
% 127.01/79.57 tff(4139,assumption,(v13(constB4, bitIndex1)), introduced(assumption)).
% 127.01/79.57 tff(4140,assumption,(v17(constB4, bitIndex2)), introduced(assumption)).
% 127.01/79.57 tff(4141,assumption,(~sP958(constB4)), introduced(assumption)).
% 127.01/79.57 tff(4142,plain,
% 127.01/79.57 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB4) | (~v17(constB4, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB4) | (~v17(constB4, bitIndex2)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4143,plain,
% 127.01/79.57 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB4) | (~v17(constB4, bitIndex2)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4144,plain,
% 127.01/79.57 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB4) | (~v17(constB4, bitIndex2))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4143, 4142])).
% 127.01/79.57 tff(4145,plain,
% 127.01/79.57 (~v17(constB4, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4144, 1220, 4141])).
% 127.01/79.57 tff(4146,assumption,(v17(constB3, bitIndex2)), introduced(assumption)).
% 127.01/79.57 tff(4147,assumption,(~v17(constB4, bitIndex2)), introduced(assumption)).
% 127.01/79.57 tff(4148,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v1012(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v1012(constB4)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4149,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v1012(constB4)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4150,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v1012(constB4))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4149, 4148])).
% 127.01/79.57 tff(4151,plain,
% 127.01/79.57 (~v1012(constB4)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4150, 460, 71, 78])).
% 127.01/79.57 tff(4152,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB3, constB4)) | v1012(constB4) | (~v1011(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB3, constB4)) | v1012(constB4) | (~v1011(constB4)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4153,plain,
% 127.01/79.57 (((~nextState(constB3, constB4)) | (~v1011(constB4)) | v1012(constB4)) <=> ((~nextState(constB3, constB4)) | v1012(constB4) | (~v1011(constB4)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4154,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB3, constB4)) | (~v1011(constB4)) | v1012(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB3, constB4)) | v1012(constB4) | (~v1011(constB4))))),
% 127.01/79.57 inference(monotonicity,[status(thm)],[4153])).
% 127.01/79.57 tff(4155,plain,
% 127.01/79.57 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB3, constB4)) | (~v1011(constB4)) | v1012(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB3, constB4)) | v1012(constB4) | (~v1011(constB4)))),
% 127.01/79.57 inference(transitivity,[status(thm)],[4154, 4152])).
% 127.01/79.57 tff(4156,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB3, constB4)) | (~v1011(constB4)) | v1012(constB4))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4157,plain,
% 127.01/79.57 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB3, constB4)) | v1012(constB4) | (~v1011(constB4))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4156, 4155])).
% 127.01/79.57 tff(4158,plain,
% 127.01/79.57 (v1012(constB4) | (~v1011(constB4))),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4157, 474, 71])).
% 127.01/79.57 tff(4159,plain,
% 127.01/79.57 (~v1011(constB4)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4158, 4151])).
% 127.01/79.57 tff(4160,plain,
% 127.01/79.57 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex2) | (~v17(constB3, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex2) | (~v17(constB3, bitIndex2)))),
% 127.01/79.57 inference(rewrite,[status(thm)],[])).
% 127.01/79.57 tff(4161,plain,
% 127.01/79.57 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex2) | (~v17(constB3, bitIndex2)))),
% 127.01/79.57 inference(quant_inst,[status(thm)],[])).
% 127.01/79.57 tff(4162,plain,
% 127.01/79.57 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex2) | (~v17(constB3, bitIndex2))),
% 127.01/79.57 inference(modus_ponens,[status(thm)],[4161, 4160])).
% 127.01/79.57 tff(4163,plain,
% 127.01/79.57 ($false),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4162, 492, 71, 4159, 4147, 4146])).
% 127.01/79.57 tff(4164,plain,(v17(constB4, bitIndex2) | (~v17(constB3, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.57 tff(4165,plain,
% 127.01/79.57 (~v17(constB3, bitIndex2)),
% 127.01/79.57 inference(unit_resolution,[status(thm)],[4164, 4145])).
% 127.01/79.57 tff(4166,assumption,(v1019(constB3, bitIndex2)), introduced(assumption)).
% 127.01/79.58 tff(4167,assumption,(~v17(constB3, bitIndex2)), introduced(assumption)).
% 127.01/79.58 tff(4168,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v1013(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v1013(constB3))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4169,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v1013(constB3))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4170,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v1013(constB3)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4169, 4168])).
% 127.01/79.58 tff(4171,plain,
% 127.01/79.58 (v934(constB3) | v1013(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4170, 360, 61])).
% 127.01/79.58 tff(4172,plain,
% 127.01/79.58 (v1013(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4171, 3632])).
% 127.01/79.58 tff(4173,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v1012(constB3) | (~v1013(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v1012(constB3) | (~v1013(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4174,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v1012(constB3) | (~v1013(constB3)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4175,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v1012(constB3) | (~v1013(constB3))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4174, 4173])).
% 127.01/79.58 tff(4176,plain,
% 127.01/79.58 (v1012(constB3) | (~v1013(constB3))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4175, 375, 61, 68])).
% 127.01/79.58 tff(4177,plain,
% 127.01/79.58 (v1012(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4176, 4172])).
% 127.01/79.58 tff(4178,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB2, constB3)) | v1011(constB3) | (~v1012(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB2, constB3)) | v1011(constB3) | (~v1012(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4179,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB2, constB3)) | v1011(constB3) | (~v1012(constB3)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4180,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB2, constB3)) | v1011(constB3) | (~v1012(constB3))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4179, 4178])).
% 127.01/79.58 tff(4181,plain,
% 127.01/79.58 (v1011(constB3) | (~v1012(constB3))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4180, 390, 61])).
% 127.01/79.58 tff(4182,plain,
% 127.01/79.58 (v1011(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4181, 4177])).
% 127.01/79.58 tff(4183,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB3)) | v17(constB3, bitIndex2) | (~v1019(constB3, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB3)) | v17(constB3, bitIndex2) | (~v1019(constB3, bitIndex2)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4184,plain,
% 127.01/79.58 ((v17(constB3, bitIndex2) | (~v1011(constB3)) | (~v1019(constB3, bitIndex2))) <=> ((~v1011(constB3)) | v17(constB3, bitIndex2) | (~v1019(constB3, bitIndex2)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4185,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB3, bitIndex2) | (~v1011(constB3)) | (~v1019(constB3, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB3)) | v17(constB3, bitIndex2) | (~v1019(constB3, bitIndex2))))),
% 127.01/79.58 inference(monotonicity,[status(thm)],[4184])).
% 127.01/79.58 tff(4186,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB3, bitIndex2) | (~v1011(constB3)) | (~v1019(constB3, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB3)) | v17(constB3, bitIndex2) | (~v1019(constB3, bitIndex2)))),
% 127.01/79.58 inference(transitivity,[status(thm)],[4185, 4183])).
% 127.01/79.58 tff(4187,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB3, bitIndex2) | (~v1011(constB3)) | (~v1019(constB3, bitIndex2)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4188,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB3)) | v17(constB3, bitIndex2) | (~v1019(constB3, bitIndex2))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4187, 4186])).
% 127.01/79.58 tff(4189,plain,
% 127.01/79.58 ($false),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4188, 405, 4182, 4167, 4166])).
% 127.01/79.58 tff(4190,plain,((~v1019(constB3, bitIndex2)) | v17(constB3, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.58 tff(4191,plain,
% 127.01/79.58 (~v1019(constB3, bitIndex2)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4190, 4165])).
% 127.01/79.58 tff(4192,assumption,(~v1019(constB3, bitIndex2)), introduced(assumption)).
% 127.01/79.58 tff(4193,assumption,(v1017(constB2, bitIndex2)), introduced(assumption)).
% 127.01/79.58 tff(4194,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v1019(constB3, bitIndex2) | (~v1017(constB2, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB2, constB3)) | v1019(constB3, bitIndex2) | (~v1017(constB2, bitIndex2)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4195,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v1019(constB3, bitIndex2) | (~v1017(constB2, bitIndex2)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4196,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB2, constB3)) | v1019(constB3, bitIndex2) | (~v1017(constB2, bitIndex2))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4195, 4194])).
% 127.01/79.58 tff(4197,plain,
% 127.01/79.58 ($false),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4196, 422, 61, 4193, 4192])).
% 127.01/79.58 tff(4198,plain,(v1019(constB3, bitIndex2) | (~v1017(constB2, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.58 tff(4199,plain,
% 127.01/79.58 (~v1017(constB2, bitIndex2)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4198, 4191])).
% 127.01/79.58 tff(4200,assumption,(~v1017(constB2, bitIndex2)), introduced(assumption)).
% 127.01/79.58 tff(4201,assumption,(v20(constB2, bitIndex2)), introduced(assumption)).
% 127.01/79.58 tff(4202,plain,
% 127.01/79.58 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB2)) | (~v20(constB2, bitIndex2)) | v1017(constB2, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB2)) | (~v20(constB2, bitIndex2)) | v1017(constB2, bitIndex2))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4203,plain,
% 127.01/79.58 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB2)) | (~v20(constB2, bitIndex2)) | v1017(constB2, bitIndex2))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4204,plain,
% 127.01/79.58 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB2)) | (~v20(constB2, bitIndex2)) | v1017(constB2, bitIndex2)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4203, 4202])).
% 127.01/79.58 tff(4205,plain,
% 127.01/79.58 ((~v11(constB2)) | v1017(constB2, bitIndex2)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4204, 1124, 4201])).
% 127.01/79.58 tff(4206,plain,
% 127.01/79.58 (~v11(constB2)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4205, 4200])).
% 127.01/79.58 tff(4207,plain,
% 127.01/79.58 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB2) | (~b100(bitIndex2)) | v1017(constB2, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB2) | (~b100(bitIndex2)) | v1017(constB2, bitIndex2))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4208,plain,
% 127.01/79.58 ((v11(constB2) | v1017(constB2, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB2) | (~b100(bitIndex2)) | v1017(constB2, bitIndex2))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4209,plain,
% 127.01/79.58 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB2) | v1017(constB2, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB2) | (~b100(bitIndex2)) | v1017(constB2, bitIndex2)))),
% 127.01/79.58 inference(monotonicity,[status(thm)],[4208])).
% 127.01/79.58 tff(4210,plain,
% 127.01/79.58 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB2) | v1017(constB2, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB2) | (~b100(bitIndex2)) | v1017(constB2, bitIndex2))),
% 127.01/79.58 inference(transitivity,[status(thm)],[4209, 4207])).
% 127.01/79.58 tff(4211,plain,
% 127.01/79.58 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB2) | v1017(constB2, bitIndex2) | (~b100(bitIndex2)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4212,plain,
% 127.01/79.58 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB2) | (~b100(bitIndex2)) | v1017(constB2, bitIndex2)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4211, 4210])).
% 127.01/79.58 tff(4213,plain,
% 127.01/79.58 ($false),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4212, 439, 436, 4206, 4200])).
% 127.01/79.58 tff(4214,plain,(v1017(constB2, bitIndex2) | (~v20(constB2, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.58 tff(4215,plain,
% 127.01/79.58 (~v20(constB2, bitIndex2)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4214, 4199])).
% 127.01/79.58 tff(4216,plain,
% 127.01/79.58 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB4) | (~v1003(constB4)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB4) | (~v1003(constB4)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4217,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB4) | (~v1003(constB4)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4218,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB4) | (~v1003(constB4))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4217, 4216])).
% 127.01/79.58 tff(4219,plain,
% 127.01/79.58 (~v1003(constB4)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4218, 1953, 4141])).
% 127.01/79.58 tff(4220,plain,
% 127.01/79.58 (((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (v1003(constB4) | (~v17(constB4, bitIndex1)))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | v1003(constB4) | (~v17(constB4, bitIndex1)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4221,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (v1003(constB4) | (~v17(constB4, bitIndex1)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4222,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | v1003(constB4) | (~v17(constB4, bitIndex1))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4221, 4220])).
% 127.01/79.58 tff(4223,plain,
% 127.01/79.58 (~v17(constB4, bitIndex1)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4222, 3230, 4219])).
% 127.01/79.58 tff(4224,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex1) | (~v17(constB3, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex1) | (~v17(constB3, bitIndex1)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4225,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex1) | (~v17(constB3, bitIndex1)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4226,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB3, constB4)) | v1011(constB4) | v17(constB4, bitIndex1) | (~v17(constB3, bitIndex1))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4225, 4224])).
% 127.01/79.58 tff(4227,plain,
% 127.01/79.58 (~v17(constB3, bitIndex1)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4226, 492, 71, 4159, 4223])).
% 127.01/79.58 tff(4228,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB3)) | v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB3)) | v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4229,plain,
% 127.01/79.58 ((v17(constB3, bitIndex1) | (~v1011(constB3)) | (~v1019(constB3, bitIndex1))) <=> ((~v1011(constB3)) | v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4230,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB3, bitIndex1) | (~v1011(constB3)) | (~v1019(constB3, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB3)) | v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1))))),
% 127.01/79.58 inference(monotonicity,[status(thm)],[4229])).
% 127.01/79.58 tff(4231,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB3, bitIndex1) | (~v1011(constB3)) | (~v1019(constB3, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB3)) | v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1)))),
% 127.01/79.58 inference(transitivity,[status(thm)],[4230, 4228])).
% 127.01/79.58 tff(4232,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB3, bitIndex1) | (~v1011(constB3)) | (~v1019(constB3, bitIndex1)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4233,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB3)) | v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4232, 4231])).
% 127.01/79.58 tff(4234,plain,
% 127.01/79.58 (~v1019(constB3, bitIndex1)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4233, 405, 4182, 4227])).
% 127.01/79.58 tff(4235,plain,
% 127.01/79.58 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v1019(constB3, bitIndex1) | (~v1017(constB2, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB2, constB3)) | v1019(constB3, bitIndex1) | (~v1017(constB2, bitIndex1)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4236,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v1019(constB3, bitIndex1) | (~v1017(constB2, bitIndex1)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4237,plain,
% 127.01/79.58 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB2, constB3)) | v1019(constB3, bitIndex1) | (~v1017(constB2, bitIndex1))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4236, 4235])).
% 127.01/79.58 tff(4238,plain,
% 127.01/79.58 (~v1017(constB2, bitIndex1)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4237, 422, 61, 4234])).
% 127.01/79.58 tff(4239,plain,
% 127.01/79.58 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB4) | (~v32(constB4)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB4) | (~v32(constB4)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4240,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB4) | (~v32(constB4)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4241,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB4) | (~v32(constB4))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4240, 4239])).
% 127.01/79.58 tff(4242,plain,
% 127.01/79.58 (~v32(constB4)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4241, 1923, 4141])).
% 127.01/79.58 tff(4243,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v748(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v748(constB4)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4244,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v748(constB4)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4245,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v748(constB4))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4244, 4243])).
% 127.01/79.58 tff(4246,plain,
% 127.01/79.58 (~v748(constB4)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4245, 636, 71, 78])).
% 127.01/79.58 tff(4247,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB3, constB4)) | v748(constB4) | (~v747(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB3, constB4)) | v748(constB4) | (~v747(constB4)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4248,plain,
% 127.01/79.58 (((~nextState(constB3, constB4)) | (~v747(constB4)) | v748(constB4)) <=> ((~nextState(constB3, constB4)) | v748(constB4) | (~v747(constB4)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4249,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB3, constB4)) | (~v747(constB4)) | v748(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB3, constB4)) | v748(constB4) | (~v747(constB4))))),
% 127.01/79.58 inference(monotonicity,[status(thm)],[4248])).
% 127.01/79.58 tff(4250,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB3, constB4)) | (~v747(constB4)) | v748(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB3, constB4)) | v748(constB4) | (~v747(constB4)))),
% 127.01/79.58 inference(transitivity,[status(thm)],[4249, 4247])).
% 127.01/79.58 tff(4251,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB3, constB4)) | (~v747(constB4)) | v748(constB4))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4252,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB3, constB4)) | v748(constB4) | (~v747(constB4))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4251, 4250])).
% 127.01/79.58 tff(4253,plain,
% 127.01/79.58 (v748(constB4) | (~v747(constB4))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4252, 650, 71])).
% 127.01/79.58 tff(4254,plain,
% 127.01/79.58 (~v747(constB4)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4253, 4246])).
% 127.01/79.58 tff(4255,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB3)) | (~nextState(constB3, constB4)) | v747(constB4) | v32(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB3)) | (~nextState(constB3, constB4)) | v747(constB4) | v32(constB4))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4256,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB3)) | (~nextState(constB3, constB4)) | v747(constB4) | v32(constB4))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4257,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB3)) | (~nextState(constB3, constB4)) | v747(constB4) | v32(constB4)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4256, 4255])).
% 127.01/79.58 tff(4258,plain,
% 127.01/79.58 ((~v32(constB3)) | v747(constB4) | v32(constB4)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4257, 668, 71])).
% 127.01/79.58 tff(4259,plain,
% 127.01/79.58 ((~v32(constB3)) | v32(constB4)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4258, 4254])).
% 127.01/79.58 tff(4260,plain,
% 127.01/79.58 (~v32(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4259, 4242])).
% 127.01/79.58 tff(4261,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB2, constB3)) | v11(constB2) | v755(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB2, constB3)) | v11(constB2) | v755(constB3))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4262,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB2, constB3)) | v11(constB2) | v755(constB3))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4263,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB2, constB3)) | v11(constB2) | v755(constB3)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4262, 4261])).
% 127.01/79.58 tff(4264,plain,
% 127.01/79.58 (v11(constB2) | v755(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4263, 508, 61])).
% 127.01/79.58 tff(4265,plain,
% 127.01/79.58 (v755(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4264, 2730])).
% 127.01/79.58 tff(4266,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB2) | (~nextState(constB2, constB3)) | (~v119(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v119(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4267,plain,
% 127.01/79.58 (((~nextState(constB2, constB3)) | (~v119(constB3)) | v1(constB2)) <=> (v1(constB2) | (~nextState(constB2, constB3)) | (~v119(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4268,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB2, constB3)) | (~v119(constB3)) | v1(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB2) | (~nextState(constB2, constB3)) | (~v119(constB3))))),
% 127.01/79.58 inference(monotonicity,[status(thm)],[4267])).
% 127.01/79.58 tff(4269,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB2, constB3)) | (~v119(constB3)) | v1(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v119(constB3)))),
% 127.01/79.58 inference(transitivity,[status(thm)],[4268, 4266])).
% 127.01/79.58 tff(4270,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB2, constB3)) | (~v119(constB3)) | v1(constB2))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4271,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v119(constB3))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4270, 4269])).
% 127.01/79.58 tff(4272,plain,
% 127.01/79.58 (~v119(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4271, 523, 61, 58])).
% 127.01/79.58 tff(4273,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB2, constB3)) | v119(constB3) | v749(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB2, constB3)) | v119(constB3) | v749(constB3))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4274,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB2, constB3)) | v119(constB3) | v749(constB3))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4275,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB2, constB3)) | v119(constB3) | v749(constB3)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4274, 4273])).
% 127.01/79.58 tff(4276,plain,
% 127.01/79.58 (v119(constB3) | v749(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4275, 540, 61])).
% 127.01/79.58 tff(4277,plain,
% 127.01/79.58 (v749(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4276, 4272])).
% 127.01/79.58 tff(4278,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v748(constB3) | (~v749(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v748(constB3) | (~v749(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4279,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v748(constB3) | (~v749(constB3)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4280,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v748(constB3) | (~v749(constB3))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4279, 4278])).
% 127.01/79.58 tff(4281,plain,
% 127.01/79.58 (v748(constB3) | (~v749(constB3))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4280, 555, 61, 68])).
% 127.01/79.58 tff(4282,plain,
% 127.01/79.58 (v748(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4281, 4277])).
% 127.01/79.58 tff(4283,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB2, constB3)) | v747(constB3) | (~v748(constB3)) | (~v755(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB2, constB3)) | v747(constB3) | (~v748(constB3)) | (~v755(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4284,plain,
% 127.01/79.58 (((~nextState(constB2, constB3)) | (~v748(constB3)) | v747(constB3) | (~v755(constB3))) <=> ((~nextState(constB2, constB3)) | v747(constB3) | (~v748(constB3)) | (~v755(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4285,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB2, constB3)) | (~v748(constB3)) | v747(constB3) | (~v755(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB2, constB3)) | v747(constB3) | (~v748(constB3)) | (~v755(constB3))))),
% 127.01/79.58 inference(monotonicity,[status(thm)],[4284])).
% 127.01/79.58 tff(4286,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB2, constB3)) | (~v748(constB3)) | v747(constB3) | (~v755(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB2, constB3)) | v747(constB3) | (~v748(constB3)) | (~v755(constB3)))),
% 127.01/79.58 inference(transitivity,[status(thm)],[4285, 4283])).
% 127.01/79.58 tff(4287,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB2, constB3)) | (~v748(constB3)) | v747(constB3) | (~v755(constB3)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4288,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB2, constB3)) | v747(constB3) | (~v748(constB3)) | (~v755(constB3))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4287, 4286])).
% 127.01/79.58 tff(4289,plain,
% 127.01/79.58 (v747(constB3) | (~v748(constB3)) | (~v755(constB3))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4288, 570, 61])).
% 127.01/79.58 tff(4290,plain,
% 127.01/79.58 (v747(constB3) | (~v755(constB3))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4289, 4282])).
% 127.01/79.58 tff(4291,plain,
% 127.01/79.58 (v747(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4290, 4265])).
% 127.01/79.58 tff(4292,assumption,(~v32(constB3)), introduced(assumption)).
% 127.01/79.58 tff(4293,plain,
% 127.01/79.58 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB3) | (~v747(constB3)) | (~v765(constB3)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB3) | (~v747(constB3)) | (~v765(constB3)))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4294,plain,
% 127.01/79.58 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB3) | (~v747(constB3)) | (~v765(constB3)))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4295,plain,
% 127.01/79.58 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB3) | (~v747(constB3)) | (~v765(constB3))),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4294, 4293])).
% 127.01/79.58 tff(4296,plain,
% 127.01/79.58 ((~v747(constB3)) | (~v765(constB3))),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4295, 590, 4292])).
% 127.01/79.58 tff(4297,plain,
% 127.01/79.58 (~v765(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4296, 4291])).
% 127.01/79.58 tff(4298,plain,
% 127.01/79.58 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB2, constB3)) | (~v763(constB2)) | v765(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB2, constB3)) | (~v763(constB2)) | v765(constB3))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4299,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB2, constB3)) | (~v763(constB2)) | v765(constB3))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4300,plain,
% 127.01/79.58 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB2, constB3)) | (~v763(constB2)) | v765(constB3)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4299, 4298])).
% 127.01/79.58 tff(4301,plain,
% 127.01/79.58 ((~v763(constB2)) | v765(constB3)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4300, 605, 61])).
% 127.01/79.58 tff(4302,plain,
% 127.01/79.58 (~v763(constB2)),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4301, 4297])).
% 127.01/79.58 tff(4303,plain,
% 127.01/79.58 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB2) | v763(constB2))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB2) | v763(constB2))),
% 127.01/79.58 inference(rewrite,[status(thm)],[])).
% 127.01/79.58 tff(4304,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB2) | v763(constB2))),
% 127.01/79.58 inference(quant_inst,[status(thm)],[])).
% 127.01/79.58 tff(4305,plain,
% 127.01/79.58 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB2) | v763(constB2)),
% 127.01/79.58 inference(modus_ponens,[status(thm)],[4304, 4303])).
% 127.01/79.58 tff(4306,plain,
% 127.01/79.58 ($false),
% 127.01/79.58 inference(unit_resolution,[status(thm)],[4305, 620, 2730, 4302])).
% 127.01/79.59 tff(4307,plain,(v11(constB2) | v32(constB3)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4308,plain,
% 127.01/79.59 (v11(constB2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4307, 4260])).
% 127.01/79.59 tff(4309,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB2)) | (~v20(constB2, bitIndex1)) | v1017(constB2, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB2)) | (~v20(constB2, bitIndex1)) | v1017(constB2, bitIndex1))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4310,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB2)) | (~v20(constB2, bitIndex1)) | v1017(constB2, bitIndex1))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4311,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB2)) | (~v20(constB2, bitIndex1)) | v1017(constB2, bitIndex1)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4310, 4309])).
% 127.01/79.59 tff(4312,plain,
% 127.01/79.59 (~v20(constB2, bitIndex1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4311, 1124, 4308, 4238])).
% 127.01/79.59 tff(4313,assumption,(~v20(constB2, bitIndex2)), introduced(assumption)).
% 127.01/79.59 tff(4314,plain,
% 127.01/79.59 (~v938(constB0, bitIndex1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[2743, 2738])).
% 127.01/79.59 tff(4315,plain,
% 127.01/79.59 (~v940(constB1, bitIndex1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[3153, 4314])).
% 127.01/79.59 tff(4316,plain,
% 127.01/79.59 (~v929(constB1, bitIndex1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[3186, 4315])).
% 127.01/79.59 tff(4317,plain,
% 127.01/79.59 (v1017(constB0, bitIndex2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[3504, 2738])).
% 127.01/79.59 tff(4318,plain,
% 127.01/79.59 (v1019(constB1, bitIndex2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[3342, 4317])).
% 127.01/79.59 tff(4319,plain,
% 127.01/79.59 (v17(constB1, bitIndex2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[3334, 4318])).
% 127.01/79.59 tff(4320,plain,
% 127.01/79.59 (v17(constB2, bitIndex2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[3323, 4319])).
% 127.01/79.59 tff(4321,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB0) | (~v1017(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB0) | (~v1017(constB0, bitIndex0)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4322,plain,
% 127.01/79.59 ((v11(constB0) | (~v1017(constB0, bitIndex0)) | b100(bitIndex0)) <=> (b100(bitIndex0) | v11(constB0) | (~v1017(constB0, bitIndex0)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4323,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB0) | (~v1017(constB0, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB0) | (~v1017(constB0, bitIndex0))))),
% 127.01/79.59 inference(monotonicity,[status(thm)],[4322])).
% 127.01/79.59 tff(4324,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB0) | (~v1017(constB0, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB0) | (~v1017(constB0, bitIndex0)))),
% 127.01/79.59 inference(transitivity,[status(thm)],[4323, 4321])).
% 127.01/79.59 tff(4325,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB0) | (~v1017(constB0, bitIndex0)) | b100(bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4326,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB0) | (~v1017(constB0, bitIndex0))),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4325, 4324])).
% 127.01/79.59 tff(4327,plain,
% 127.01/79.59 ($false),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4326, 936, 933, 2738, 3298])).
% 127.01/79.59 tff(4328,plain,((~v1017(constB0, bitIndex0)) | v11(constB0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4329,plain,
% 127.01/79.59 (~v1017(constB0, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4328, 2738])).
% 127.01/79.59 tff(4330,assumption,(v1019(constB1, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4331,assumption,(~v1017(constB0, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4332,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex0)) | v1017(constB0, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex0)) | v1017(constB0, bitIndex0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4333,plain,
% 127.01/79.59 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex0)) | v1017(constB0, bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4334,plain,
% 127.01/79.59 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex0)) | v1017(constB0, bitIndex0)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4333, 4332])).
% 127.01/79.59 tff(4335,plain,
% 127.01/79.59 ($false),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4334, 957, 18, 4331, 4330])).
% 127.01/79.59 tff(4336,plain,((~v1019(constB1, bitIndex0)) | v1017(constB0, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4337,plain,
% 127.01/79.59 (~v1019(constB1, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4336, 4329])).
% 127.01/79.59 tff(4338,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB1)) | (~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4339,plain,
% 127.01/79.59 (((~v17(constB1, bitIndex0)) | (~v1011(constB1)) | v1019(constB1, bitIndex0)) <=> ((~v1011(constB1)) | (~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4340,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex0)) | (~v1011(constB1)) | v1019(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB1)) | (~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0)))),
% 127.01/79.59 inference(monotonicity,[status(thm)],[4339])).
% 127.01/79.59 tff(4341,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex0)) | (~v1011(constB1)) | v1019(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0))),
% 127.01/79.59 inference(transitivity,[status(thm)],[4340, 4338])).
% 127.01/79.59 tff(4342,plain,
% 127.01/79.59 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex0)) | (~v1011(constB1)) | v1019(constB1, bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4343,plain,
% 127.01/79.59 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4342, 4341])).
% 127.01/79.59 tff(4344,plain,
% 127.01/79.59 ($false),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4343, 975, 3290, 3253, 3299])).
% 127.01/79.59 tff(4345,plain,((~v17(constB1, bitIndex0)) | v1019(constB1, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4346,plain,
% 127.01/79.59 (~v17(constB1, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4345, 4337])).
% 127.01/79.59 tff(4347,assumption,(~v17(constB1, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4348,assumption,(v17(constB2, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4349,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex0) | (~v17(constB2, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex0) | (~v17(constB2, bitIndex0)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4350,plain,
% 127.01/79.59 (((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex0)) | v17(constB1, bitIndex0)) <=> ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex0) | (~v17(constB2, bitIndex0)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4351,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex0)) | v17(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex0) | (~v17(constB2, bitIndex0))))),
% 127.01/79.59 inference(monotonicity,[status(thm)],[4350])).
% 127.01/79.59 tff(4352,plain,
% 127.01/79.59 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex0)) | v17(constB1, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex0) | (~v17(constB2, bitIndex0)))),
% 127.01/79.59 inference(transitivity,[status(thm)],[4351, 4349])).
% 127.01/79.59 tff(4353,plain,
% 127.01/79.59 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex0)) | v17(constB1, bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4354,plain,
% 127.01/79.59 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex0) | (~v17(constB2, bitIndex0))),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4353, 4352])).
% 127.01/79.59 tff(4355,plain,
% 127.01/79.59 ($false),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4354, 996, 41, 3266, 4348, 4347])).
% 127.01/79.59 tff(4356,plain,((~v17(constB2, bitIndex0)) | v17(constB1, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4357,plain,
% 127.01/79.59 (~v17(constB2, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4356, 4346])).
% 127.01/79.59 tff(4358,plain,
% 127.01/79.59 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB2)) | v17(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB2)) | v17(constB2, bitIndex0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4359,plain,
% 127.01/79.59 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB2)) | v17(constB2, bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4360,plain,
% 127.01/79.59 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB2)) | v17(constB2, bitIndex0)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4359, 4358])).
% 127.01/79.59 tff(4361,plain,
% 127.01/79.59 (~sP953_aig_name(constB2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4360, 1014, 4357])).
% 127.01/79.59 tff(4362,plain,
% 127.01/79.59 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB2) | (~v17(constB2, bitIndex2)) | v994(constB2, bitIndex2))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB2) | (~v17(constB2, bitIndex2)) | v994(constB2, bitIndex2))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4363,plain,
% 127.01/79.59 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB2) | (~v17(constB2, bitIndex2)) | v994(constB2, bitIndex2))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4364,plain,
% 127.01/79.59 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB2) | (~v17(constB2, bitIndex2)) | v994(constB2, bitIndex2)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4363, 4362])).
% 127.01/79.59 tff(4365,plain,
% 127.01/79.59 (sP953_aig_name(constB2) | v994(constB2, bitIndex2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4364, 1033, 4320])).
% 127.01/79.59 tff(4366,plain,
% 127.01/79.59 (v994(constB2, bitIndex2)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4365, 4361])).
% 127.01/79.59 tff(4367,assumption,(v994(constB2, bitIndex2)), introduced(assumption)).
% 127.01/79.59 tff(4368,assumption,(v17(constB2, bitIndex2)), introduced(assumption)).
% 127.01/79.59 tff(4369,assumption,(~v1006(constB2, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4370,plain,
% 127.01/79.59 (((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB2, bitIndex0)) | v1006(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB2, bitIndex0)) | v1006(constB2, bitIndex0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4371,plain,
% 127.01/79.59 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB2, bitIndex0)) | v1006(constB2, bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4372,plain,
% 127.01/79.59 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB2, bitIndex0)) | v1006(constB2, bitIndex0)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4371, 4370])).
% 127.01/79.59 tff(4373,plain,
% 127.01/79.59 (~v977(constB2, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4372, 1059, 4369])).
% 127.01/79.59 tff(4374,plain,
% 127.01/79.59 (((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB2, bitIndex0)) | v1006(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB2, bitIndex0)) | v1006(constB2, bitIndex0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4375,plain,
% 127.01/79.59 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB2, bitIndex0)) | v1006(constB2, bitIndex0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4376,plain,
% 127.01/79.59 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB2, bitIndex0)) | v1006(constB2, bitIndex0)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4375, 4374])).
% 127.01/79.59 tff(4377,plain,
% 127.01/79.59 (~v993(constB2, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4376, 1048, 4369])).
% 127.01/79.59 tff(4378,assumption,(~v977(constB2, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4379,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4380,plain,
% 127.01/79.59 ((v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2))) <=> ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4381,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1)))),
% 127.01/79.59 inference(monotonicity,[status(thm)],[4380])).
% 127.01/79.59 tff(4382,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1))),
% 127.01/79.59 inference(transitivity,[status(thm)],[4381, 4379])).
% 127.01/79.59 tff(4383,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4384,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4383, 4382])).
% 127.01/79.59 tff(4385,plain,
% 127.01/79.59 (v977(constB2, bitIndex0) | v20(constB2, bitIndex2) | v993(constB2, bitIndex1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4384, 1073, 4368])).
% 127.01/79.59 tff(4386,plain,
% 127.01/79.59 (v993(constB2, bitIndex1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4385, 4313, 4378])).
% 127.01/79.59 tff(4387,assumption,(~v993(constB2, bitIndex0)), introduced(assumption)).
% 127.01/79.59 tff(4388,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4389,plain,
% 127.01/79.59 (((~v993(constB2, bitIndex1)) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2))) <=> (v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4390,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB2, bitIndex1)) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1))))),
% 127.01/79.59 inference(monotonicity,[status(thm)],[4389])).
% 127.01/79.59 tff(4391,plain,
% 127.01/79.59 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB2, bitIndex1)) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1)))),
% 127.01/79.59 inference(transitivity,[status(thm)],[4390, 4388])).
% 127.01/79.59 tff(4392,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB2, bitIndex1)) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4393,plain,
% 127.01/79.59 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB2, bitIndex0) | v20(constB2, bitIndex2) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1))),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4392, 4391])).
% 127.01/79.59 tff(4394,plain,
% 127.01/79.59 (v20(constB2, bitIndex2) | (~v993(constB2, bitIndex1))),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4393, 1092, 4387, 4367])).
% 127.01/79.59 tff(4395,plain,
% 127.01/79.59 ($false),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4394, 4386, 4313])).
% 127.01/79.59 tff(4396,plain,(v20(constB2, bitIndex2) | v993(constB2, bitIndex0) | (~v994(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v17(constB2, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4397,plain,
% 127.01/79.59 ($false),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4396, 4377, 4373, 4368, 4367, 4313])).
% 127.01/79.59 tff(4398,plain,(v1006(constB2, bitIndex0) | (~v17(constB2, bitIndex2)) | (~v994(constB2, bitIndex2)) | v20(constB2, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.59 tff(4399,plain,
% 127.01/79.59 (v1006(constB2, bitIndex0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4398, 4366, 4320, 4313])).
% 127.01/79.59 tff(4400,plain,
% 127.01/79.59 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB0) | v763(constB0))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB0) | v763(constB0))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4401,plain,
% 127.01/79.59 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB0) | v763(constB0))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4402,plain,
% 127.01/79.59 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB0) | v763(constB0)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4401, 4400])).
% 127.01/79.59 tff(4403,plain,
% 127.01/79.59 (v763(constB0)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4402, 620, 2738])).
% 127.01/79.59 tff(4404,plain,
% 127.01/79.59 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB0, constB1)) | (~v763(constB0)) | v765(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB0, constB1)) | (~v763(constB0)) | v765(constB1))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4405,plain,
% 127.01/79.59 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB0, constB1)) | (~v763(constB0)) | v765(constB1))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4406,plain,
% 127.01/79.59 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB0, constB1)) | (~v763(constB0)) | v765(constB1)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4405, 4404])).
% 127.01/79.59 tff(4407,plain,
% 127.01/79.59 ((~v763(constB0)) | v765(constB1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4406, 605, 18])).
% 127.01/79.59 tff(4408,plain,
% 127.01/79.59 (v765(constB1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4407, 4403])).
% 127.01/79.59 tff(4409,plain,
% 127.01/79.59 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB0, constB1)) | v11(constB0) | v755(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB0, constB1)) | v11(constB0) | v755(constB1))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.59 tff(4410,plain,
% 127.01/79.59 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB0, constB1)) | v11(constB0) | v755(constB1))),
% 127.01/79.59 inference(quant_inst,[status(thm)],[])).
% 127.01/79.59 tff(4411,plain,
% 127.01/79.59 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB0, constB1)) | v11(constB0) | v755(constB1)),
% 127.01/79.59 inference(modus_ponens,[status(thm)],[4410, 4409])).
% 127.01/79.59 tff(4412,plain,
% 127.01/79.59 (v11(constB0) | v755(constB1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4411, 508, 18])).
% 127.01/79.59 tff(4413,plain,
% 127.01/79.59 (v755(constB1)),
% 127.01/79.59 inference(unit_resolution,[status(thm)],[4412, 2738])).
% 127.01/79.59 tff(4414,plain,
% 127.01/79.59 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB0) | (~nextState(constB0, constB1)) | (~v119(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v119(constB1)))),
% 127.01/79.59 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4415,plain,
% 127.01/79.60 (((~nextState(constB0, constB1)) | (~v119(constB1)) | v1(constB0)) <=> (v1(constB0) | (~nextState(constB0, constB1)) | (~v119(constB1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4416,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB0, constB1)) | (~v119(constB1)) | v1(constB0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB0) | (~nextState(constB0, constB1)) | (~v119(constB1))))),
% 127.01/79.60 inference(monotonicity,[status(thm)],[4415])).
% 127.01/79.60 tff(4417,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB0, constB1)) | (~v119(constB1)) | v1(constB0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v119(constB1)))),
% 127.01/79.60 inference(transitivity,[status(thm)],[4416, 4414])).
% 127.01/79.60 tff(4418,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB0, constB1)) | (~v119(constB1)) | v1(constB0))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4419,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v119(constB1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4418, 4417])).
% 127.01/79.60 tff(4420,plain,
% 127.01/79.60 (~v119(constB1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4419, 523, 31, 18])).
% 127.01/79.60 tff(4421,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB0, constB1)) | v119(constB1) | v749(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB0, constB1)) | v119(constB1) | v749(constB1))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4422,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB0, constB1)) | v119(constB1) | v749(constB1))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4423,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB0, constB1)) | v119(constB1) | v749(constB1)),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4422, 4421])).
% 127.01/79.60 tff(4424,plain,
% 127.01/79.60 (v119(constB1) | v749(constB1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4423, 540, 18])).
% 127.01/79.60 tff(4425,plain,
% 127.01/79.60 (v749(constB1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4424, 4420])).
% 127.01/79.60 tff(4426,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v748(constB1) | (~v749(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v748(constB1) | (~v749(constB1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4427,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v748(constB1) | (~v749(constB1)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4428,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v748(constB1) | (~v749(constB1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4427, 4426])).
% 127.01/79.60 tff(4429,plain,
% 127.01/79.60 (v748(constB1) | (~v749(constB1))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4428, 555, 18, 38])).
% 127.01/79.60 tff(4430,plain,
% 127.01/79.60 (v748(constB1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4429, 4425])).
% 127.01/79.60 tff(4431,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB0, constB1)) | v747(constB1) | (~v748(constB1)) | (~v755(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB0, constB1)) | v747(constB1) | (~v748(constB1)) | (~v755(constB1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4432,plain,
% 127.01/79.60 (((~nextState(constB0, constB1)) | (~v748(constB1)) | v747(constB1) | (~v755(constB1))) <=> ((~nextState(constB0, constB1)) | v747(constB1) | (~v748(constB1)) | (~v755(constB1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4433,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB0, constB1)) | (~v748(constB1)) | v747(constB1) | (~v755(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB0, constB1)) | v747(constB1) | (~v748(constB1)) | (~v755(constB1))))),
% 127.01/79.60 inference(monotonicity,[status(thm)],[4432])).
% 127.01/79.60 tff(4434,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB0, constB1)) | (~v748(constB1)) | v747(constB1) | (~v755(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB0, constB1)) | v747(constB1) | (~v748(constB1)) | (~v755(constB1)))),
% 127.01/79.60 inference(transitivity,[status(thm)],[4433, 4431])).
% 127.01/79.60 tff(4435,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB0, constB1)) | (~v748(constB1)) | v747(constB1) | (~v755(constB1)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4436,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB0, constB1)) | v747(constB1) | (~v748(constB1)) | (~v755(constB1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4435, 4434])).
% 127.01/79.60 tff(4437,plain,
% 127.01/79.60 (v747(constB1) | (~v748(constB1)) | (~v755(constB1))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4436, 570, 18])).
% 127.01/79.60 tff(4438,plain,
% 127.01/79.60 (v747(constB1) | (~v755(constB1))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4437, 4430])).
% 127.01/79.60 tff(4439,plain,
% 127.01/79.60 (v747(constB1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4438, 4413])).
% 127.01/79.60 tff(4440,plain,
% 127.01/79.60 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB1) | (~v747(constB1)) | (~v765(constB1)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB1) | (~v747(constB1)) | (~v765(constB1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4441,plain,
% 127.01/79.60 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB1) | (~v747(constB1)) | (~v765(constB1)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4442,plain,
% 127.01/79.60 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB1) | (~v747(constB1)) | (~v765(constB1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4441, 4440])).
% 127.01/79.60 tff(4443,plain,
% 127.01/79.60 (v32(constB1) | (~v765(constB1))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4442, 590, 4439])).
% 127.01/79.60 tff(4444,plain,
% 127.01/79.60 (v32(constB1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4443, 4408])).
% 127.01/79.60 tff(4445,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v748(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v748(constB2)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4446,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v748(constB2)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4447,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v748(constB2))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4446, 4445])).
% 127.01/79.60 tff(4448,plain,
% 127.01/79.60 (~v748(constB2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4447, 636, 41, 58])).
% 127.01/79.60 tff(4449,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB1, constB2)) | v748(constB2) | (~v747(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB1, constB2)) | v748(constB2) | (~v747(constB2)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4450,plain,
% 127.01/79.60 (((~nextState(constB1, constB2)) | (~v747(constB2)) | v748(constB2)) <=> ((~nextState(constB1, constB2)) | v748(constB2) | (~v747(constB2)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4451,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB1, constB2)) | (~v747(constB2)) | v748(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB1, constB2)) | v748(constB2) | (~v747(constB2))))),
% 127.01/79.60 inference(monotonicity,[status(thm)],[4450])).
% 127.01/79.60 tff(4452,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB1, constB2)) | (~v747(constB2)) | v748(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB1, constB2)) | v748(constB2) | (~v747(constB2)))),
% 127.01/79.60 inference(transitivity,[status(thm)],[4451, 4449])).
% 127.01/79.60 tff(4453,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB1, constB2)) | (~v747(constB2)) | v748(constB2))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4454,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB1, constB2)) | v748(constB2) | (~v747(constB2))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4453, 4452])).
% 127.01/79.60 tff(4455,plain,
% 127.01/79.60 (v748(constB2) | (~v747(constB2))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4454, 650, 41])).
% 127.01/79.60 tff(4456,plain,
% 127.01/79.60 (~v747(constB2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4455, 4448])).
% 127.01/79.60 tff(4457,plain,
% 127.01/79.60 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB1)) | (~nextState(constB1, constB2)) | v747(constB2) | v32(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB1)) | (~nextState(constB1, constB2)) | v747(constB2) | v32(constB2))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4458,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB1)) | (~nextState(constB1, constB2)) | v747(constB2) | v32(constB2))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4459,plain,
% 127.01/79.60 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB1)) | (~nextState(constB1, constB2)) | v747(constB2) | v32(constB2)),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4458, 4457])).
% 127.01/79.60 tff(4460,plain,
% 127.01/79.60 ((~v32(constB1)) | v747(constB2) | v32(constB2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4459, 668, 41])).
% 127.01/79.60 tff(4461,plain,
% 127.01/79.60 ((~v32(constB1)) | v32(constB2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4460, 4456])).
% 127.01/79.60 tff(4462,plain,
% 127.01/79.60 (v32(constB2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4461, 4444])).
% 127.01/79.60 tff(4463,plain,
% 127.01/79.60 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB2)) | (~v47(constB2)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB2)) | (~v47(constB2)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4464,plain,
% 127.01/79.60 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB2)) | (~v47(constB2)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4465,plain,
% 127.01/79.60 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB2)) | (~v47(constB2))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4464, 4463])).
% 127.01/79.60 tff(4466,plain,
% 127.01/79.60 (~v47(constB2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4465, 681, 4462])).
% 127.01/79.60 tff(4467,plain,
% 127.01/79.60 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4468,plain,
% 127.01/79.60 ((v47(constB2) | v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | (~v1006(constB2, bitIndex0))) <=> (v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4469,plain,
% 127.01/79.60 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB2) | v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | (~v1006(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0))))),
% 127.01/79.60 inference(monotonicity,[status(thm)],[4468])).
% 127.01/79.60 tff(4470,plain,
% 127.01/79.60 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB2) | v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | (~v1006(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0)))),
% 127.01/79.60 inference(transitivity,[status(thm)],[4469, 4467])).
% 127.01/79.60 tff(4471,plain,
% 127.01/79.60 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB2) | v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | (~v1006(constB2, bitIndex0)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4472,plain,
% 127.01/79.60 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4471, 4470])).
% 127.01/79.60 tff(4473,plain,
% 127.01/79.60 (v7(constB2, bitIndex2) | v47(constB2) | (~v1006(constB2, bitIndex0))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4472, 915, 3601])).
% 127.01/79.60 tff(4474,plain,
% 127.01/79.60 (v7(constB2, bitIndex2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4473, 4466, 4399])).
% 127.01/79.60 tff(4475,plain,
% 127.01/79.60 (v7(constB1, bitIndex2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3213, 4474])).
% 127.01/79.60 tff(4476,plain,
% 127.01/79.60 ($false),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3191, 778, 4475, 4316])).
% 127.01/79.60 tff(4477,plain,(v11(constB0) | v20(constB2, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.01/79.60 tff(4478,plain,
% 127.01/79.60 (v11(constB0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4477, 4313])).
% 127.01/79.60 tff(4479,plain,
% 127.01/79.60 (~v17(constB1, bitIndex2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3323, 3315])).
% 127.01/79.60 tff(4480,plain,
% 127.01/79.60 (~v1019(constB1, bitIndex2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3334, 4479])).
% 127.01/79.60 tff(4481,plain,
% 127.01/79.60 (~v1017(constB0, bitIndex2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3342, 4480])).
% 127.01/79.60 tff(4482,plain,
% 127.01/79.60 (~v20(constB0, bitIndex2)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3346, 1124, 4478, 4481])).
% 127.01/79.60 tff(4483,plain,
% 127.01/79.60 (v20(constB0, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3488, 4482])).
% 127.01/79.60 tff(4484,plain,
% 127.01/79.60 (v1017(constB0, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3492, 1124, 4483, 4478])).
% 127.01/79.60 tff(4485,plain,
% 127.01/79.60 (v1019(constB1, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3307, 4484])).
% 127.01/79.60 tff(4486,plain,
% 127.01/79.60 ($false),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3296, 405, 3290, 4347, 4330])).
% 127.01/79.60 tff(4487,plain,(v17(constB1, bitIndex0) | (~v1019(constB1, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.60 tff(4488,plain,
% 127.01/79.60 (v17(constB1, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4487, 4485])).
% 127.01/79.60 tff(4489,plain,
% 127.01/79.60 (v17(constB2, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3274, 4488])).
% 127.01/79.60 tff(4490,plain,
% 127.01/79.60 (v977(constB0, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3399, 4482])).
% 127.01/79.60 tff(4491,plain,
% 127.01/79.60 (((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB0, bitIndex0)) | v1006(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB0, bitIndex0)) | v1006(constB0, bitIndex0))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4492,plain,
% 127.01/79.60 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB0, bitIndex0)) | v1006(constB0, bitIndex0))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4493,plain,
% 127.01/79.60 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB0, bitIndex0)) | v1006(constB0, bitIndex0)),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4492, 4491])).
% 127.01/79.60 tff(4494,plain,
% 127.01/79.60 (v1006(constB0, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4493, 1059, 4490])).
% 127.01/79.60 tff(4495,plain,
% 127.01/79.60 (^[VarCurr: $i] : refl(((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0)) <=> ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0)))),
% 127.01/79.60 inference(bind,[status(th)],[])).
% 127.01/79.60 tff(4496,plain,
% 127.01/79.60 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(quant_intro,[status(thm)],[4495])).
% 127.01/79.60 tff(4497,plain,
% 127.01/79.60 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4498,plain,
% 127.01/79.60 (^[VarCurr: $i] : rewrite((v993(VarCurr, bitIndex0) | (~v1006(VarCurr, bitIndex0))) <=> ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0)))),
% 127.01/79.60 inference(bind,[status(th)],[])).
% 127.01/79.60 tff(4499,plain,
% 127.01/79.60 (![VarCurr: $i] : (v993(VarCurr, bitIndex0) | (~v1006(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(quant_intro,[status(thm)],[4498])).
% 127.01/79.60 tff(4500,axiom,(![VarCurr: $i] : (v993(VarCurr, bitIndex0) | (~v1006(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16550')).
% 127.01/79.60 tff(4501,plain,
% 127.01/79.60 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4500, 4499])).
% 127.01/79.60 tff(4502,plain,
% 127.01/79.60 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4501, 4497])).
% 127.01/79.60 tff(4503,plain,(
% 127.01/79.60 ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(skolemize,[status(sab)],[4502])).
% 127.01/79.60 tff(4504,plain,
% 127.01/79.60 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4503, 4496])).
% 127.01/79.60 tff(4505,plain,
% 127.01/79.60 (((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | ((~v1006(constB0, bitIndex0)) | v993(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | (~v1006(constB0, bitIndex0)) | v993(constB0, bitIndex0))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4506,plain,
% 127.01/79.60 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | ((~v1006(constB0, bitIndex0)) | v993(constB0, bitIndex0))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4507,plain,
% 127.01/79.60 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | (~v1006(constB0, bitIndex0)) | v993(constB0, bitIndex0)),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4506, 4505])).
% 127.01/79.60 tff(4508,plain,
% 127.01/79.60 (v993(constB0, bitIndex0)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4507, 4504, 4494])).
% 127.01/79.60 tff(4509,plain,
% 127.01/79.60 (~v977(constB0, bitIndex1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[3464, 4508, 4482])).
% 127.01/79.60 tff(4510,plain,
% 127.01/79.60 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1)) <=> (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1)))),
% 127.01/79.60 inference(bind,[status(th)],[])).
% 127.01/79.60 tff(4511,plain,
% 127.01/79.60 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(quant_intro,[status(thm)],[4510])).
% 127.01/79.60 tff(4512,plain,
% 127.01/79.60 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4513,plain,
% 127.01/79.60 (^[VarCurr: $i] : trans(monotonicity(rewrite((v978(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0))) <=> ((~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))), (((v978(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1)) <=> (((~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex1)))), rewrite((((~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex1)) <=> (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))), (((v978(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1)) <=> (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))))),
% 127.01/79.60 inference(bind,[status(th)],[])).
% 127.01/79.60 tff(4514,plain,
% 127.01/79.60 (![VarCurr: $i] : ((v978(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(quant_intro,[status(thm)],[4513])).
% 127.01/79.60 tff(4515,axiom,(![VarCurr: $i] : ((v978(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0))) | v17(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16564')).
% 127.01/79.60 tff(4516,plain,
% 127.01/79.60 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4515, 4514])).
% 127.01/79.60 tff(4517,plain,
% 127.01/79.60 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4516, 4512])).
% 127.01/79.60 tff(4518,plain,(
% 127.01/79.60 ![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(skolemize,[status(sab)],[4517])).
% 127.01/79.60 tff(4519,plain,
% 127.01/79.60 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4518, 4511])).
% 127.01/79.60 tff(4520,plain,
% 127.01/79.60 ((~v17(constB0, bitIndex1)) <=> (~v17(constB0, bitIndex1))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4521,axiom,(~v17(constB0, bitIndex1)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16582')).
% 127.01/79.60 tff(4522,plain,
% 127.01/79.60 (~v17(constB0, bitIndex1)),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4521, 4520])).
% 127.01/79.60 tff(4523,plain,
% 127.01/79.60 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))) | (v17(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | v978(constB0, bitIndex1))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))) | v17(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | v978(constB0, bitIndex1))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4524,plain,
% 127.01/79.60 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))) | (v17(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | v978(constB0, bitIndex1))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4525,plain,
% 127.01/79.60 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v978(VarCurr, bitIndex0)) | v978(VarCurr, bitIndex1))) | v17(constB0, bitIndex1) | (~v978(constB0, bitIndex0)) | v978(constB0, bitIndex1)),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4524, 4523])).
% 127.01/79.60 tff(4526,plain,
% 127.01/79.60 (v978(constB0, bitIndex1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4525, 4522, 4519, 3411])).
% 127.01/79.60 tff(4527,plain,
% 127.01/79.60 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v978(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v978(constB0, bitIndex1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4528,plain,
% 127.01/79.60 ((v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex1) | (~v978(constB0, bitIndex1))) <=> (v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v978(constB0, bitIndex1)))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4529,plain,
% 127.01/79.60 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex1) | (~v978(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v978(constB0, bitIndex1))))),
% 127.01/79.60 inference(monotonicity,[status(thm)],[4528])).
% 127.01/79.60 tff(4530,plain,
% 127.01/79.60 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex1) | (~v978(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v978(constB0, bitIndex1)))),
% 127.01/79.60 inference(transitivity,[status(thm)],[4529, 4527])).
% 127.01/79.60 tff(4531,plain,
% 127.01/79.60 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v20(constB0, bitIndex1) | (~v978(constB0, bitIndex1)))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4532,plain,
% 127.01/79.60 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v978(constB0, bitIndex1))),
% 127.01/79.60 inference(modus_ponens,[status(thm)],[4531, 4530])).
% 127.01/79.60 tff(4533,plain,
% 127.01/79.60 (v977(constB0, bitIndex1) | v20(constB0, bitIndex1) | (~v977(constB0, bitIndex0))),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4532, 3421, 4526])).
% 127.01/79.60 tff(4534,plain,
% 127.01/79.60 (v20(constB0, bitIndex1)),
% 127.01/79.60 inference(unit_resolution,[status(thm)],[4533, 4509, 4490])).
% 127.01/79.60 tff(4535,plain,
% 127.01/79.60 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB0)) | (~v20(constB0, bitIndex1)) | v1017(constB0, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB0)) | (~v20(constB0, bitIndex1)) | v1017(constB0, bitIndex1))),
% 127.01/79.60 inference(rewrite,[status(thm)],[])).
% 127.01/79.60 tff(4536,plain,
% 127.01/79.60 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB0)) | (~v20(constB0, bitIndex1)) | v1017(constB0, bitIndex1))),
% 127.01/79.60 inference(quant_inst,[status(thm)],[])).
% 127.01/79.60 tff(4537,plain,
% 127.01/79.60 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB0)) | (~v20(constB0, bitIndex1)) | v1017(constB0, bitIndex1)),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4536, 4535])).
% 127.01/79.61 tff(4538,plain,
% 127.01/79.61 (v1017(constB0, bitIndex1)),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4537, 1124, 4534, 4478])).
% 127.01/79.61 tff(4539,assumption,(~v1019(constB1, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4540,assumption,(v1017(constB0, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4541,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex1) | (~v1017(constB0, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | v1019(constB1, bitIndex1) | (~v1017(constB0, bitIndex1)))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4542,plain,
% 127.01/79.61 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB0, constB1)) | v1019(constB1, bitIndex1) | (~v1017(constB0, bitIndex1)))),
% 127.01/79.61 inference(quant_inst,[status(thm)],[])).
% 127.01/79.61 tff(4543,plain,
% 127.01/79.61 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB0, constB1)) | v1019(constB1, bitIndex1) | (~v1017(constB0, bitIndex1))),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4542, 4541])).
% 127.01/79.61 tff(4544,plain,
% 127.01/79.61 ($false),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4543, 422, 18, 4540, 4539])).
% 127.01/79.61 tff(4545,plain,(v1019(constB1, bitIndex1) | (~v1017(constB0, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.61 tff(4546,plain,
% 127.01/79.61 (v1019(constB1, bitIndex1)),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4545, 4538])).
% 127.01/79.61 tff(4547,assumption,(v1019(constB1, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4548,assumption,(~v17(constB1, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4549,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB1)) | v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1)))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4550,plain,
% 127.01/79.61 ((v17(constB1, bitIndex1) | (~v1011(constB1)) | (~v1019(constB1, bitIndex1))) <=> ((~v1011(constB1)) | v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1)))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4551,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex1) | (~v1011(constB1)) | (~v1019(constB1, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB1)) | v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1))))),
% 127.01/79.61 inference(monotonicity,[status(thm)],[4550])).
% 127.01/79.61 tff(4552,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex1) | (~v1011(constB1)) | (~v1019(constB1, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1)))),
% 127.01/79.61 inference(transitivity,[status(thm)],[4551, 4549])).
% 127.01/79.61 tff(4553,plain,
% 127.01/79.61 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB1, bitIndex1) | (~v1011(constB1)) | (~v1019(constB1, bitIndex1)))),
% 127.01/79.61 inference(quant_inst,[status(thm)],[])).
% 127.01/79.61 tff(4554,plain,
% 127.01/79.61 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB1)) | v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1))),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4553, 4552])).
% 127.01/79.61 tff(4555,plain,
% 127.01/79.61 ($false),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4554, 405, 3290, 4548, 4547])).
% 127.01/79.61 tff(4556,plain,(v17(constB1, bitIndex1) | (~v1019(constB1, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.61 tff(4557,plain,
% 127.01/79.61 (v17(constB1, bitIndex1)),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4556, 4546])).
% 127.01/79.61 tff(4558,assumption,(v17(constB1, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4559,assumption,(~v17(constB2, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4560,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex1)) | v17(constB2, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex1)) | v17(constB2, bitIndex1))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4561,plain,
% 127.01/79.61 (((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex1) | (~v17(constB1, bitIndex1))) <=> ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex1)) | v17(constB2, bitIndex1))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4562,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex1) | (~v17(constB1, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex1)) | v17(constB2, bitIndex1)))),
% 127.01/79.61 inference(monotonicity,[status(thm)],[4561])).
% 127.01/79.61 tff(4563,plain,
% 127.01/79.61 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex1) | (~v17(constB1, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex1)) | v17(constB2, bitIndex1))),
% 127.01/79.61 inference(transitivity,[status(thm)],[4562, 4560])).
% 127.01/79.61 tff(4564,plain,
% 127.01/79.61 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB2, bitIndex1) | (~v17(constB1, bitIndex1)))),
% 127.01/79.61 inference(quant_inst,[status(thm)],[])).
% 127.01/79.61 tff(4565,plain,
% 127.01/79.61 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB1, bitIndex1)) | v17(constB2, bitIndex1)),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4564, 4563])).
% 127.01/79.61 tff(4566,plain,
% 127.01/79.61 ($false),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4565, 492, 41, 3266, 4559, 4558])).
% 127.01/79.61 tff(4567,plain,(v17(constB2, bitIndex1) | (~v17(constB1, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.01/79.61 tff(4568,plain,
% 127.01/79.61 (v17(constB2, bitIndex1)),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4567, 4557])).
% 127.01/79.61 tff(4569,plain,
% 127.01/79.61 (^[VarCurr: $i] : refl(((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1)) <=> ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1)))),
% 127.01/79.61 inference(bind,[status(th)],[])).
% 127.01/79.61 tff(4570,plain,
% 127.01/79.61 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(quant_intro,[status(thm)],[4569])).
% 127.01/79.61 tff(4571,plain,
% 127.01/79.61 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4572,plain,
% 127.01/79.61 (^[VarCurr: $i] : trans(monotonicity(rewrite((v978(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex1))) <=> ((~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))), (((v978(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0))) <=> (((~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1)) | (~v17(VarCurr, bitIndex0))))), rewrite((((~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1)) | (~v17(VarCurr, bitIndex0))) <=> ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))), (((v978(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0))) <=> ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))))),
% 127.01/79.61 inference(bind,[status(th)],[])).
% 127.01/79.61 tff(4573,plain,
% 127.01/79.61 (![VarCurr: $i] : ((v978(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(quant_intro,[status(thm)],[4572])).
% 127.01/79.61 tff(4574,axiom,(![VarCurr: $i] : ((v978(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16563')).
% 127.01/79.61 tff(4575,plain,
% 127.01/79.61 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4574, 4573])).
% 127.01/79.61 tff(4576,plain,
% 127.01/79.61 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4575, 4571])).
% 127.01/79.61 tff(4577,plain,(
% 127.01/79.61 ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(skolemize,[status(sab)],[4576])).
% 127.01/79.61 tff(4578,plain,
% 127.01/79.61 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4577, 4570])).
% 127.01/79.61 tff(4579,plain,
% 127.01/79.61 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))) | ((~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)) | v978(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))) | (~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)) | v978(constB2, bitIndex1))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4580,plain,
% 127.01/79.61 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))) | ((~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)) | v978(constB2, bitIndex1))),
% 127.01/79.61 inference(quant_inst,[status(thm)],[])).
% 127.01/79.61 tff(4581,plain,
% 127.01/79.61 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)) | v978(VarCurr, bitIndex1))) | (~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)) | v978(constB2, bitIndex1)),
% 127.01/79.61 inference(modus_ponens,[status(thm)],[4580, 4579])).
% 127.01/79.61 tff(4582,plain,
% 127.01/79.61 ((~v17(constB2, bitIndex0)) | v978(constB2, bitIndex1)),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4581, 4578, 4568])).
% 127.01/79.61 tff(4583,plain,
% 127.01/79.61 (v978(constB2, bitIndex1)),
% 127.01/79.61 inference(unit_resolution,[status(thm)],[4582, 4489])).
% 127.01/79.61 tff(4584,assumption,(~v20(constB2, bitIndex1)), introduced(assumption)).
% 127.01/79.61 tff(4585,plain,
% 127.01/79.61 (^[VarCurr: $i] : refl((sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1))) <=> (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1))))),
% 127.01/79.61 inference(bind,[status(th)],[])).
% 127.01/79.61 tff(4586,plain,
% 127.01/79.61 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.01/79.61 inference(quant_intro,[status(thm)],[4585])).
% 127.01/79.61 tff(4587,plain,
% 127.01/79.61 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.01/79.61 inference(rewrite,[status(thm)],[])).
% 127.01/79.61 tff(4588,plain,
% 127.01/79.61 (^[VarCurr: $i] : rewrite(((sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0))) <=> (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1))))),
% 127.08/79.61 inference(bind,[status(th)],[])).
% 127.08/79.61 tff(4589,plain,
% 127.08/79.61 (![VarCurr: $i] : ((sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.61 inference(quant_intro,[status(thm)],[4588])).
% 127.08/79.61 tff(4590,axiom,(![VarCurr: $i] : ((sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex1))) | (~v17(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26300')).
% 127.08/79.61 tff(4591,plain,
% 127.08/79.61 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4590, 4589])).
% 127.08/79.61 tff(4592,plain,
% 127.08/79.61 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4591, 4587])).
% 127.08/79.61 tff(4593,plain,(
% 127.08/79.61 ![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.61 inference(skolemize,[status(sab)],[4592])).
% 127.08/79.61 tff(4594,plain,
% 127.08/79.61 (![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4593, 4586])).
% 127.08/79.61 tff(4595,plain,
% 127.08/79.61 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))) | (sP953_aig_name(constB2) | (~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))) | sP953_aig_name(constB2) | (~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4596,plain,
% 127.08/79.61 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))) | (sP953_aig_name(constB2) | (~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1)))),
% 127.08/79.61 inference(quant_inst,[status(thm)],[])).
% 127.08/79.61 tff(4597,plain,
% 127.08/79.61 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex0)) | (~v17(VarCurr, bitIndex1)))) | sP953_aig_name(constB2) | (~v17(constB2, bitIndex0)) | (~v17(constB2, bitIndex1))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4596, 4595])).
% 127.08/79.61 tff(4598,plain,
% 127.08/79.61 (sP953_aig_name(constB2) | (~v17(constB2, bitIndex0))),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4597, 4594, 4568])).
% 127.08/79.61 tff(4599,plain,
% 127.08/79.61 (sP953_aig_name(constB2)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4598, 4489])).
% 127.08/79.61 tff(4600,plain,
% 127.08/79.61 (^[VarCurr: $i] : refl(((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2)) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2)))),
% 127.08/79.61 inference(bind,[status(th)],[])).
% 127.08/79.61 tff(4601,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(quant_intro,[status(thm)],[4600])).
% 127.08/79.61 tff(4602,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4603,plain,
% 127.08/79.61 (^[VarCurr: $i] : trans(monotonicity(rewrite((v994(VarCurr, bitIndex2) | (~sP953_aig_name(VarCurr))) <=> ((~sP953_aig_name(VarCurr)) | v994(VarCurr, bitIndex2))), (((v994(VarCurr, bitIndex2) | (~sP953_aig_name(VarCurr))) | v17(VarCurr, bitIndex2)) <=> (((~sP953_aig_name(VarCurr)) | v994(VarCurr, bitIndex2)) | v17(VarCurr, bitIndex2)))), rewrite((((~sP953_aig_name(VarCurr)) | v994(VarCurr, bitIndex2)) | v17(VarCurr, bitIndex2)) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))), (((v994(VarCurr, bitIndex2) | (~sP953_aig_name(VarCurr))) | v17(VarCurr, bitIndex2)) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))))),
% 127.08/79.61 inference(bind,[status(th)],[])).
% 127.08/79.61 tff(4604,plain,
% 127.08/79.61 (![VarCurr: $i] : ((v994(VarCurr, bitIndex2) | (~sP953_aig_name(VarCurr))) | v17(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(quant_intro,[status(thm)],[4603])).
% 127.08/79.61 tff(4605,axiom,(![VarCurr: $i] : ((v994(VarCurr, bitIndex2) | (~sP953_aig_name(VarCurr))) | v17(VarCurr, bitIndex2))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16548')).
% 127.08/79.61 tff(4606,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4605, 4604])).
% 127.08/79.61 tff(4607,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4606, 4602])).
% 127.08/79.61 tff(4608,plain,(
% 127.08/79.61 ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(skolemize,[status(sab)],[4607])).
% 127.08/79.61 tff(4609,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4608, 4601])).
% 127.08/79.61 tff(4610,plain,
% 127.08/79.61 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))) | ((~sP953_aig_name(constB2)) | v17(constB2, bitIndex2) | v994(constB2, bitIndex2))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))) | (~sP953_aig_name(constB2)) | v17(constB2, bitIndex2) | v994(constB2, bitIndex2))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4611,plain,
% 127.08/79.61 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))) | ((~sP953_aig_name(constB2)) | v17(constB2, bitIndex2) | v994(constB2, bitIndex2))),
% 127.08/79.61 inference(quant_inst,[status(thm)],[])).
% 127.08/79.61 tff(4612,plain,
% 127.08/79.61 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex2) | v994(VarCurr, bitIndex2))) | (~sP953_aig_name(constB2)) | v17(constB2, bitIndex2) | v994(constB2, bitIndex2)),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4611, 4610])).
% 127.08/79.61 tff(4613,plain,
% 127.08/79.61 ((~sP953_aig_name(constB2)) | v994(constB2, bitIndex2)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4612, 4609, 3315])).
% 127.08/79.61 tff(4614,plain,
% 127.08/79.61 (v994(constB2, bitIndex2)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4613, 4599])).
% 127.08/79.61 tff(4615,assumption,(v17(constB2, bitIndex1)), introduced(assumption)).
% 127.08/79.61 tff(4616,plain,
% 127.08/79.61 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex1) | v993(constB2, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex1) | v993(constB2, bitIndex1))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4617,plain,
% 127.08/79.61 ((v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1))) <=> ((~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex1) | v993(constB2, bitIndex1))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4618,plain,
% 127.08/79.61 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex1) | v993(constB2, bitIndex1)))),
% 127.08/79.61 inference(monotonicity,[status(thm)],[4617])).
% 127.08/79.61 tff(4619,plain,
% 127.08/79.61 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex1) | v993(constB2, bitIndex1))),
% 127.08/79.61 inference(transitivity,[status(thm)],[4618, 4616])).
% 127.08/79.61 tff(4620,plain,
% 127.08/79.61 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | v993(constB2, bitIndex1) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1)))),
% 127.08/79.61 inference(quant_inst,[status(thm)],[])).
% 127.08/79.61 tff(4621,plain,
% 127.08/79.61 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v20(constB2, bitIndex1) | v993(constB2, bitIndex1)),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4620, 4619])).
% 127.08/79.61 tff(4622,plain,
% 127.08/79.61 ((~v17(constB2, bitIndex1)) | v977(constB2, bitIndex0) | v993(constB2, bitIndex1)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4621, 1073, 4584])).
% 127.08/79.61 tff(4623,plain,
% 127.08/79.61 (v993(constB2, bitIndex1)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4622, 4373, 4615])).
% 127.08/79.61 tff(4624,plain,
% 127.08/79.61 (v993(constB2, bitIndex0) | (~v994(constB2, bitIndex2)) | (~v993(constB2, bitIndex1))),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4393, 1092, 4313])).
% 127.08/79.61 tff(4625,plain,
% 127.08/79.61 ($false),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4624, 4623, 4377, 4367])).
% 127.08/79.61 tff(4626,plain,(v1006(constB2, bitIndex0) | (~v994(constB2, bitIndex2)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex1)) | v20(constB2, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.61 tff(4627,plain,
% 127.08/79.61 (v1006(constB2, bitIndex0)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4626, 4614, 4313, 4568, 4584])).
% 127.08/79.61 tff(4628,plain,
% 127.08/79.61 (^[VarCurr: $i] : refl(((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0)) <=> ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0)))),
% 127.08/79.61 inference(bind,[status(th)],[])).
% 127.08/79.61 tff(4629,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(quant_intro,[status(thm)],[4628])).
% 127.08/79.61 tff(4630,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4631,plain,
% 127.08/79.61 (^[VarCurr: $i] : rewrite((v977(VarCurr, bitIndex0) | (~v1006(VarCurr, bitIndex0))) <=> ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0)))),
% 127.08/79.61 inference(bind,[status(th)],[])).
% 127.08/79.61 tff(4632,plain,
% 127.08/79.61 (![VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v1006(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(quant_intro,[status(thm)],[4631])).
% 127.08/79.61 tff(4633,axiom,(![VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v1006(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16588')).
% 127.08/79.61 tff(4634,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4633, 4632])).
% 127.08/79.61 tff(4635,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4634, 4630])).
% 127.08/79.61 tff(4636,plain,(
% 127.08/79.61 ![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(skolemize,[status(sab)],[4635])).
% 127.08/79.61 tff(4637,plain,
% 127.08/79.61 (![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4636, 4629])).
% 127.08/79.61 tff(4638,plain,
% 127.08/79.61 (((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | ((~v1006(constB2, bitIndex0)) | v977(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | (~v1006(constB2, bitIndex0)) | v977(constB2, bitIndex0))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4639,plain,
% 127.08/79.61 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | ((~v1006(constB2, bitIndex0)) | v977(constB2, bitIndex0))),
% 127.08/79.61 inference(quant_inst,[status(thm)],[])).
% 127.08/79.61 tff(4640,plain,
% 127.08/79.61 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | (~v1006(constB2, bitIndex0)) | v977(constB2, bitIndex0)),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4639, 4638])).
% 127.08/79.61 tff(4641,plain,
% 127.08/79.61 (v977(constB2, bitIndex0)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4640, 4637, 4627])).
% 127.08/79.61 tff(4642,plain,
% 127.08/79.61 (((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | ((~v1006(constB2, bitIndex0)) | v993(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | (~v1006(constB2, bitIndex0)) | v993(constB2, bitIndex0))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4643,plain,
% 127.08/79.61 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | ((~v1006(constB2, bitIndex0)) | v993(constB2, bitIndex0))),
% 127.08/79.61 inference(quant_inst,[status(thm)],[])).
% 127.08/79.61 tff(4644,plain,
% 127.08/79.61 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | (~v1006(constB2, bitIndex0)) | v993(constB2, bitIndex0)),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4643, 4642])).
% 127.08/79.61 tff(4645,plain,
% 127.08/79.61 (v993(constB2, bitIndex0)),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4644, 4504, 4627])).
% 127.08/79.61 tff(4646,plain,
% 127.08/79.61 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v977(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v977(constB2, bitIndex1)))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4647,plain,
% 127.08/79.61 (((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1))) <=> ((~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v977(constB2, bitIndex1)))),
% 127.08/79.61 inference(rewrite,[status(thm)],[])).
% 127.08/79.61 tff(4648,plain,
% 127.08/79.61 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v977(constB2, bitIndex1))))),
% 127.08/79.61 inference(monotonicity,[status(thm)],[4647])).
% 127.08/79.61 tff(4649,plain,
% 127.08/79.61 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v977(constB2, bitIndex1)))),
% 127.08/79.61 inference(transitivity,[status(thm)],[4648, 4646])).
% 127.08/79.61 tff(4650,plain,
% 127.08/79.61 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v17(constB2, bitIndex1)))),
% 127.08/79.61 inference(quant_inst,[status(thm)],[])).
% 127.08/79.61 tff(4651,plain,
% 127.08/79.61 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v977(constB2, bitIndex1))),
% 127.08/79.61 inference(modus_ponens,[status(thm)],[4650, 4649])).
% 127.08/79.61 tff(4652,plain,
% 127.08/79.61 ((~v17(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | (~v977(constB2, bitIndex1))),
% 127.08/79.61 inference(unit_resolution,[status(thm)],[4651, 3457, 4584])).
% 127.08/79.61 tff(4653,plain,
% 127.08/79.61 (~v977(constB2, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4652, 4645, 4568])).
% 127.08/79.62 tff(4654,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | ((~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | v977(constB2, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | v977(constB2, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4655,plain,
% 127.08/79.62 ((v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v978(constB2, bitIndex1))) <=> ((~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | v977(constB2, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4656,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v978(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | ((~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | v977(constB2, bitIndex1)))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4655])).
% 127.08/79.62 tff(4657,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v978(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | v977(constB2, bitIndex1))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4656, 4654])).
% 127.08/79.62 tff(4658,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | (~v978(constB2, bitIndex1)))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4659,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex1) | v977(constB2, bitIndex1)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4658, 4657])).
% 127.08/79.62 tff(4660,plain,
% 127.08/79.62 ((~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v977(constB2, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4659, 3421, 4584])).
% 127.08/79.62 tff(4661,plain,
% 127.08/79.62 ($false),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4660, 4653, 4641, 4583])).
% 127.08/79.62 tff(4662,plain,(v17(constB2, bitIndex2) | v20(constB2, bitIndex1) | v20(constB2, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.62 tff(4663,plain,
% 127.08/79.62 (v17(constB2, bitIndex2)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4662, 4312, 4215])).
% 127.08/79.62 tff(4664,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex2) | (~v17(constB2, bitIndex2)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4665,plain,
% 127.08/79.62 (((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex2)) | v17(constB1, bitIndex2)) <=> ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex2) | (~v17(constB2, bitIndex2)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4666,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex2)) | v17(constB1, bitIndex2))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex2) | (~v17(constB2, bitIndex2))))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4665])).
% 127.08/79.62 tff(4667,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex2)) | v17(constB1, bitIndex2))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex2) | (~v17(constB2, bitIndex2)))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4666, 4664])).
% 127.08/79.62 tff(4668,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex2)) | v17(constB1, bitIndex2))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4669,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex2) | (~v17(constB2, bitIndex2))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4668, 4667])).
% 127.08/79.62 tff(4670,plain,
% 127.08/79.62 ($false),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4669, 996, 41, 3266, 4368, 3325])).
% 127.08/79.62 tff(4671,plain,((~v17(constB2, bitIndex2)) | v17(constB1, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.62 tff(4672,plain,
% 127.08/79.62 (v17(constB1, bitIndex2)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4671, 4368])).
% 127.08/79.62 tff(4673,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB1)) | (~v17(constB1, bitIndex2)) | v1019(constB1, bitIndex2))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex2)) | v1019(constB1, bitIndex2))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4674,plain,
% 127.08/79.62 (((~v17(constB1, bitIndex2)) | (~v1011(constB1)) | v1019(constB1, bitIndex2)) <=> ((~v1011(constB1)) | (~v17(constB1, bitIndex2)) | v1019(constB1, bitIndex2))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4675,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex2)) | (~v1011(constB1)) | v1019(constB1, bitIndex2))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB1)) | (~v17(constB1, bitIndex2)) | v1019(constB1, bitIndex2)))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4674])).
% 127.08/79.62 tff(4676,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex2)) | (~v1011(constB1)) | v1019(constB1, bitIndex2))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex2)) | v1019(constB1, bitIndex2))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4675, 4673])).
% 127.08/79.62 tff(4677,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex2)) | (~v1011(constB1)) | v1019(constB1, bitIndex2))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4678,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex2)) | v1019(constB1, bitIndex2)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4677, 4676])).
% 127.08/79.62 tff(4679,plain,
% 127.08/79.62 (v1019(constB1, bitIndex2)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4678, 975, 3290, 4672])).
% 127.08/79.62 tff(4680,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex2)) | v1017(constB0, bitIndex2))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex2)) | v1017(constB0, bitIndex2))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4681,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex2)) | v1017(constB0, bitIndex2))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4682,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex2)) | v1017(constB0, bitIndex2)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4681, 4680])).
% 127.08/79.62 tff(4683,plain,
% 127.08/79.62 ($false),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4682, 957, 18, 3326, 3496])).
% 127.08/79.62 tff(4684,plain,((~v1019(constB1, bitIndex2)) | v1017(constB0, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.62 tff(4685,plain,
% 127.08/79.62 (v1017(constB0, bitIndex2)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4684, 4679])).
% 127.08/79.62 tff(4686,plain,
% 127.08/79.62 (^[B: $i, VarCurr: $i] : refl(((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B))) <=> ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B))))),
% 127.08/79.62 inference(bind,[status(th)],[])).
% 127.08/79.62 tff(4687,plain,
% 127.08/79.62 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(quant_intro,[status(thm)],[4686])).
% 127.08/79.62 tff(4688,plain,
% 127.08/79.62 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B))) <=> ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4689,plain,
% 127.08/79.62 (^[B: $i, VarCurr: $i] : trans(monotonicity(rewrite((v20(VarCurr, B) | (~v1017(VarCurr, B))) <=> (v20(VarCurr, B) | (~v1017(VarCurr, B)))), (((v20(VarCurr, B) | (~v1017(VarCurr, B))) | (~v11(VarCurr))) <=> ((v20(VarCurr, B) | (~v1017(VarCurr, B))) | (~v11(VarCurr))))), rewrite(((v20(VarCurr, B) | (~v1017(VarCurr, B))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))), (((v20(VarCurr, B) | (~v1017(VarCurr, B))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))))),
% 127.08/79.62 inference(bind,[status(th)],[])).
% 127.08/79.62 tff(4690,plain,
% 127.08/79.62 (![B: $i, VarCurr: $i] : ((v20(VarCurr, B) | (~v1017(VarCurr, B))) | (~v11(VarCurr))) <=> ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(quant_intro,[status(thm)],[4689])).
% 127.08/79.62 tff(4691,axiom,(![B: $i, VarCurr: $i] : ((v20(VarCurr, B) | (~v1017(VarCurr, B))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16496')).
% 127.08/79.62 tff(4692,plain,
% 127.08/79.62 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4691, 4690])).
% 127.08/79.62 tff(4693,plain,
% 127.08/79.62 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4692, 4688])).
% 127.08/79.62 tff(4694,plain,(
% 127.08/79.62 ![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(skolemize,[status(sab)],[4693])).
% 127.08/79.62 tff(4695,plain,
% 127.08/79.62 (![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4694, 4687])).
% 127.08/79.62 tff(4696,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | (v20(constB0, bitIndex2) | (~v11(constB0)) | (~v1017(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex2) | (~v11(constB0)) | (~v1017(constB0, bitIndex2)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4697,plain,
% 127.08/79.62 (((~v11(constB0)) | v20(constB0, bitIndex2) | (~v1017(constB0, bitIndex2))) <=> (v20(constB0, bitIndex2) | (~v11(constB0)) | (~v1017(constB0, bitIndex2)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4698,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex2) | (~v1017(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | (v20(constB0, bitIndex2) | (~v11(constB0)) | (~v1017(constB0, bitIndex2))))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4697])).
% 127.08/79.62 tff(4699,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex2) | (~v1017(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex2) | (~v11(constB0)) | (~v1017(constB0, bitIndex2)))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4698, 4696])).
% 127.08/79.62 tff(4700,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex2) | (~v1017(constB0, bitIndex2)))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4701,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex2) | (~v11(constB0)) | (~v1017(constB0, bitIndex2))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4700, 4699])).
% 127.08/79.62 tff(4702,plain,
% 127.08/79.62 (v20(constB0, bitIndex2)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4701, 4695, 4478, 4685])).
% 127.08/79.62 tff(4703,assumption,(sP953_aig_name(constB2)), introduced(assumption)).
% 127.08/79.62 tff(4704,plain,
% 127.08/79.62 (v17(constB2, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4360, 1014, 4703])).
% 127.08/79.62 tff(4705,plain,
% 127.08/79.62 (v17(constB1, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4356, 4704])).
% 127.08/79.62 tff(4706,plain,
% 127.08/79.62 (v1019(constB1, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4345, 4705])).
% 127.08/79.62 tff(4707,plain,
% 127.08/79.62 (v1017(constB0, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4336, 4706])).
% 127.08/79.62 tff(4708,assumption,(v20(constB0, bitIndex2)), introduced(assumption)).
% 127.08/79.62 tff(4709,plain,
% 127.08/79.62 (((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | ((~v1006(constB0, bitIndex0)) | v977(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | (~v1006(constB0, bitIndex0)) | v977(constB0, bitIndex0))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4710,plain,
% 127.08/79.62 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | ((~v1006(constB0, bitIndex0)) | v977(constB0, bitIndex0))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4711,plain,
% 127.08/79.62 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | (~v1006(constB0, bitIndex0)) | v977(constB0, bitIndex0)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4710, 4709])).
% 127.08/79.62 tff(4712,plain,
% 127.08/79.62 (~v1006(constB0, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4711, 4637, 3350])).
% 127.08/79.62 tff(4713,plain,
% 127.08/79.62 (((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB0, bitIndex0)) | v1006(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB0, bitIndex0)) | v1006(constB0, bitIndex0))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4714,plain,
% 127.08/79.62 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB0, bitIndex0)) | v1006(constB0, bitIndex0))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4715,plain,
% 127.08/79.62 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB0, bitIndex0)) | v1006(constB0, bitIndex0)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4714, 4713])).
% 127.08/79.62 tff(4716,plain,
% 127.08/79.62 (~v993(constB0, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4715, 1048, 4712])).
% 127.08/79.62 tff(4717,plain,
% 127.08/79.62 (^[VarCurr: $i] : refl(((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1)) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1)))),
% 127.08/79.62 inference(bind,[status(th)],[])).
% 127.08/79.62 tff(4718,plain,
% 127.08/79.62 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(quant_intro,[status(thm)],[4717])).
% 127.08/79.62 tff(4719,plain,
% 127.08/79.62 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4720,plain,
% 127.08/79.62 (^[VarCurr: $i] : rewrite((v17(VarCurr, bitIndex1) | (~sP953_aig_name(VarCurr))) <=> ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1)))),
% 127.08/79.62 inference(bind,[status(th)],[])).
% 127.08/79.62 tff(4721,plain,
% 127.08/79.62 (![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~sP953_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(quant_intro,[status(thm)],[4720])).
% 127.08/79.62 tff(4722,axiom,(![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~sP953_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26299')).
% 127.08/79.62 tff(4723,plain,
% 127.08/79.62 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4722, 4721])).
% 127.08/79.62 tff(4724,plain,
% 127.08/79.62 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4723, 4719])).
% 127.08/79.62 tff(4725,plain,(
% 127.08/79.62 ![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(skolemize,[status(sab)],[4724])).
% 127.08/79.62 tff(4726,plain,
% 127.08/79.62 (![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4725, 4718])).
% 127.08/79.62 tff(4727,plain,
% 127.08/79.62 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | ((~sP953_aig_name(constB2)) | v17(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | (~sP953_aig_name(constB2)) | v17(constB2, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4728,plain,
% 127.08/79.62 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | ((~sP953_aig_name(constB2)) | v17(constB2, bitIndex1))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4729,plain,
% 127.08/79.62 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | (~sP953_aig_name(constB2)) | v17(constB2, bitIndex1)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4728, 4727])).
% 127.08/79.62 tff(4730,plain,
% 127.08/79.62 (v17(constB2, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4729, 4726, 4703])).
% 127.08/79.62 tff(4731,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex1) | (~v17(constB2, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex1) | (~v17(constB2, bitIndex1)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4732,plain,
% 127.08/79.62 (((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex1)) | v17(constB1, bitIndex1)) <=> ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex1) | (~v17(constB2, bitIndex1)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4733,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex1)) | v17(constB1, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex1) | (~v17(constB2, bitIndex1))))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4732])).
% 127.08/79.62 tff(4734,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex1)) | v17(constB1, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex1) | (~v17(constB2, bitIndex1)))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4733, 4731])).
% 127.08/79.62 tff(4735,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB1, constB2)) | v1011(constB2) | (~v17(constB2, bitIndex1)) | v17(constB1, bitIndex1))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4736,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB1, constB2)) | v1011(constB2) | v17(constB1, bitIndex1) | (~v17(constB2, bitIndex1))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4735, 4734])).
% 127.08/79.62 tff(4737,plain,
% 127.08/79.62 (v17(constB1, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4736, 996, 41, 3266, 4730])).
% 127.08/79.62 tff(4738,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB1)) | (~v17(constB1, bitIndex1)) | v1019(constB1, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex1)) | v1019(constB1, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4739,plain,
% 127.08/79.62 (((~v17(constB1, bitIndex1)) | (~v1011(constB1)) | v1019(constB1, bitIndex1)) <=> ((~v1011(constB1)) | (~v17(constB1, bitIndex1)) | v1019(constB1, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4740,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex1)) | (~v1011(constB1)) | v1019(constB1, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB1)) | (~v17(constB1, bitIndex1)) | v1019(constB1, bitIndex1)))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4739])).
% 127.08/79.62 tff(4741,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex1)) | (~v1011(constB1)) | v1019(constB1, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex1)) | v1019(constB1, bitIndex1))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4740, 4738])).
% 127.08/79.62 tff(4742,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB1, bitIndex1)) | (~v1011(constB1)) | v1019(constB1, bitIndex1))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4743,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB1)) | (~v17(constB1, bitIndex1)) | v1019(constB1, bitIndex1)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4742, 4741])).
% 127.08/79.62 tff(4744,plain,
% 127.08/79.62 (v1019(constB1, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4743, 975, 3290, 4737])).
% 127.08/79.62 tff(4745,plain,
% 127.08/79.62 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex1)) | v1017(constB0, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex1)) | v1017(constB0, bitIndex1))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4746,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex1)) | v1017(constB0, bitIndex1))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4747,plain,
% 127.08/79.62 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB0, constB1)) | (~v1019(constB1, bitIndex1)) | v1017(constB0, bitIndex1)),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4746, 4745])).
% 127.08/79.62 tff(4748,plain,
% 127.08/79.62 (v1017(constB0, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4747, 957, 18, 4744])).
% 127.08/79.62 tff(4749,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | (v20(constB0, bitIndex1) | (~v11(constB0)) | (~v1017(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex1) | (~v11(constB0)) | (~v1017(constB0, bitIndex1)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4750,plain,
% 127.08/79.62 (((~v11(constB0)) | v20(constB0, bitIndex1) | (~v1017(constB0, bitIndex1))) <=> (v20(constB0, bitIndex1) | (~v11(constB0)) | (~v1017(constB0, bitIndex1)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4751,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex1) | (~v1017(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | (v20(constB0, bitIndex1) | (~v11(constB0)) | (~v1017(constB0, bitIndex1))))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4750])).
% 127.08/79.62 tff(4752,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex1) | (~v1017(constB0, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex1) | (~v11(constB0)) | (~v1017(constB0, bitIndex1)))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4751, 4749])).
% 127.08/79.62 tff(4753,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex1) | (~v1017(constB0, bitIndex1)))),
% 127.08/79.62 inference(quant_inst,[status(thm)],[])).
% 127.08/79.62 tff(4754,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex1) | (~v11(constB0)) | (~v1017(constB0, bitIndex1))),
% 127.08/79.62 inference(modus_ponens,[status(thm)],[4753, 4752])).
% 127.08/79.62 tff(4755,plain,
% 127.08/79.62 (v20(constB0, bitIndex1)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4754, 4695, 3309, 4748])).
% 127.08/79.62 tff(4756,plain,
% 127.08/79.62 (v1019(constB1, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4343, 975, 3290, 4705])).
% 127.08/79.62 tff(4757,plain,
% 127.08/79.62 (v1017(constB0, bitIndex0)),
% 127.08/79.62 inference(unit_resolution,[status(thm)],[4336, 4756])).
% 127.08/79.62 tff(4758,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | (v20(constB0, bitIndex0) | (~v11(constB0)) | (~v1017(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex0) | (~v11(constB0)) | (~v1017(constB0, bitIndex0)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4759,plain,
% 127.08/79.62 (((~v11(constB0)) | v20(constB0, bitIndex0) | (~v1017(constB0, bitIndex0))) <=> (v20(constB0, bitIndex0) | (~v11(constB0)) | (~v1017(constB0, bitIndex0)))),
% 127.08/79.62 inference(rewrite,[status(thm)],[])).
% 127.08/79.62 tff(4760,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex0) | (~v1017(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | (v20(constB0, bitIndex0) | (~v11(constB0)) | (~v1017(constB0, bitIndex0))))),
% 127.08/79.62 inference(monotonicity,[status(thm)],[4759])).
% 127.08/79.62 tff(4761,plain,
% 127.08/79.62 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex0) | (~v1017(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex0) | (~v11(constB0)) | (~v1017(constB0, bitIndex0)))),
% 127.08/79.62 inference(transitivity,[status(thm)],[4760, 4758])).
% 127.08/79.62 tff(4762,plain,
% 127.08/79.62 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | ((~v11(constB0)) | v20(constB0, bitIndex0) | (~v1017(constB0, bitIndex0)))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4763,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | v20(VarCurr, B) | (~v1017(VarCurr, B)))) | v20(constB0, bitIndex0) | (~v11(constB0)) | (~v1017(constB0, bitIndex0))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4762, 4761])).
% 127.08/79.63 tff(4764,plain,
% 127.08/79.63 (v20(constB0, bitIndex0)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4763, 4695, 3309, 4757])).
% 127.08/79.63 tff(4765,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : refl((v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)) <=> (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4766,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4765])).
% 127.08/79.63 tff(4767,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4768,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v17(VarCurr, B) | (~v20(VarCurr, B))) <=> ((~v20(VarCurr, B)) | v17(VarCurr, B))), (((v17(VarCurr, B) | (~v20(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> (((~v20(VarCurr, B)) | v17(VarCurr, B)) | v993(VarCurr, bitIndex1)))), rewrite((((~v20(VarCurr, B)) | v17(VarCurr, B)) | v993(VarCurr, bitIndex1)) <=> (v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))), (((v17(VarCurr, B) | (~v20(VarCurr, B))) | v993(VarCurr, bitIndex1)) <=> (v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)))), ((((v17(VarCurr, B) | (~v20(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0)) <=> ((v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)) | v977(VarCurr, bitIndex0)))), rewrite(((v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B)) | v977(VarCurr, bitIndex0)) <=> (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))), ((((v17(VarCurr, B) | (~v20(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0)) <=> (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4769,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (((v17(VarCurr, B) | (~v20(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4768])).
% 127.08/79.63 tff(4770,axiom,(![B: $i, VarCurr: $i] : (((v17(VarCurr, B) | (~v20(VarCurr, B))) | v993(VarCurr, bitIndex1)) | v977(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16520')).
% 127.08/79.63 tff(4771,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4770, 4769])).
% 127.08/79.63 tff(4772,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4771, 4767])).
% 127.08/79.63 tff(4773,plain,(
% 127.08/79.63 ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4772])).
% 127.08/79.63 tff(4774,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4773, 4766])).
% 127.08/79.63 tff(4775,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v17(constB0, bitIndex0) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | v17(constB0, bitIndex0) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4776,plain,
% 127.08/79.63 ((v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0)) <=> (v17(constB0, bitIndex0) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4777,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v17(constB0, bitIndex0) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0))))),
% 127.08/79.63 inference(monotonicity,[status(thm)],[4776])).
% 127.08/79.63 tff(4778,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | v17(constB0, bitIndex0) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)))),
% 127.08/79.63 inference(transitivity,[status(thm)],[4777, 4775])).
% 127.08/79.63 tff(4779,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4780,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | v17(constB0, bitIndex0) | v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4779, 4778])).
% 127.08/79.63 tff(4781,plain,
% 127.08/79.63 (v977(constB0, bitIndex0) | v993(constB0, bitIndex1) | (~v20(constB0, bitIndex0))),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4780, 3362, 4774])).
% 127.08/79.63 tff(4782,plain,
% 127.08/79.63 (v993(constB0, bitIndex1)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4781, 4764, 3350])).
% 127.08/79.63 tff(4783,plain,
% 127.08/79.63 (^[VarCurr: $i] : refl(((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1))) <=> ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4784,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4783])).
% 127.08/79.63 tff(4785,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4786,axiom,(![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16366')).
% 127.08/79.63 tff(4787,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4786, 4785])).
% 127.08/79.63 tff(4788,plain,(
% 127.08/79.63 ![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4787])).
% 127.08/79.63 tff(4789,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4788, 4784])).
% 127.08/79.63 tff(4790,plain,
% 127.08/79.63 (((~![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))) | ((~v978(constB0, bitIndex1)) | (~v994(constB0, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))) | (~v978(constB0, bitIndex1)) | (~v994(constB0, bitIndex1)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4791,plain,
% 127.08/79.63 ((~![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))) | ((~v978(constB0, bitIndex1)) | (~v994(constB0, bitIndex1)))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4792,plain,
% 127.08/79.63 ((~![VarCurr: $i] : ((~v978(VarCurr, bitIndex1)) | (~v994(VarCurr, bitIndex1)))) | (~v978(constB0, bitIndex1)) | (~v994(constB0, bitIndex1))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4791, 4790])).
% 127.08/79.63 tff(4793,plain,
% 127.08/79.63 (~v994(constB0, bitIndex1)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4792, 4789, 4526])).
% 127.08/79.63 tff(4794,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : refl(((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B)) <=> ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B)))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4795,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4794])).
% 127.08/79.63 tff(4796,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4797,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v994(VarCurr, B) | (~v20(VarCurr, B))) <=> ((~v20(VarCurr, B)) | v994(VarCurr, B))), (((v994(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) <=> (((~v20(VarCurr, B)) | v994(VarCurr, B)) | (~v993(VarCurr, bitIndex1))))), rewrite((((~v20(VarCurr, B)) | v994(VarCurr, B)) | (~v993(VarCurr, bitIndex1))) <=> ((~v993(VarCurr, bitIndex1)) | (~v20(VarCurr, B)) | v994(VarCurr, B))), (((v994(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) <=> ((~v993(VarCurr, bitIndex1)) | (~v20(VarCurr, B)) | v994(VarCurr, B)))), ((((v994(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0)) <=> (((~v993(VarCurr, bitIndex1)) | (~v20(VarCurr, B)) | v994(VarCurr, B)) | v993(VarCurr, bitIndex0)))), rewrite((((~v993(VarCurr, bitIndex1)) | (~v20(VarCurr, B)) | v994(VarCurr, B)) | v993(VarCurr, bitIndex0)) <=> ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))), ((((v994(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0)) <=> ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4798,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (((v994(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0)) <=> ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4797])).
% 127.08/79.63 tff(4799,axiom,(![B: $i, VarCurr: $i] : (((v994(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex1))) | v993(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16526')).
% 127.08/79.63 tff(4800,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4799, 4798])).
% 127.08/79.63 tff(4801,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4800, 4796])).
% 127.08/79.63 tff(4802,plain,(
% 127.08/79.63 ![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4801])).
% 127.08/79.63 tff(4803,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4802, 4795])).
% 127.08/79.63 tff(4804,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | (v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1)) | v994(constB0, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1)) | v994(constB0, bitIndex1))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4805,plain,
% 127.08/79.63 (((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | v994(constB0, bitIndex1)) <=> (v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1)) | v994(constB0, bitIndex1))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4806,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | v994(constB0, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | (v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1)) | v994(constB0, bitIndex1)))),
% 127.08/79.63 inference(monotonicity,[status(thm)],[4805])).
% 127.08/79.63 tff(4807,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | v994(constB0, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1)) | v994(constB0, bitIndex1))),
% 127.08/79.63 inference(transitivity,[status(thm)],[4806, 4804])).
% 127.08/79.63 tff(4808,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | ((~v993(constB0, bitIndex1)) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | v994(constB0, bitIndex1))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4809,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | (~v20(VarCurr, B)) | v994(VarCurr, B))) | v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1)) | v994(constB0, bitIndex1)),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4808, 4807])).
% 127.08/79.63 tff(4810,plain,
% 127.08/79.63 (v993(constB0, bitIndex0) | (~v20(constB0, bitIndex1)) | (~v993(constB0, bitIndex1))),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4809, 4803, 4793])).
% 127.08/79.63 tff(4811,plain,
% 127.08/79.63 ($false),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4810, 4782, 4755, 4716])).
% 127.08/79.63 tff(4812,plain,((~sP953_aig_name(constB2)) | v977(constB0, bitIndex0) | (~v11(constB0))), inference(lemma,lemma(discharge,[]))).
% 127.08/79.63 tff(4813,plain,
% 127.08/79.63 (v977(constB0, bitIndex0)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4812, 4703, 3309])).
% 127.08/79.63 tff(4814,plain,
% 127.08/79.63 (^[VarCurr: $i] : refl(((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr))) <=> ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4815,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4814])).
% 127.08/79.63 tff(4816,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4817,axiom,(![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26284')).
% 127.08/79.63 tff(4818,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4817, 4816])).
% 127.08/79.63 tff(4819,plain,(
% 127.08/79.63 ![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4818])).
% 127.08/79.63 tff(4820,plain,
% 127.08/79.63 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4819, 4815])).
% 127.08/79.63 tff(4821,plain,
% 127.08/79.63 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))) | ((~v17(constB0, bitIndex2)) | (~sP956_aig_name(constB0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))) | (~v17(constB0, bitIndex2)) | (~sP956_aig_name(constB0)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4822,plain,
% 127.08/79.63 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))) | ((~v17(constB0, bitIndex2)) | (~sP956_aig_name(constB0)))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4823,plain,
% 127.08/79.63 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP956_aig_name(VarCurr)))) | (~v17(constB0, bitIndex2)) | (~sP956_aig_name(constB0))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4822, 4821])).
% 127.08/79.63 tff(4824,plain,
% 127.08/79.63 (~sP956_aig_name(constB0)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4823, 4820, 2767])).
% 127.08/79.63 tff(4825,plain,
% 127.08/79.63 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4826,plain,
% 127.08/79.63 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4825])).
% 127.08/79.63 tff(4827,plain,
% 127.08/79.63 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4828,plain,
% 127.08/79.63 (^[VarCurr: $i] : rewrite(((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1)) | (~v1003(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4829,plain,
% 127.08/79.63 (![VarCurr: $i] : ((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1)) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4828])).
% 127.08/79.63 tff(4830,axiom,(![VarCurr: $i] : ((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1)) | (~v1003(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16578')).
% 127.08/79.63 tff(4831,plain,
% 127.08/79.63 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4830, 4829])).
% 127.08/79.63 tff(4832,plain,
% 127.08/79.63 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4831, 4827])).
% 127.08/79.63 tff(4833,plain,(
% 127.08/79.63 ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4832])).
% 127.08/79.63 tff(4834,plain,
% 127.08/79.63 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4833, 4826])).
% 127.08/79.63 tff(4835,plain,
% 127.08/79.63 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB0, bitIndex0) | v17(constB0, bitIndex1) | (~v1003(constB0)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB0, bitIndex0) | v17(constB0, bitIndex1) | (~v1003(constB0)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4836,plain,
% 127.08/79.63 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB0, bitIndex0) | v17(constB0, bitIndex1) | (~v1003(constB0)))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4837,plain,
% 127.08/79.63 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB0, bitIndex0) | v17(constB0, bitIndex1) | (~v1003(constB0))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4836, 4835])).
% 127.08/79.63 tff(4838,plain,
% 127.08/79.63 (~v1003(constB0)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4837, 3362, 4522, 4834])).
% 127.08/79.63 tff(4839,plain,
% 127.08/79.63 (^[VarCurr: $i] : refl((v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2))) <=> (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4840,plain,
% 127.08/79.63 (![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4839])).
% 127.08/79.63 tff(4841,plain,
% 127.08/79.63 (![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4842,plain,
% 127.08/79.63 (^[VarCurr: $i] : rewrite(((sP956_aig_name(VarCurr) | v1003(VarCurr)) | (~v978(VarCurr, bitIndex2))) <=> (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4843,plain,
% 127.08/79.63 (![VarCurr: $i] : ((sP956_aig_name(VarCurr) | v1003(VarCurr)) | (~v978(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4842])).
% 127.08/79.63 tff(4844,axiom,(![VarCurr: $i] : ((sP956_aig_name(VarCurr) | v1003(VarCurr)) | (~v978(VarCurr, bitIndex2)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16571')).
% 127.08/79.63 tff(4845,plain,
% 127.08/79.63 (![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4844, 4843])).
% 127.08/79.63 tff(4846,plain,
% 127.08/79.63 (![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4845, 4841])).
% 127.08/79.63 tff(4847,plain,(
% 127.08/79.63 ![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4846])).
% 127.08/79.63 tff(4848,plain,
% 127.08/79.63 (![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4847, 4840])).
% 127.08/79.63 tff(4849,plain,
% 127.08/79.63 (((~![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))) | (v1003(constB0) | sP956_aig_name(constB0) | (~v978(constB0, bitIndex2)))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))) | v1003(constB0) | sP956_aig_name(constB0) | (~v978(constB0, bitIndex2)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4850,plain,
% 127.08/79.63 ((~![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))) | (v1003(constB0) | sP956_aig_name(constB0) | (~v978(constB0, bitIndex2)))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4851,plain,
% 127.08/79.63 ((~![VarCurr: $i] : (v1003(VarCurr) | sP956_aig_name(VarCurr) | (~v978(VarCurr, bitIndex2)))) | v1003(constB0) | sP956_aig_name(constB0) | (~v978(constB0, bitIndex2))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4850, 4849])).
% 127.08/79.63 tff(4852,plain,
% 127.08/79.63 (~v978(constB0, bitIndex2)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4851, 4848, 4838, 4824])).
% 127.08/79.63 tff(4853,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : refl((v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B)) <=> (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B)))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4854,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4853])).
% 127.08/79.63 tff(4855,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4856,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v978(VarCurr, B) | (~v20(VarCurr, B))) <=> ((~v20(VarCurr, B)) | v978(VarCurr, B))), (((v978(VarCurr, B) | (~v20(VarCurr, B))) | v977(VarCurr, bitIndex1)) <=> (((~v20(VarCurr, B)) | v978(VarCurr, B)) | v977(VarCurr, bitIndex1)))), rewrite((((~v20(VarCurr, B)) | v978(VarCurr, B)) | v977(VarCurr, bitIndex1)) <=> (v977(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v978(VarCurr, B))), (((v978(VarCurr, B) | (~v20(VarCurr, B))) | v977(VarCurr, bitIndex1)) <=> (v977(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v978(VarCurr, B)))), ((((v978(VarCurr, B) | (~v20(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0))) <=> ((v977(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v978(VarCurr, B)) | (~v977(VarCurr, bitIndex0))))), rewrite(((v977(VarCurr, bitIndex1) | (~v20(VarCurr, B)) | v978(VarCurr, B)) | (~v977(VarCurr, bitIndex0))) <=> (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))), ((((v978(VarCurr, B) | (~v20(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0))) <=> (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4857,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (((v978(VarCurr, B) | (~v20(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0))) <=> ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4856])).
% 127.08/79.63 tff(4858,axiom,(![B: $i, VarCurr: $i] : (((v978(VarCurr, B) | (~v20(VarCurr, B))) | v977(VarCurr, bitIndex1)) | (~v977(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16529')).
% 127.08/79.63 tff(4859,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4858, 4857])).
% 127.08/79.63 tff(4860,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4859, 4855])).
% 127.08/79.63 tff(4861,plain,(
% 127.08/79.63 ![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(skolemize,[status(sab)],[4860])).
% 127.08/79.63 tff(4862,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4861, 4854])).
% 127.08/79.63 tff(4863,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v978(constB0, bitIndex2) | (~v20(constB0, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v978(constB0, bitIndex2) | (~v20(constB0, bitIndex2)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4864,plain,
% 127.08/79.63 ((v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v20(constB0, bitIndex2)) | v978(constB0, bitIndex2)) <=> (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v978(constB0, bitIndex2) | (~v20(constB0, bitIndex2)))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4865,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v20(constB0, bitIndex2)) | v978(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v978(constB0, bitIndex2) | (~v20(constB0, bitIndex2))))),
% 127.08/79.63 inference(monotonicity,[status(thm)],[4864])).
% 127.08/79.63 tff(4866,plain,
% 127.08/79.63 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v20(constB0, bitIndex2)) | v978(constB0, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v978(constB0, bitIndex2) | (~v20(constB0, bitIndex2)))),
% 127.08/79.63 inference(transitivity,[status(thm)],[4865, 4863])).
% 127.08/79.63 tff(4867,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v20(constB0, bitIndex2)) | v978(constB0, bitIndex2))),
% 127.08/79.63 inference(quant_inst,[status(thm)],[])).
% 127.08/79.63 tff(4868,plain,
% 127.08/79.63 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v978(VarCurr, B))) | v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | v978(constB0, bitIndex2) | (~v20(constB0, bitIndex2))),
% 127.08/79.63 inference(modus_ponens,[status(thm)],[4867, 4866])).
% 127.08/79.63 tff(4869,plain,
% 127.08/79.63 (v977(constB0, bitIndex1) | (~v977(constB0, bitIndex0)) | (~v20(constB0, bitIndex2))),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4868, 4862, 4852])).
% 127.08/79.63 tff(4870,plain,
% 127.08/79.63 (v977(constB0, bitIndex1)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4869, 4813, 4708])).
% 127.08/79.63 tff(4871,plain,
% 127.08/79.63 (v1006(constB0, bitIndex0)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4493, 1059, 4813])).
% 127.08/79.63 tff(4872,plain,
% 127.08/79.63 (v993(constB0, bitIndex0)),
% 127.08/79.63 inference(unit_resolution,[status(thm)],[4507, 4504, 4871])).
% 127.08/79.63 tff(4873,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : refl(((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)) <=> ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4874,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(quant_intro,[status(thm)],[4873])).
% 127.08/79.63 tff(4875,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.63 inference(rewrite,[status(thm)],[])).
% 127.08/79.63 tff(4876,plain,
% 127.08/79.63 (^[B: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v17(VarCurr, B) | (~v20(VarCurr, B))) <=> ((~v20(VarCurr, B)) | v17(VarCurr, B))), (((v17(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> (((~v20(VarCurr, B)) | v17(VarCurr, B)) | (~v993(VarCurr, bitIndex0))))), rewrite((((~v20(VarCurr, B)) | v17(VarCurr, B)) | (~v993(VarCurr, bitIndex0))) <=> ((~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))), (((v17(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) <=> ((~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)))), ((((v17(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1))) <=> (((~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)) | (~v977(VarCurr, bitIndex1))))), rewrite((((~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B)) | (~v977(VarCurr, bitIndex1))) <=> ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))), ((((v17(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1))) <=> ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))))),
% 127.08/79.63 inference(bind,[status(th)],[])).
% 127.08/79.63 tff(4877,plain,
% 127.08/79.63 (![B: $i, VarCurr: $i] : (((v17(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1))) <=> ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4876])).
% 127.08/79.64 tff(4878,axiom,(![B: $i, VarCurr: $i] : (((v17(VarCurr, B) | (~v20(VarCurr, B))) | (~v993(VarCurr, bitIndex0))) | (~v977(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16517')).
% 127.08/79.64 tff(4879,plain,
% 127.08/79.64 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4878, 4877])).
% 127.08/79.64 tff(4880,plain,
% 127.08/79.64 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4879, 4875])).
% 127.08/79.64 tff(4881,plain,(
% 127.08/79.64 ![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.64 inference(skolemize,[status(sab)],[4880])).
% 127.08/79.64 tff(4882,plain,
% 127.08/79.64 (![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4881, 4874])).
% 127.08/79.64 tff(4883,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v17(constB0, bitIndex0) | (~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | v17(constB0, bitIndex0) | (~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4884,plain,
% 127.08/79.64 (((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0)) <=> (v17(constB0, bitIndex0) | (~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4885,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | (v17(constB0, bitIndex0) | (~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0))))),
% 127.08/79.64 inference(monotonicity,[status(thm)],[4884])).
% 127.08/79.64 tff(4886,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | v17(constB0, bitIndex0) | (~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)))),
% 127.08/79.64 inference(transitivity,[status(thm)],[4885, 4883])).
% 127.08/79.64 tff(4887,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | ((~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0)) | (~v20(constB0, bitIndex0)) | v17(constB0, bitIndex0))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4888,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | (~v20(VarCurr, B)) | v17(VarCurr, B))) | v17(constB0, bitIndex0) | (~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4887, 4886])).
% 127.08/79.64 tff(4889,plain,
% 127.08/79.64 ((~v20(constB0, bitIndex0)) | (~v977(constB0, bitIndex1)) | (~v993(constB0, bitIndex0))),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4888, 3362, 4882])).
% 127.08/79.64 tff(4890,plain,
% 127.08/79.64 (~v20(constB0, bitIndex0)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4889, 4872, 4870])).
% 127.08/79.64 tff(4891,plain,
% 127.08/79.64 ($false),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4763, 4695, 4890, 3309, 4707])).
% 127.08/79.64 tff(4892,plain,((~sP953_aig_name(constB2)) | (~v11(constB0)) | (~v20(constB0, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.08/79.64 tff(4893,plain,
% 127.08/79.64 (~sP953_aig_name(constB2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4892, 4478, 4702])).
% 127.08/79.64 tff(4894,plain,
% 127.08/79.64 (sP953_aig_name(constB2) | v994(constB2, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4364, 1033, 4368])).
% 127.08/79.64 tff(4895,plain,
% 127.08/79.64 (v994(constB2, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4894, 4893])).
% 127.08/79.64 tff(4896,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4897,plain,
% 127.08/79.64 ((v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2))) <=> ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4898,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2)))),
% 127.08/79.64 inference(monotonicity,[status(thm)],[4897])).
% 127.08/79.64 tff(4899,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2))),
% 127.08/79.64 inference(transitivity,[status(thm)],[4898, 4896])).
% 127.08/79.64 tff(4900,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4901,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2)),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4900, 4899])).
% 127.08/79.64 tff(4902,plain,
% 127.08/79.64 ((~v17(constB2, bitIndex2)) | v977(constB2, bitIndex0) | (~v993(constB2, bitIndex0))),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4901, 3390, 4313])).
% 127.08/79.64 tff(4903,plain,
% 127.08/79.64 (~v993(constB2, bitIndex0)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4902, 4378, 4368])).
% 127.08/79.64 tff(4904,plain,
% 127.08/79.64 ($false),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4396, 4903, 4378, 4368, 4313, 4895])).
% 127.08/79.64 tff(4905,plain,(v977(constB2, bitIndex0) | (~v17(constB2, bitIndex2)) | v20(constB2, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.64 tff(4906,plain,
% 127.08/79.64 (v977(constB2, bitIndex0)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4905, 4663, 4215])).
% 127.08/79.64 tff(4907,plain,
% 127.08/79.64 (v17(constB1, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4671, 4663])).
% 127.08/79.64 tff(4908,plain,
% 127.08/79.64 (v1019(constB1, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4678, 975, 3290, 4907])).
% 127.08/79.64 tff(4909,plain,
% 127.08/79.64 (v1017(constB0, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4684, 4908])).
% 127.08/79.64 tff(4910,plain,
% 127.08/79.64 (v11(constB0)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4477, 4215])).
% 127.08/79.64 tff(4911,plain,
% 127.08/79.64 (v20(constB0, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4701, 4695, 4910, 4909])).
% 127.08/79.64 tff(4912,plain,
% 127.08/79.64 (~sP953_aig_name(constB2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4892, 4910, 4911])).
% 127.08/79.64 tff(4913,plain,
% 127.08/79.64 (sP953_aig_name(constB2) | v994(constB2, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4364, 1033, 4663])).
% 127.08/79.64 tff(4914,plain,
% 127.08/79.64 (v994(constB2, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4913, 4912])).
% 127.08/79.64 tff(4915,plain,
% 127.08/79.64 (v1006(constB2, bitIndex0)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4398, 4914, 4663, 4215])).
% 127.08/79.64 tff(4916,plain,
% 127.08/79.64 (v993(constB2, bitIndex0)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4644, 4504, 4915])).
% 127.08/79.64 tff(4917,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v977(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v977(constB2, bitIndex1)))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4918,plain,
% 127.08/79.64 (((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2))) <=> ((~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v977(constB2, bitIndex1)))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4919,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v977(constB2, bitIndex1))))),
% 127.08/79.64 inference(monotonicity,[status(thm)],[4918])).
% 127.08/79.64 tff(4920,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v977(constB2, bitIndex1)))),
% 127.08/79.64 inference(transitivity,[status(thm)],[4919, 4917])).
% 127.08/79.64 tff(4921,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB2, bitIndex1)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v17(constB2, bitIndex2)))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4922,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v977(constB2, bitIndex1))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4921, 4920])).
% 127.08/79.64 tff(4923,plain,
% 127.08/79.64 ((~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | (~v977(constB2, bitIndex1))),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4922, 3457, 4215])).
% 127.08/79.64 tff(4924,plain,
% 127.08/79.64 (~v977(constB2, bitIndex1)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4923, 4916, 4663])).
% 127.08/79.64 tff(4925,plain,
% 127.08/79.64 ((~v978(constB2, bitIndex1)) | (~v977(constB2, bitIndex0)) | v977(constB2, bitIndex1)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4659, 3421, 4312])).
% 127.08/79.64 tff(4926,plain,
% 127.08/79.64 (~v978(constB2, bitIndex1)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4925, 4924, 4906])).
% 127.08/79.64 tff(4927,plain,
% 127.08/79.64 (^[VarCurr: $i] : refl((v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1)) <=> (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(bind,[status(th)],[])).
% 127.08/79.64 tff(4928,plain,
% 127.08/79.64 (![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4927])).
% 127.08/79.64 tff(4929,plain,
% 127.08/79.64 (![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4930,plain,
% 127.08/79.64 (^[VarCurr: $i] : rewrite((v994(VarCurr, bitIndex1) | v978(VarCurr, bitIndex1)) <=> (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(bind,[status(th)],[])).
% 127.08/79.64 tff(4931,plain,
% 127.08/79.64 (![VarCurr: $i] : (v994(VarCurr, bitIndex1) | v978(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4930])).
% 127.08/79.64 tff(4932,axiom,(![VarCurr: $i] : (v994(VarCurr, bitIndex1) | v978(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16365')).
% 127.08/79.64 tff(4933,plain,
% 127.08/79.64 (![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4932, 4931])).
% 127.08/79.64 tff(4934,plain,
% 127.08/79.64 (![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4933, 4929])).
% 127.08/79.64 tff(4935,plain,(
% 127.08/79.64 ![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(skolemize,[status(sab)],[4934])).
% 127.08/79.64 tff(4936,plain,
% 127.08/79.64 (![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4935, 4928])).
% 127.08/79.64 tff(4937,plain,
% 127.08/79.64 (((~![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))) | (v978(constB2, bitIndex1) | v994(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))) | v978(constB2, bitIndex1) | v994(constB2, bitIndex1))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4938,plain,
% 127.08/79.64 ((~![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))) | (v978(constB2, bitIndex1) | v994(constB2, bitIndex1))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4939,plain,
% 127.08/79.64 ((~![VarCurr: $i] : (v978(VarCurr, bitIndex1) | v994(VarCurr, bitIndex1))) | v978(constB2, bitIndex1) | v994(constB2, bitIndex1)),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4938, 4937])).
% 127.08/79.64 tff(4940,plain,
% 127.08/79.64 (v994(constB2, bitIndex1)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4939, 4936, 4926])).
% 127.08/79.64 tff(4941,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | ((~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | v977(constB2, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | v977(constB2, bitIndex1))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4942,plain,
% 127.08/79.64 ((v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v978(constB2, bitIndex2))) <=> ((~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | v977(constB2, bitIndex1))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4943,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v978(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | ((~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | v977(constB2, bitIndex1)))),
% 127.08/79.64 inference(monotonicity,[status(thm)],[4942])).
% 127.08/79.64 tff(4944,plain,
% 127.08/79.64 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v978(constB2, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | v977(constB2, bitIndex1))),
% 127.08/79.64 inference(transitivity,[status(thm)],[4943, 4941])).
% 127.08/79.64 tff(4945,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB2, bitIndex1) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | (~v978(constB2, bitIndex2)))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4946,plain,
% 127.08/79.64 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v20(constB2, bitIndex2) | v977(constB2, bitIndex1)),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4945, 4944])).
% 127.08/79.64 tff(4947,plain,
% 127.08/79.64 ((~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v977(constB2, bitIndex1)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4946, 3421, 4215])).
% 127.08/79.64 tff(4948,plain,
% 127.08/79.64 (~v978(constB2, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4947, 4924, 4906])).
% 127.08/79.64 tff(4949,plain,
% 127.08/79.64 (^[VarCurr: $i] : refl(((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2)) <=> ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2)))),
% 127.08/79.64 inference(bind,[status(th)],[])).
% 127.08/79.64 tff(4950,plain,
% 127.08/79.64 (![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4949])).
% 127.08/79.64 tff(4951,plain,
% 127.08/79.64 (![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4952,plain,
% 127.08/79.64 (^[VarCurr: $i] : trans(monotonicity(rewrite((v978(VarCurr, bitIndex2) | (~v17(VarCurr, bitIndex2))) <=> ((~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))), (((v978(VarCurr, bitIndex2) | (~v17(VarCurr, bitIndex2))) | (~v1003(VarCurr))) <=> (((~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2)) | (~v1003(VarCurr))))), rewrite((((~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2)) | (~v1003(VarCurr))) <=> ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))), (((v978(VarCurr, bitIndex2) | (~v17(VarCurr, bitIndex2))) | (~v1003(VarCurr))) <=> ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))))),
% 127.08/79.64 inference(bind,[status(th)],[])).
% 127.08/79.64 tff(4953,plain,
% 127.08/79.64 (![VarCurr: $i] : ((v978(VarCurr, bitIndex2) | (~v17(VarCurr, bitIndex2))) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4952])).
% 127.08/79.64 tff(4954,axiom,(![VarCurr: $i] : ((v978(VarCurr, bitIndex2) | (~v17(VarCurr, bitIndex2))) | (~v1003(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16573')).
% 127.08/79.64 tff(4955,plain,
% 127.08/79.64 (![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4954, 4953])).
% 127.08/79.64 tff(4956,plain,
% 127.08/79.64 (![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4955, 4951])).
% 127.08/79.64 tff(4957,plain,(
% 127.08/79.64 ![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(skolemize,[status(sab)],[4956])).
% 127.08/79.64 tff(4958,plain,
% 127.08/79.64 (![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4957, 4950])).
% 127.08/79.64 tff(4959,plain,
% 127.08/79.64 (((~![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))) | ((~v1003(constB2)) | (~v17(constB2, bitIndex2)) | v978(constB2, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))) | (~v1003(constB2)) | (~v17(constB2, bitIndex2)) | v978(constB2, bitIndex2))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4960,plain,
% 127.08/79.64 ((~![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))) | ((~v1003(constB2)) | (~v17(constB2, bitIndex2)) | v978(constB2, bitIndex2))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4961,plain,
% 127.08/79.64 ((~![VarCurr: $i] : ((~v1003(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v978(VarCurr, bitIndex2))) | (~v1003(constB2)) | (~v17(constB2, bitIndex2)) | v978(constB2, bitIndex2)),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4960, 4959])).
% 127.08/79.64 tff(4962,plain,
% 127.08/79.64 ((~v1003(constB2)) | v978(constB2, bitIndex2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4961, 4958, 4663])).
% 127.08/79.64 tff(4963,plain,
% 127.08/79.64 (~v1003(constB2)),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4962, 4948])).
% 127.08/79.64 tff(4964,plain,
% 127.08/79.64 (^[VarCurr: $i] : refl((v1003(VarCurr) | (~v994(VarCurr, bitIndex1))) <=> (v1003(VarCurr) | (~v994(VarCurr, bitIndex1))))),
% 127.08/79.64 inference(bind,[status(th)],[])).
% 127.08/79.64 tff(4965,plain,
% 127.08/79.64 (![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4964])).
% 127.08/79.64 tff(4966,plain,
% 127.08/79.64 (![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4967,plain,
% 127.08/79.64 (^[VarCurr: $i] : rewrite(((~v994(VarCurr, bitIndex1)) | v1003(VarCurr)) <=> (v1003(VarCurr) | (~v994(VarCurr, bitIndex1))))),
% 127.08/79.64 inference(bind,[status(th)],[])).
% 127.08/79.64 tff(4968,plain,
% 127.08/79.64 (![VarCurr: $i] : ((~v994(VarCurr, bitIndex1)) | v1003(VarCurr)) <=> ![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(quant_intro,[status(thm)],[4967])).
% 127.08/79.64 tff(4969,axiom,(![VarCurr: $i] : ((~v994(VarCurr, bitIndex1)) | v1003(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16543')).
% 127.08/79.64 tff(4970,plain,
% 127.08/79.64 (![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4969, 4968])).
% 127.08/79.64 tff(4971,plain,
% 127.08/79.64 (![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4970, 4966])).
% 127.08/79.64 tff(4972,plain,(
% 127.08/79.64 ![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(skolemize,[status(sab)],[4971])).
% 127.08/79.64 tff(4973,plain,
% 127.08/79.64 (![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4972, 4965])).
% 127.08/79.64 tff(4974,plain,
% 127.08/79.64 (((~![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))) | (v1003(constB2) | (~v994(constB2, bitIndex1)))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))) | v1003(constB2) | (~v994(constB2, bitIndex1)))),
% 127.08/79.64 inference(rewrite,[status(thm)],[])).
% 127.08/79.64 tff(4975,plain,
% 127.08/79.64 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))) | (v1003(constB2) | (~v994(constB2, bitIndex1)))),
% 127.08/79.64 inference(quant_inst,[status(thm)],[])).
% 127.08/79.64 tff(4976,plain,
% 127.08/79.64 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v994(VarCurr, bitIndex1)))) | v1003(constB2) | (~v994(constB2, bitIndex1))),
% 127.08/79.64 inference(modus_ponens,[status(thm)],[4975, 4974])).
% 127.08/79.64 tff(4977,plain,
% 127.08/79.64 ($false),
% 127.08/79.64 inference(unit_resolution,[status(thm)],[4976, 4973, 4963, 4940])).
% 127.08/79.64 tff(4978,plain,(sP958(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.64 tff(4979,plain,
% 127.08/79.64 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(4980,plain,
% 127.08/79.65 (((~v17(constB4, bitIndex2)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4))) <=> ((~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(4981,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB4, bitIndex2)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP958(constB4)) | (~sP959(constB4))))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[4980])).
% 127.08/79.65 tff(4982,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB4, bitIndex2)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.08/79.65 inference(transitivity,[status(thm)],[4981, 4979])).
% 127.08/79.65 tff(4983,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB4, bitIndex2)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(4984,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP958(constB4)) | (~sP959(constB4))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[4983, 4982])).
% 127.08/79.65 tff(4985,plain,
% 127.08/79.65 ((~v13(constB4, bitIndex1)) | (~v17(constB4, bitIndex2)) | (~sP959(constB4))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4984, 1205, 4978])).
% 127.08/79.65 tff(4986,plain,
% 127.08/79.65 (~sP959(constB4)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4985, 4140, 4139])).
% 127.08/79.65 tff(4987,plain,
% 127.08/79.65 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB4) | (~v17(constB4, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB4) | (~v17(constB4, bitIndex2)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(4988,plain,
% 127.08/79.65 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB4) | (~v17(constB4, bitIndex2)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(4989,plain,
% 127.08/79.65 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB4) | (~v17(constB4, bitIndex2))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[4988, 4987])).
% 127.08/79.65 tff(4990,plain,
% 127.08/79.65 ($false),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4989, 1233, 4140, 4986])).
% 127.08/79.65 tff(4991,plain,((~v17(constB4, bitIndex2)) | (~v13(constB4, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.08/79.65 tff(4992,plain,
% 127.08/79.65 (~v17(constB4, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4991, 4138])).
% 127.08/79.65 tff(4993,plain,
% 127.08/79.65 (~v17(constB3, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4164, 4992])).
% 127.08/79.65 tff(4994,plain,
% 127.08/79.65 (~v1019(constB3, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4190, 4993])).
% 127.08/79.65 tff(4995,plain,
% 127.08/79.65 (~v1017(constB2, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4198, 4994])).
% 127.08/79.65 tff(4996,plain,
% 127.08/79.65 (~v20(constB2, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4214, 4995])).
% 127.08/79.65 tff(4997,plain,
% 127.08/79.65 (v17(constB2, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4662, 4584, 4313])).
% 127.08/79.65 tff(4998,plain,
% 127.08/79.65 (v977(constB2, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4905, 4997, 4313])).
% 127.08/79.65 tff(4999,plain,
% 127.08/79.65 (v1006(constB2, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4372, 1059, 4998])).
% 127.08/79.65 tff(5000,plain,
% 127.08/79.65 (v993(constB2, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4644, 4504, 4999])).
% 127.08/79.65 tff(5001,plain,
% 127.08/79.65 ((~v17(constB2, bitIndex2)) | (~v993(constB2, bitIndex0)) | (~v977(constB2, bitIndex1))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4922, 3457, 4313])).
% 127.08/79.65 tff(5002,plain,
% 127.08/79.65 (~v977(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5001, 5000, 4997])).
% 127.08/79.65 tff(5003,plain,
% 127.08/79.65 ((~v978(constB2, bitIndex1)) | v977(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4659, 3421, 4998, 4584])).
% 127.08/79.65 tff(5004,plain,
% 127.08/79.65 (~v978(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5003, 5002])).
% 127.08/79.65 tff(5005,plain,
% 127.08/79.65 (v994(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4939, 4936, 5004])).
% 127.08/79.65 tff(5006,plain,
% 127.08/79.65 ((~v978(constB2, bitIndex2)) | (~v977(constB2, bitIndex0)) | v977(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4946, 3421, 4313])).
% 127.08/79.65 tff(5007,plain,
% 127.08/79.65 (~v978(constB2, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5006, 5002, 4998])).
% 127.08/79.65 tff(5008,plain,
% 127.08/79.65 ((~v1003(constB2)) | v978(constB2, bitIndex2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4961, 4958, 4997])).
% 127.08/79.65 tff(5009,plain,
% 127.08/79.65 (~v1003(constB2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5008, 5007])).
% 127.08/79.65 tff(5010,plain,
% 127.08/79.65 ($false),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4976, 4973, 5009, 5005])).
% 127.08/79.65 tff(5011,plain,(v20(constB2, bitIndex1) | v20(constB2, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.65 tff(5012,plain,
% 127.08/79.65 (v20(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5011, 4996])).
% 127.08/79.65 tff(5013,plain,
% 127.08/79.65 (v7(constB6, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.65 inference(monotonicity,[status(thm)],[4114])).
% 127.08/79.65 tff(5014,plain,
% 127.08/79.65 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB6, bitIndex0)),
% 127.08/79.65 inference(symmetry,[status(thm)],[5013])).
% 127.08/79.65 tff(5015,plain,
% 127.08/79.65 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB6, bitIndex0))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5014])).
% 127.08/79.65 tff(5016,plain,
% 127.08/79.65 (~v7(constB6, bitIndex0)),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[1245, 5015])).
% 127.08/79.65 tff(5017,assumption,(v7(constB6, bitIndex0)), introduced(assumption)).
% 127.08/79.65 tff(5018,plain,
% 127.08/79.65 ($false),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5017, 5016])).
% 127.08/79.65 tff(5019,plain,((~(constB6 = sK952_VarCurr)) | (~v7(constB6, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.65 tff(5020,plain,
% 127.08/79.65 (~v7(constB6, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5019, 4114, 1245])).
% 127.08/79.65 tff(5021,plain,
% 127.08/79.65 (~v7(constB5, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[2661, 5020])).
% 127.08/79.65 tff(5022,plain,
% 127.08/79.65 (~v1052(constB5)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[2607, 5021])).
% 127.08/79.65 tff(5023,plain,
% 127.08/79.65 (~v1050(constB4)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[2578, 5022])).
% 127.08/79.65 tff(5024,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB4) | (~v11(constB4)) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB4) | (~v11(constB4)) | (~v13(constB4, bitIndex0)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5025,plain,
% 127.08/79.65 (((~v11(constB4)) | v1050(constB4) | (~v13(constB4, bitIndex0))) <=> (v1050(constB4) | (~v11(constB4)) | (~v13(constB4, bitIndex0)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5026,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB4)) | v1050(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB4) | (~v11(constB4)) | (~v13(constB4, bitIndex0))))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5025])).
% 127.08/79.65 tff(5027,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB4)) | v1050(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB4) | (~v11(constB4)) | (~v13(constB4, bitIndex0)))),
% 127.08/79.65 inference(transitivity,[status(thm)],[5026, 5024])).
% 127.08/79.65 tff(5028,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB4)) | v1050(constB4) | (~v13(constB4, bitIndex0)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5029,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB4) | (~v11(constB4)) | (~v13(constB4, bitIndex0))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5028, 5027])).
% 127.08/79.65 tff(5030,plain,
% 127.08/79.65 (~v13(constB4, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5029, 2000, 5023, 4133])).
% 127.08/79.65 tff(5031,plain,
% 127.08/79.65 (v32(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4307, 2730])).
% 127.08/79.65 tff(5032,plain,
% 127.08/79.65 (v32(constB4)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4259, 5031])).
% 127.08/79.65 tff(5033,assumption,(~v13(constB4, bitIndex0)), introduced(assumption)).
% 127.08/79.65 tff(5034,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB4)) | (~v7(constB4, bitIndex0)) | v13(constB4, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB4)) | (~v7(constB4, bitIndex0)) | v13(constB4, bitIndex0))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5035,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB4)) | (~v7(constB4, bitIndex0)) | v13(constB4, bitIndex0))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5036,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB4)) | (~v7(constB4, bitIndex0)) | v13(constB4, bitIndex0)),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5035, 5034])).
% 127.08/79.65 tff(5037,plain,
% 127.08/79.65 ((~v32(constB4)) | (~v7(constB4, bitIndex0))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5036, 1695, 5033])).
% 127.08/79.65 tff(5038,plain,
% 127.08/79.65 (~v7(constB4, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5037, 5032])).
% 127.08/79.65 tff(5039,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v1045(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v1045(constB4)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5040,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v1045(constB4)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5041,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v1045(constB4))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5040, 5039])).
% 127.08/79.65 tff(5042,plain,
% 127.08/79.65 (~v1045(constB4)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5041, 1583, 71, 78])).
% 127.08/79.65 tff(5043,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB3, constB4)) | v1045(constB4) | (~v1044(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB3, constB4)) | v1045(constB4) | (~v1044(constB4)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5044,plain,
% 127.08/79.65 (((~nextState(constB3, constB4)) | (~v1044(constB4)) | v1045(constB4)) <=> ((~nextState(constB3, constB4)) | v1045(constB4) | (~v1044(constB4)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5045,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB3, constB4)) | (~v1044(constB4)) | v1045(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB3, constB4)) | v1045(constB4) | (~v1044(constB4))))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5044])).
% 127.08/79.65 tff(5046,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB3, constB4)) | (~v1044(constB4)) | v1045(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB3, constB4)) | v1045(constB4) | (~v1044(constB4)))),
% 127.08/79.65 inference(transitivity,[status(thm)],[5045, 5043])).
% 127.08/79.65 tff(5047,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB3, constB4)) | (~v1044(constB4)) | v1045(constB4))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5048,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB3, constB4)) | v1045(constB4) | (~v1044(constB4))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5047, 5046])).
% 127.08/79.65 tff(5049,plain,
% 127.08/79.65 (v1045(constB4) | (~v1044(constB4))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5048, 1597, 71])).
% 127.08/79.65 tff(5050,plain,
% 127.08/79.65 (~v1044(constB4)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5049, 5042])).
% 127.08/79.65 tff(5051,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v1044(constB4) | v7(constB4, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v1044(constB4) | v7(constB4, bitIndex0))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5052,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v1044(constB4) | v7(constB4, bitIndex0))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5053,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v1044(constB4) | v7(constB4, bitIndex0)),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5052, 5051])).
% 127.08/79.65 tff(5054,plain,
% 127.08/79.65 ((~v7(constB3, bitIndex0)) | v1044(constB4) | v7(constB4, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5053, 1615, 71])).
% 127.08/79.65 tff(5055,plain,
% 127.08/79.65 ((~v7(constB3, bitIndex0)) | v7(constB4, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5054, 5050])).
% 127.08/79.65 tff(5056,plain,
% 127.08/79.65 (~v7(constB3, bitIndex0)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5055, 5038])).
% 127.08/79.65 tff(5057,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB2, constB3)) | v1047(constB3) | v934(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB2, constB3)) | v1047(constB3) | v934(constB3))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5058,plain,
% 127.08/79.65 (((~nextState(constB2, constB3)) | v934(constB3) | v1047(constB3)) <=> ((~nextState(constB2, constB3)) | v1047(constB3) | v934(constB3))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5059,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v1047(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB2, constB3)) | v1047(constB3) | v934(constB3)))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5058])).
% 127.08/79.65 tff(5060,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v1047(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB2, constB3)) | v1047(constB3) | v934(constB3))),
% 127.08/79.65 inference(transitivity,[status(thm)],[5059, 5057])).
% 127.08/79.65 tff(5061,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v1047(constB3))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5062,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB2, constB3)) | v1047(constB3) | v934(constB3)),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5061, 5060])).
% 127.08/79.65 tff(5063,plain,
% 127.08/79.65 (v1047(constB3) | v934(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5062, 1392, 61])).
% 127.08/79.65 tff(5064,plain,
% 127.08/79.65 (v1047(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5063, 3632])).
% 127.08/79.65 tff(5065,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB2, constB3)) | v1045(constB3) | (~v1(constB3)) | (~v1047(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB2, constB3)) | v1045(constB3) | (~v1(constB3)) | (~v1047(constB3)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5066,plain,
% 127.08/79.65 (((~nextState(constB2, constB3)) | (~v1(constB3)) | v1045(constB3) | (~v1047(constB3))) <=> ((~nextState(constB2, constB3)) | v1045(constB3) | (~v1(constB3)) | (~v1047(constB3)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5067,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v1045(constB3) | (~v1047(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB2, constB3)) | v1045(constB3) | (~v1(constB3)) | (~v1047(constB3))))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5066])).
% 127.08/79.65 tff(5068,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v1045(constB3) | (~v1047(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB2, constB3)) | v1045(constB3) | (~v1(constB3)) | (~v1047(constB3)))),
% 127.08/79.65 inference(transitivity,[status(thm)],[5067, 5065])).
% 127.08/79.65 tff(5069,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v1045(constB3) | (~v1047(constB3)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5070,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB2, constB3)) | v1045(constB3) | (~v1(constB3)) | (~v1047(constB3))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5069, 5068])).
% 127.08/79.65 tff(5071,plain,
% 127.08/79.65 (v1045(constB3) | (~v1047(constB3))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5070, 1417, 61, 68])).
% 127.08/79.65 tff(5072,plain,
% 127.08/79.65 (v1045(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5071, 5064])).
% 127.08/79.65 tff(5073,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB2, constB3)) | v1044(constB3) | (~v1045(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB2, constB3)) | v1044(constB3) | (~v1045(constB3)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5074,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB2, constB3)) | v1044(constB3) | (~v1045(constB3)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5075,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB2, constB3)) | v1044(constB3) | (~v1045(constB3))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5074, 5073])).
% 127.08/79.65 tff(5076,plain,
% 127.08/79.65 (v1044(constB3) | (~v1045(constB3))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5075, 1435, 61])).
% 127.08/79.65 tff(5077,plain,
% 127.08/79.65 (v1044(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5076, 5072])).
% 127.08/79.65 tff(5078,plain,
% 127.08/79.65 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB3, bitIndex0) | (~v1052(constB3)) | (~v1044(constB3)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB3, bitIndex0) | (~v1052(constB3)) | (~v1044(constB3)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5079,plain,
% 127.08/79.65 ((v7(constB3, bitIndex0) | (~v1044(constB3)) | (~v1052(constB3))) <=> (v7(constB3, bitIndex0) | (~v1052(constB3)) | (~v1044(constB3)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5080,plain,
% 127.08/79.65 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB3, bitIndex0) | (~v1044(constB3)) | (~v1052(constB3)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB3, bitIndex0) | (~v1052(constB3)) | (~v1044(constB3))))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5079])).
% 127.08/79.65 tff(5081,plain,
% 127.08/79.65 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB3, bitIndex0) | (~v1044(constB3)) | (~v1052(constB3)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB3, bitIndex0) | (~v1052(constB3)) | (~v1044(constB3)))),
% 127.08/79.65 inference(transitivity,[status(thm)],[5080, 5078])).
% 127.08/79.65 tff(5082,plain,
% 127.08/79.65 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB3, bitIndex0) | (~v1044(constB3)) | (~v1052(constB3)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5083,plain,
% 127.08/79.65 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB3, bitIndex0) | (~v1052(constB3)) | (~v1044(constB3))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5082, 5081])).
% 127.08/79.65 tff(5084,plain,
% 127.08/79.65 (v7(constB3, bitIndex0) | (~v1052(constB3))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5083, 1450, 5077])).
% 127.08/79.65 tff(5085,plain,
% 127.08/79.65 (~v1052(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5084, 5056])).
% 127.08/79.65 tff(5086,plain,
% 127.08/79.65 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB2, constB3)) | (~v1050(constB2)) | v1052(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB2, constB3)) | (~v1050(constB2)) | v1052(constB3))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5087,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB2, constB3)) | (~v1050(constB2)) | v1052(constB3))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5088,plain,
% 127.08/79.65 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB2, constB3)) | (~v1050(constB2)) | v1052(constB3)),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5087, 5086])).
% 127.08/79.65 tff(5089,plain,
% 127.08/79.65 ((~v1050(constB2)) | v1052(constB3)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5088, 1468, 61])).
% 127.08/79.65 tff(5090,plain,
% 127.08/79.65 (~v1050(constB2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5089, 5085])).
% 127.08/79.65 tff(5091,plain,
% 127.08/79.65 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB2) | v11(constB2))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB2) | v11(constB2))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5092,plain,
% 127.08/79.65 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB2) | v11(constB2))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5093,plain,
% 127.08/79.65 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB2) | v11(constB2)),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5092, 5091])).
% 127.08/79.65 tff(5094,plain,
% 127.08/79.65 ($false),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5093, 1480, 5090, 2730])).
% 127.08/79.65 tff(5095,plain,(v11(constB2) | v13(constB4, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.65 tff(5096,plain,
% 127.08/79.65 (v11(constB2)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5095, 5030])).
% 127.08/79.65 tff(5097,plain,
% 127.08/79.65 (v1017(constB2, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4311, 1124, 5096, 5012])).
% 127.08/79.65 tff(5098,assumption,(~v1019(constB3, bitIndex1)), introduced(assumption)).
% 127.08/79.65 tff(5099,assumption,(v1017(constB2, bitIndex1)), introduced(assumption)).
% 127.08/79.65 tff(5100,plain,
% 127.08/79.65 ($false),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4237, 422, 61, 5099, 5098])).
% 127.08/79.65 tff(5101,plain,(v1019(constB3, bitIndex1) | (~v1017(constB2, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.08/79.65 tff(5102,plain,
% 127.08/79.65 (v1019(constB3, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5101, 5097])).
% 127.08/79.65 tff(5103,plain,
% 127.08/79.65 (v17(constB3, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4233, 405, 4182, 5102])).
% 127.08/79.65 tff(5104,assumption,(v17(constB3, bitIndex1)), introduced(assumption)).
% 127.08/79.65 tff(5105,assumption,(~v17(constB4, bitIndex1)), introduced(assumption)).
% 127.08/79.65 tff(5106,plain,
% 127.08/79.65 ($false),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[4226, 492, 71, 4159, 5105, 5104])).
% 127.08/79.65 tff(5107,plain,(v17(constB4, bitIndex1) | (~v17(constB3, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.08/79.65 tff(5108,plain,
% 127.08/79.65 (v17(constB4, bitIndex1)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5107, 5103])).
% 127.08/79.65 tff(5109,plain,
% 127.08/79.65 (^[VarCurr: $i] : refl(((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))),
% 127.08/79.65 inference(bind,[status(th)],[])).
% 127.08/79.65 tff(5110,plain,
% 127.08/79.65 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(quant_intro,[status(thm)],[5109])).
% 127.08/79.65 tff(5111,plain,
% 127.08/79.65 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5112,plain,
% 127.08/79.65 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex1))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex1))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex1))) <=> ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex1))) <=> ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))))),
% 127.08/79.65 inference(bind,[status(th)],[])).
% 127.08/79.65 tff(5113,plain,
% 127.08/79.65 (![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(quant_intro,[status(thm)],[5112])).
% 127.08/79.65 tff(5114,axiom,(![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16674')).
% 127.08/79.65 tff(5115,plain,
% 127.08/79.65 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5114, 5113])).
% 127.08/79.65 tff(5116,plain,
% 127.08/79.65 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5115, 5111])).
% 127.08/79.65 tff(5117,plain,(
% 127.08/79.65 ![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(skolemize,[status(sab)],[5116])).
% 127.08/79.65 tff(5118,plain,
% 127.08/79.65 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5117, 5110])).
% 127.08/79.65 tff(5119,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5120,plain,
% 127.08/79.65 (((~v17(constB4, bitIndex1)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4))) <=> ((~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5121,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB4, bitIndex1)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1))))),
% 127.08/79.65 inference(monotonicity,[status(thm)],[5120])).
% 127.08/79.65 tff(5122,plain,
% 127.08/79.65 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB4, bitIndex1)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1)))),
% 127.08/79.65 inference(transitivity,[status(thm)],[5121, 5119])).
% 127.08/79.65 tff(5123,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB4, bitIndex1)) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.08/79.65 inference(quant_inst,[status(thm)],[])).
% 127.08/79.65 tff(5124,plain,
% 127.08/79.65 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1))),
% 127.08/79.65 inference(modus_ponens,[status(thm)],[5123, 5122])).
% 127.08/79.65 tff(5125,plain,
% 127.08/79.65 ((~v13(constB4, bitIndex1)) | (~sP959(constB4)) | (~v17(constB4, bitIndex1))),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5124, 5118, 4978])).
% 127.08/79.65 tff(5126,plain,
% 127.08/79.65 (~sP959(constB4)),
% 127.08/79.65 inference(unit_resolution,[status(thm)],[5125, 5108, 4138])).
% 127.08/79.65 tff(5127,plain,
% 127.08/79.65 (^[VarCurr: $i] : refl((sP959(VarCurr) | (~v17(VarCurr, bitIndex1))) <=> (sP959(VarCurr) | (~v17(VarCurr, bitIndex1))))),
% 127.08/79.65 inference(bind,[status(th)],[])).
% 127.08/79.65 tff(5128,plain,
% 127.08/79.65 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.65 inference(quant_intro,[status(thm)],[5127])).
% 127.08/79.65 tff(5129,plain,
% 127.08/79.65 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.65 inference(rewrite,[status(thm)],[])).
% 127.08/79.65 tff(5130,axiom,(![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16682')).
% 127.08/79.66 tff(5131,plain,
% 127.08/79.66 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5130, 5129])).
% 127.08/79.66 tff(5132,plain,(
% 127.08/79.66 ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.66 inference(skolemize,[status(sab)],[5131])).
% 127.08/79.66 tff(5133,plain,
% 127.08/79.66 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5132, 5128])).
% 127.08/79.66 tff(5134,plain,
% 127.08/79.66 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB4) | (~v17(constB4, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB4) | (~v17(constB4, bitIndex1)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5135,plain,
% 127.08/79.66 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB4) | (~v17(constB4, bitIndex1)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5136,plain,
% 127.08/79.66 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB4) | (~v17(constB4, bitIndex1))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5135, 5134])).
% 127.08/79.66 tff(5137,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5136, 5133, 5108, 5126])).
% 127.08/79.66 tff(5138,plain,((~(constB6 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5139,plain,
% 127.08/79.66 (~(constB6 = sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5138, 1245])).
% 127.08/79.66 tff(5140,assumption,(constB3 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.66 tff(5141,plain,
% 127.08/79.66 (v1052(constB3) <=> v1052(sK952_VarCurr)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5140])).
% 127.08/79.66 tff(5142,plain,
% 127.08/79.66 (v1052(sK952_VarCurr) <=> v1052(constB3)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5141])).
% 127.08/79.66 tff(5143,plain,
% 127.08/79.66 ((~v1052(sK952_VarCurr)) <=> (~v1052(constB3))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5142])).
% 127.08/79.66 tff(5144,plain,
% 127.08/79.66 (v1044(constB3) <=> v1044(sK952_VarCurr)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5140])).
% 127.08/79.66 tff(5145,plain,
% 127.08/79.66 (v1044(sK952_VarCurr) <=> v1044(constB3)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5144])).
% 127.08/79.66 tff(5146,plain,
% 127.08/79.66 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB3))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5145])).
% 127.08/79.66 tff(5147,assumption,(~v1044(sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5148,plain,
% 127.08/79.66 (~v1044(constB3)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5147, 5146])).
% 127.08/79.66 tff(5149,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5077, 5148])).
% 127.08/79.66 tff(5150,plain,((~(constB3 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5151,plain,
% 127.08/79.66 (v1044(sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5150, 5140])).
% 127.08/79.66 tff(5152,plain,
% 127.08/79.66 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(sK952_VarCurr, bitIndex0) | (~v1044(sK952_VarCurr)) | (~v1052(sK952_VarCurr)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(sK952_VarCurr, bitIndex0) | (~v1044(sK952_VarCurr)) | (~v1052(sK952_VarCurr)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5153,plain,
% 127.08/79.66 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(sK952_VarCurr, bitIndex0) | (~v1044(sK952_VarCurr)) | (~v1052(sK952_VarCurr)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5154,plain,
% 127.08/79.66 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(sK952_VarCurr, bitIndex0) | (~v1044(sK952_VarCurr)) | (~v1052(sK952_VarCurr))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5153, 5152])).
% 127.08/79.66 tff(5155,plain,
% 127.08/79.66 ((~v1044(sK952_VarCurr)) | (~v1052(sK952_VarCurr))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5154, 1450, 1245])).
% 127.08/79.66 tff(5156,plain,
% 127.08/79.66 (~v1052(sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5155, 5151])).
% 127.08/79.66 tff(5157,plain,
% 127.08/79.66 (~v1052(constB3)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5156, 5143])).
% 127.08/79.66 tff(5158,plain,
% 127.08/79.66 (~v1050(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5089, 5157])).
% 127.08/79.66 tff(5159,assumption,(v13(constB2, bitIndex0)), introduced(assumption)).
% 127.08/79.66 tff(5160,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB2) | (~v11(constB2)) | (~v13(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB2) | (~v11(constB2)) | (~v13(constB2, bitIndex0)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5161,plain,
% 127.08/79.66 (((~v11(constB2)) | v1050(constB2) | (~v13(constB2, bitIndex0))) <=> (v1050(constB2) | (~v11(constB2)) | (~v13(constB2, bitIndex0)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5162,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB2)) | v1050(constB2) | (~v13(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB2) | (~v11(constB2)) | (~v13(constB2, bitIndex0))))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5161])).
% 127.08/79.66 tff(5163,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB2)) | v1050(constB2) | (~v13(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB2) | (~v11(constB2)) | (~v13(constB2, bitIndex0)))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5162, 5160])).
% 127.08/79.66 tff(5164,plain,
% 127.08/79.66 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB2)) | v1050(constB2) | (~v13(constB2, bitIndex0)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5165,plain,
% 127.08/79.66 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB2) | (~v11(constB2)) | (~v13(constB2, bitIndex0))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5164, 5163])).
% 127.08/79.66 tff(5166,plain,
% 127.08/79.66 (v1050(constB2) | (~v11(constB2))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5165, 2000, 5159])).
% 127.08/79.66 tff(5167,plain,
% 127.08/79.66 (~v11(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5166, 5158])).
% 127.08/79.66 tff(5168,plain,
% 127.08/79.66 (v956(constB3, bitIndex0) <=> v956(sK952_VarCurr, bitIndex0)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5140])).
% 127.08/79.66 tff(5169,plain,
% 127.08/79.66 (v956(sK952_VarCurr, bitIndex0) <=> v956(constB3, bitIndex0)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5168])).
% 127.08/79.66 tff(5170,plain,
% 127.08/79.66 (v956(constB3, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[1520, 5169])).
% 127.08/79.66 tff(5171,plain,
% 127.08/79.66 (v940(constB3, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3655, 5170])).
% 127.08/79.66 tff(5172,plain,
% 127.08/79.66 (v938(constB2, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3622, 5171])).
% 127.08/79.66 tff(5173,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[2735, 5172, 5167])).
% 127.08/79.66 tff(5174,plain,((~(constB3 = sK952_VarCurr)) | (~v13(constB2, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5175,plain,
% 127.08/79.66 (~v13(constB2, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5174, 5140, 1245])).
% 127.08/79.66 tff(5176,plain,
% 127.08/79.66 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB0) | v11(constB0))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB0) | v11(constB0))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5177,plain,
% 127.08/79.66 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB0) | v11(constB0))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5178,plain,
% 127.08/79.66 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB0) | v11(constB0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5177, 5176])).
% 127.08/79.66 tff(5179,plain,
% 127.08/79.66 (v1050(constB0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5178, 1480, 2738])).
% 127.08/79.66 tff(5180,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB0, constB1)) | (~v1050(constB0)) | v1052(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB0, constB1)) | (~v1050(constB0)) | v1052(constB1))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5181,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB0, constB1)) | (~v1050(constB0)) | v1052(constB1))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5182,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB0, constB1)) | (~v1050(constB0)) | v1052(constB1)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5181, 5180])).
% 127.08/79.66 tff(5183,plain,
% 127.08/79.66 ((~v1050(constB0)) | v1052(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5182, 1468, 18])).
% 127.08/79.66 tff(5184,plain,
% 127.08/79.66 (v1052(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5183, 5179])).
% 127.08/79.66 tff(5185,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB0, constB1)) | v1047(constB1) | v934(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB0, constB1)) | v1047(constB1) | v934(constB1))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5186,plain,
% 127.08/79.66 (((~nextState(constB0, constB1)) | v934(constB1) | v1047(constB1)) <=> ((~nextState(constB0, constB1)) | v1047(constB1) | v934(constB1))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5187,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v1047(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB0, constB1)) | v1047(constB1) | v934(constB1)))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5186])).
% 127.08/79.66 tff(5188,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v1047(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB0, constB1)) | v1047(constB1) | v934(constB1))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5187, 5185])).
% 127.08/79.66 tff(5189,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB0, constB1)) | v934(constB1) | v1047(constB1))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5190,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB0, constB1)) | v1047(constB1) | v934(constB1)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5189, 5188])).
% 127.08/79.66 tff(5191,plain,
% 127.08/79.66 (v1047(constB1) | v934(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5190, 1392, 18])).
% 127.08/79.66 tff(5192,plain,
% 127.08/79.66 (v1047(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5191, 3163])).
% 127.08/79.66 tff(5193,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB0, constB1)) | v1045(constB1) | (~v1(constB1)) | (~v1047(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB0, constB1)) | v1045(constB1) | (~v1(constB1)) | (~v1047(constB1)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5194,plain,
% 127.08/79.66 (((~nextState(constB0, constB1)) | (~v1(constB1)) | v1045(constB1) | (~v1047(constB1))) <=> ((~nextState(constB0, constB1)) | v1045(constB1) | (~v1(constB1)) | (~v1047(constB1)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5195,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v1045(constB1) | (~v1047(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB0, constB1)) | v1045(constB1) | (~v1(constB1)) | (~v1047(constB1))))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5194])).
% 127.08/79.66 tff(5196,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v1045(constB1) | (~v1047(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB0, constB1)) | v1045(constB1) | (~v1(constB1)) | (~v1047(constB1)))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5195, 5193])).
% 127.08/79.66 tff(5197,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v1045(constB1) | (~v1047(constB1)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5198,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB0, constB1)) | v1045(constB1) | (~v1(constB1)) | (~v1047(constB1))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5197, 5196])).
% 127.08/79.66 tff(5199,plain,
% 127.08/79.66 (v1045(constB1) | (~v1047(constB1))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5198, 1417, 18, 38])).
% 127.08/79.66 tff(5200,plain,
% 127.08/79.66 (v1045(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5199, 5192])).
% 127.08/79.66 tff(5201,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB0, constB1)) | v1044(constB1) | (~v1045(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB0, constB1)) | v1044(constB1) | (~v1045(constB1)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5202,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB0, constB1)) | v1044(constB1) | (~v1045(constB1)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5203,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB0, constB1)) | v1044(constB1) | (~v1045(constB1))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5202, 5201])).
% 127.08/79.66 tff(5204,plain,
% 127.08/79.66 (v1044(constB1) | (~v1045(constB1))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5203, 1435, 18])).
% 127.08/79.66 tff(5205,plain,
% 127.08/79.66 (v1044(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5204, 5200])).
% 127.08/79.66 tff(5206,plain,
% 127.08/79.66 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB1, bitIndex0) | (~v1052(constB1)) | (~v1044(constB1)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB1, bitIndex0) | (~v1052(constB1)) | (~v1044(constB1)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5207,plain,
% 127.08/79.66 ((v7(constB1, bitIndex0) | (~v1044(constB1)) | (~v1052(constB1))) <=> (v7(constB1, bitIndex0) | (~v1052(constB1)) | (~v1044(constB1)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5208,plain,
% 127.08/79.66 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB1, bitIndex0) | (~v1044(constB1)) | (~v1052(constB1)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB1, bitIndex0) | (~v1052(constB1)) | (~v1044(constB1))))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5207])).
% 127.08/79.66 tff(5209,plain,
% 127.08/79.66 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB1, bitIndex0) | (~v1044(constB1)) | (~v1052(constB1)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB1, bitIndex0) | (~v1052(constB1)) | (~v1044(constB1)))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5208, 5206])).
% 127.08/79.66 tff(5210,plain,
% 127.08/79.66 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB1, bitIndex0) | (~v1044(constB1)) | (~v1052(constB1)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5211,plain,
% 127.08/79.66 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB1, bitIndex0) | (~v1052(constB1)) | (~v1044(constB1))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5210, 5209])).
% 127.08/79.66 tff(5212,plain,
% 127.08/79.66 (v7(constB1, bitIndex0) | (~v1052(constB1))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5211, 1450, 5205])).
% 127.08/79.66 tff(5213,plain,
% 127.08/79.66 (v7(constB1, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5212, 5184])).
% 127.08/79.66 tff(5214,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v1045(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v1045(constB2)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5215,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v1045(constB2)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5216,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v1045(constB2))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5215, 5214])).
% 127.08/79.66 tff(5217,plain,
% 127.08/79.66 (~v1045(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5216, 1583, 41, 58])).
% 127.08/79.66 tff(5218,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB1, constB2)) | v1045(constB2) | (~v1044(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB1, constB2)) | v1045(constB2) | (~v1044(constB2)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5219,plain,
% 127.08/79.66 (((~nextState(constB1, constB2)) | (~v1044(constB2)) | v1045(constB2)) <=> ((~nextState(constB1, constB2)) | v1045(constB2) | (~v1044(constB2)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5220,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB1, constB2)) | (~v1044(constB2)) | v1045(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB1, constB2)) | v1045(constB2) | (~v1044(constB2))))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5219])).
% 127.08/79.66 tff(5221,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB1, constB2)) | (~v1044(constB2)) | v1045(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB1, constB2)) | v1045(constB2) | (~v1044(constB2)))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5220, 5218])).
% 127.08/79.66 tff(5222,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB1, constB2)) | (~v1044(constB2)) | v1045(constB2))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5223,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB1, constB2)) | v1045(constB2) | (~v1044(constB2))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5222, 5221])).
% 127.08/79.66 tff(5224,plain,
% 127.08/79.66 (v1045(constB2) | (~v1044(constB2))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5223, 1597, 41])).
% 127.08/79.66 tff(5225,plain,
% 127.08/79.66 (~v1044(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5224, 5217])).
% 127.08/79.66 tff(5226,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~nextState(constB1, constB2)) | (~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~nextState(constB1, constB2)) | (~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5227,plain,
% 127.08/79.66 (((~v7(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v1044(constB2) | v7(constB2, bitIndex0)) <=> ((~nextState(constB1, constB2)) | (~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5228,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v1044(constB2) | v7(constB2, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~nextState(constB1, constB2)) | (~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0)))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5227])).
% 127.08/79.66 tff(5229,plain,
% 127.08/79.66 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v1044(constB2) | v7(constB2, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~nextState(constB1, constB2)) | (~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5228, 5226])).
% 127.08/79.66 tff(5230,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v1044(constB2) | v7(constB2, bitIndex0))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5231,plain,
% 127.08/79.66 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~nextState(constB1, constB2)) | (~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5230, 5229])).
% 127.08/79.66 tff(5232,plain,
% 127.08/79.66 ((~v7(constB1, bitIndex0)) | v1044(constB2) | v7(constB2, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5231, 1615, 41])).
% 127.08/79.66 tff(5233,plain,
% 127.08/79.66 ((~v7(constB1, bitIndex0)) | v7(constB2, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5232, 5225])).
% 127.08/79.66 tff(5234,plain,
% 127.08/79.66 (v7(constB2, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5233, 5213])).
% 127.08/79.66 tff(5235,assumption,(~v13(constB2, bitIndex0)), introduced(assumption)).
% 127.08/79.66 tff(5236,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB2)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB2)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex0))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5237,plain,
% 127.08/79.66 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB2)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex0))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5238,plain,
% 127.08/79.66 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB2)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5237, 5236])).
% 127.08/79.66 tff(5239,plain,
% 127.08/79.66 ((~v32(constB2)) | (~v7(constB2, bitIndex0))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5238, 1695, 5235])).
% 127.08/79.66 tff(5240,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5239, 4462, 5234])).
% 127.08/79.66 tff(5241,plain,(v11(constB0) | v13(constB2, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5242,plain,
% 127.08/79.66 (v11(constB0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5241, 5175])).
% 127.08/79.66 tff(5243,plain,
% 127.08/79.66 (~v938(constB0, bitIndex1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3144, 5242])).
% 127.08/79.66 tff(5244,plain,
% 127.08/79.66 (~v940(constB1, bitIndex1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3153, 5243])).
% 127.08/79.66 tff(5245,plain,
% 127.08/79.66 (~v929(constB1, bitIndex1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3186, 5244])).
% 127.08/79.66 tff(5246,plain,
% 127.08/79.66 (sP958(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3494, 5242])).
% 127.08/79.66 tff(5247,plain,
% 127.08/79.66 (v11(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[2735, 5172])).
% 127.08/79.66 tff(5248,plain,
% 127.08/79.66 (v13(constB2, bitIndex1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3612, 320, 5247, 5172])).
% 127.08/79.66 tff(5249,plain,
% 127.08/79.66 (~sP959(constB2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3608, 5248, 5246])).
% 127.08/79.66 tff(5250,plain,
% 127.08/79.66 (v7(constB2, bitIndex2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3217, 1871, 5249])).
% 127.08/79.66 tff(5251,plain,
% 127.08/79.66 (v7(constB1, bitIndex2)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3213, 5250])).
% 127.08/79.66 tff(5252,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[3191, 778, 5251, 5245])).
% 127.08/79.66 tff(5253,plain,((~(constB3 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5254,plain,
% 127.08/79.66 (~(constB3 = sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5253, 1245])).
% 127.08/79.66 tff(5255,assumption,(constB17 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.66 tff(5256,plain,
% 127.08/79.66 (v7(constB17, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5255])).
% 127.08/79.66 tff(5257,plain,
% 127.08/79.66 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB17, bitIndex0)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5256])).
% 127.08/79.66 tff(5258,plain,
% 127.08/79.66 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB17, bitIndex0))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5257])).
% 127.08/79.66 tff(5259,plain,
% 127.08/79.66 (~v7(constB17, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[1245, 5258])).
% 127.08/79.66 tff(5260,assumption,(v7(constB17, bitIndex0)), introduced(assumption)).
% 127.08/79.66 tff(5261,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5260, 5259])).
% 127.08/79.66 tff(5262,plain,((~(constB17 = sK952_VarCurr)) | (~v7(constB17, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5263,plain,
% 127.08/79.66 (~(constB17 = sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5262, 3760, 1245])).
% 127.08/79.66 tff(5264,assumption,(constB18 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.66 tff(5265,plain,
% 127.08/79.66 (v7(constB18, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5264])).
% 127.08/79.66 tff(5266,plain,
% 127.08/79.66 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB18, bitIndex0)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5265])).
% 127.08/79.66 tff(5267,plain,
% 127.08/79.66 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB18, bitIndex0))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5266])).
% 127.08/79.66 tff(5268,plain,
% 127.08/79.66 (~v7(constB18, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[1245, 5267])).
% 127.08/79.66 tff(5269,assumption,(v7(constB18, bitIndex0)), introduced(assumption)).
% 127.08/79.66 tff(5270,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5269, 5268])).
% 127.08/79.66 tff(5271,plain,((~(constB18 = sK952_VarCurr)) | (~v7(constB18, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5272,plain,
% 127.08/79.66 (~(constB18 = sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5271, 3788, 1245])).
% 127.08/79.66 tff(5273,assumption,(constB0 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.66 tff(5274,plain,
% 127.08/79.66 (v7(constB0, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5273])).
% 127.08/79.66 tff(5275,plain,
% 127.08/79.66 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB0, bitIndex0)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5274])).
% 127.08/79.66 tff(5276,plain,
% 127.08/79.66 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB0, bitIndex0))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5275])).
% 127.08/79.66 tff(5277,plain,
% 127.08/79.66 (~v7(constB0, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[1245, 5276])).
% 127.08/79.66 tff(5278,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[2770, 5277])).
% 127.08/79.66 tff(5279,plain,((~(constB0 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5280,plain,
% 127.08/79.66 (~(constB0 = sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5279, 1245])).
% 127.08/79.66 tff(5281,assumption,(~(constB6 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5282,assumption,(~(constB20 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5283,assumption,(~(constB4 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5284,assumption,(~(constB18 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5285,assumption,(~v1050(constB0)), introduced(assumption)).
% 127.08/79.66 tff(5286,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB0, bitIndex0)) | v1050(constB0) | (~v11(constB0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB0, bitIndex0)) | v1050(constB0) | (~v11(constB0)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5287,plain,
% 127.08/79.66 (((~v11(constB0)) | v1050(constB0) | (~v13(constB0, bitIndex0))) <=> ((~v13(constB0, bitIndex0)) | v1050(constB0) | (~v11(constB0)))),
% 127.08/79.66 inference(rewrite,[status(thm)],[])).
% 127.08/79.66 tff(5288,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB0)) | v1050(constB0) | (~v13(constB0, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB0, bitIndex0)) | v1050(constB0) | (~v11(constB0))))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5287])).
% 127.08/79.66 tff(5289,plain,
% 127.08/79.66 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB0)) | v1050(constB0) | (~v13(constB0, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB0, bitIndex0)) | v1050(constB0) | (~v11(constB0)))),
% 127.08/79.66 inference(transitivity,[status(thm)],[5288, 5286])).
% 127.08/79.66 tff(5290,plain,
% 127.08/79.66 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB0)) | v1050(constB0) | (~v13(constB0, bitIndex0)))),
% 127.08/79.66 inference(quant_inst,[status(thm)],[])).
% 127.08/79.66 tff(5291,plain,
% 127.08/79.66 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB0, bitIndex0)) | v1050(constB0) | (~v11(constB0))),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[5290, 5289])).
% 127.08/79.66 tff(5292,plain,
% 127.08/79.66 (v1050(constB0) | (~v11(constB0))),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5291, 2000, 3111])).
% 127.08/79.66 tff(5293,plain,
% 127.08/79.66 (~v11(constB0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5292, 5285])).
% 127.08/79.66 tff(5294,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5178, 1480, 5285, 5293])).
% 127.08/79.66 tff(5295,plain,(v1050(constB0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5296,plain,
% 127.08/79.66 (v1052(constB1)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5183, 5295])).
% 127.08/79.66 tff(5297,plain,
% 127.08/79.66 (v7(constB1, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5212, 5296])).
% 127.08/79.66 tff(5298,plain,
% 127.08/79.66 (v7(constB2, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5233, 5297])).
% 127.08/79.66 tff(5299,assumption,(constB2 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.66 tff(5300,plain,
% 127.08/79.66 (v7(constB2, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5299])).
% 127.08/79.66 tff(5301,plain,
% 127.08/79.66 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB2, bitIndex0)),
% 127.08/79.66 inference(symmetry,[status(thm)],[5300])).
% 127.08/79.66 tff(5302,plain,
% 127.08/79.66 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB2, bitIndex0))),
% 127.08/79.66 inference(monotonicity,[status(thm)],[5301])).
% 127.08/79.66 tff(5303,plain,
% 127.08/79.66 (~v7(constB2, bitIndex0)),
% 127.08/79.66 inference(modus_ponens,[status(thm)],[1245, 5302])).
% 127.08/79.66 tff(5304,assumption,(v7(constB2, bitIndex0)), introduced(assumption)).
% 127.08/79.66 tff(5305,plain,
% 127.08/79.66 ($false),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5304, 5303])).
% 127.08/79.66 tff(5306,plain,((~(constB2 = sK952_VarCurr)) | (~v7(constB2, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.66 tff(5307,plain,
% 127.08/79.66 ((~(constB2 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5306, 5298])).
% 127.08/79.66 tff(5308,plain,
% 127.08/79.66 (~(constB2 = sK952_VarCurr)),
% 127.08/79.66 inference(unit_resolution,[status(thm)],[5307, 1245])).
% 127.08/79.66 tff(5309,assumption,(~(constB16 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5310,assumption,(~(constB19 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.66 tff(5311,assumption,(constB1 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.66 tff(5312,plain,
% 127.08/79.66 (v7(constB1, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.67 inference(monotonicity,[status(thm)],[5311])).
% 127.08/79.67 tff(5313,plain,
% 127.08/79.67 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB1, bitIndex0)),
% 127.08/79.67 inference(symmetry,[status(thm)],[5312])).
% 127.08/79.67 tff(5314,plain,
% 127.08/79.67 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB1, bitIndex0))),
% 127.08/79.67 inference(monotonicity,[status(thm)],[5313])).
% 127.08/79.67 tff(5315,plain,
% 127.08/79.67 (~v7(constB1, bitIndex0)),
% 127.08/79.67 inference(modus_ponens,[status(thm)],[1245, 5314])).
% 127.08/79.67 tff(5316,assumption,(v7(constB1, bitIndex0)), introduced(assumption)).
% 127.08/79.67 tff(5317,plain,
% 127.08/79.67 ($false),
% 127.08/79.67 inference(unit_resolution,[status(thm)],[5316, 5315])).
% 127.08/79.67 tff(5318,plain,((~(constB1 = sK952_VarCurr)) | (~v7(constB1, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.08/79.67 tff(5319,plain,
% 127.08/79.67 ((~(constB1 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)),
% 127.08/79.67 inference(unit_resolution,[status(thm)],[5318, 5297])).
% 127.08/79.67 tff(5320,plain,
% 127.08/79.67 (~(constB1 = sK952_VarCurr)),
% 127.08/79.67 inference(unit_resolution,[status(thm)],[5319, 1245])).
% 127.08/79.67 tff(5321,assumption,(~(constB17 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.67 tff(5322,assumption,(~(constB3 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.67 tff(5323,assumption,(~(constB11 = sK952_VarCurr)), introduced(assumption)).
% 127.08/79.67 tff(5324,assumption,(constB12 = sK952_VarCurr), introduced(assumption)).
% 127.08/79.67 tff(5325,plain,
% 127.08/79.67 (v7(constB12, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.08/79.67 inference(monotonicity,[status(thm)],[5324])).
% 127.08/79.67 tff(5326,plain,
% 127.08/79.67 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB12, bitIndex1)),
% 127.08/79.67 inference(symmetry,[status(thm)],[5325])).
% 127.08/79.67 tff(5327,plain,
% 127.08/79.67 (v7(constB12, bitIndex1)),
% 127.08/79.67 inference(modus_ponens,[status(thm)],[11, 5326])).
% 127.08/79.67 tff(5328,plain,
% 127.08/79.67 ($false),
% 127.08/79.67 inference(unit_resolution,[status(thm)],[1703, 5327])).
% 127.08/79.67 tff(5329,plain,((~(constB12 = sK952_VarCurr)) | v7(constB12, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.08/79.67 tff(5330,plain,
% 127.08/79.67 (~(constB12 = sK952_VarCurr)),
% 127.08/79.67 inference(unit_resolution,[status(thm)],[5329, 1343, 1516])).
% 127.08/79.67 tff(5331,plain,
% 127.08/79.67 (^[VarState: $i] : refl(((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) <=> ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))),
% 127.08/79.67 inference(bind,[status(th)],[])).
% 127.08/79.67 tff(5332,plain,
% 127.08/79.67 (![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) <=> ![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.08/79.67 inference(quant_intro,[status(thm)],[5331])).
% 127.08/79.67 tff(5333,plain,
% 127.08/79.67 (![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) <=> ![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.08/79.67 inference(rewrite,[status(thm)],[])).
% 127.08/79.67 tff(5334,plain,
% 127.08/79.67 (^[VarState: $i] : trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(rewrite(((constB20 = VarState) | (constB19 = VarState)) <=> ((constB19 = VarState) | (constB20 = VarState))), ((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) <=> (((constB19 = VarState) | (constB20 = VarState)) | (constB18 = VarState)))), rewrite((((constB19 = VarState) | (constB20 = VarState)) | (constB18 = VarState)) <=> ((constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) <=> ((constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) <=> (((constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB17 = VarState)))), rewrite((((constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB17 = VarState)) <=> ((constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) <=> ((constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) <=> (((constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB16 = VarState)))), rewrite((((constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB16 = VarState)) <=> ((constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) <=> ((constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) <=> (((constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB15 = VarState)))), rewrite((((constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB15 = VarState)) <=> ((constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) <=> ((constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) <=> (((constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB14 = VarState)))), rewrite((((constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB14 = VarState)) <=> ((constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) <=> ((constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) <=> (((constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB13 = VarState)))), rewrite((((constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB13 = VarState)) <=> ((constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) <=> ((constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) <=> (((constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB12 = VarState)))), rewrite((((constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB12 = VarState)) <=> ((constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) <=> ((constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) <=> (((constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB11 = VarState)))), rewrite((((constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB11 = VarState)) <=> ((constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) <=> ((constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) <=> (((constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB10 = VarState)))), rewrite((((constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB10 = VarState)) <=> ((constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) <=> ((constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) <=> (((constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB9 = VarState)))), rewrite((((constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB9 = VarState)) <=> ((constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) <=> ((constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) <=> (((constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB8 = VarState)))), rewrite((((constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB8 = VarState)) <=> ((constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) <=> ((constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) <=> (((constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB7 = VarState)))), rewrite((((constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB7 = VarState)) <=> ((constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) <=> ((constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) <=> (((constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB6 = VarState)))), rewrite((((constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB6 = VarState)) <=> ((constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) <=> ((constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) <=> (((constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB5 = VarState)))), rewrite((((constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB5 = VarState)) <=> ((constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) <=> ((constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) <=> (((constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB4 = VarState)))), rewrite((((constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB4 = VarState)) <=> ((constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) <=> ((constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) <=> (((constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB3 = VarState)))), rewrite((((constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB3 = VarState)) <=> ((constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) <=> ((constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) <=> (((constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB2 = VarState)))), rewrite((((constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB2 = VarState)) <=> ((constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) <=> ((constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) <=> (((constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB1 = VarState)))), rewrite((((constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB1 = VarState)) <=> ((constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) <=> ((constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), ((((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) | (constB0 = VarState)) <=> (((constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB0 = VarState)))), rewrite((((constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (constB0 = VarState)) <=> ((constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), ((((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) | (constB0 = VarState)) <=> ((constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)))), (((((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) | (constB0 = VarState)) | (~reachableState(VarState))) <=> (((constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (~reachableState(VarState))))), rewrite((((constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState)) | (~reachableState(VarState))) <=> ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))), (((((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) | (constB0 = VarState)) | (~reachableState(VarState))) <=> ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))))),
% 127.15/79.68 inference(bind,[status(th)],[])).
% 127.15/79.68 tff(5335,plain,
% 127.15/79.68 (![VarState: $i] : ((((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) | (constB0 = VarState)) | (~reachableState(VarState))) <=> ![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.15/79.68 inference(quant_intro,[status(thm)],[5334])).
% 127.15/79.68 tff(5336,axiom,(![VarState: $i] : ((((((((((((((((((((((constB20 = VarState) | (constB19 = VarState)) | (constB18 = VarState)) | (constB17 = VarState)) | (constB16 = VarState)) | (constB15 = VarState)) | (constB14 = VarState)) | (constB13 = VarState)) | (constB12 = VarState)) | (constB11 = VarState)) | (constB10 = VarState)) | (constB9 = VarState)) | (constB8 = VarState)) | (constB7 = VarState)) | (constB6 = VarState)) | (constB5 = VarState)) | (constB4 = VarState)) | (constB3 = VarState)) | (constB2 = VarState)) | (constB1 = VarState)) | (constB0 = VarState)) | (~reachableState(VarState)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16392')).
% 127.15/79.68 tff(5337,plain,
% 127.15/79.68 (![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.15/79.68 inference(modus_ponens,[status(thm)],[5336, 5335])).
% 127.15/79.68 tff(5338,plain,
% 127.15/79.68 (![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.15/79.68 inference(modus_ponens,[status(thm)],[5337, 5333])).
% 127.15/79.68 tff(5339,plain,(
% 127.15/79.68 ![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.15/79.68 inference(skolemize,[status(sab)],[5338])).
% 127.15/79.68 tff(5340,plain,
% 127.15/79.68 (![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))),
% 127.15/79.68 inference(modus_ponens,[status(thm)],[5339, 5332])).
% 127.15/79.68 tff(5341,plain,
% 127.15/79.68 (reachableState(sK952_VarCurr) <=> reachableState(sK952_VarCurr)),
% 127.15/79.68 inference(rewrite,[status(thm)],[])).
% 127.15/79.68 tff(5342,axiom,(reachableState(sK952_VarCurr)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16419')).
% 127.15/79.68 tff(5343,plain,
% 127.15/79.68 (reachableState(sK952_VarCurr)),
% 127.15/79.68 inference(modus_ponens,[status(thm)],[5342, 5341])).
% 127.15/79.68 tff(5344,plain,
% 127.15/79.68 (((~![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))) | ((~reachableState(sK952_VarCurr)) | (constB0 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr))) <=> ((~![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))) | (~reachableState(sK952_VarCurr)) | (constB0 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr))),
% 127.15/79.68 inference(rewrite,[status(thm)],[])).
% 127.15/79.68 tff(5345,plain,
% 127.15/79.68 ((~![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))) | ((~reachableState(sK952_VarCurr)) | (constB0 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr))),
% 127.15/79.68 inference(quant_inst,[status(thm)],[])).
% 127.15/79.68 tff(5346,plain,
% 127.15/79.68 ((~![VarState: $i] : ((~reachableState(VarState)) | (constB0 = VarState) | (constB1 = VarState) | (constB2 = VarState) | (constB3 = VarState) | (constB4 = VarState) | (constB5 = VarState) | (constB6 = VarState) | (constB7 = VarState) | (constB8 = VarState) | (constB9 = VarState) | (constB10 = VarState) | (constB11 = VarState) | (constB12 = VarState) | (constB13 = VarState) | (constB14 = VarState) | (constB15 = VarState) | (constB16 = VarState) | (constB17 = VarState) | (constB18 = VarState) | (constB19 = VarState) | (constB20 = VarState))) | (~reachableState(sK952_VarCurr)) | (constB0 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr)),
% 127.15/79.68 inference(modus_ponens,[status(thm)],[5345, 5344])).
% 127.15/79.68 tff(5347,plain,
% 127.15/79.68 ((constB0 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5346, 5343, 5340])).
% 127.15/79.69 tff(5348,plain,
% 127.15/79.69 (constB14 = sK952_VarCurr),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5347, 5330, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 5310, 2408, 5309, 5308, 5284, 5283, 5282, 5281, 5280, 4113, 3694])).
% 127.15/79.69 tff(5349,assumption,(constB14 = sK952_VarCurr), introduced(assumption)).
% 127.15/79.69 tff(5350,plain,
% 127.15/79.69 (v7(constB14, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5349])).
% 127.15/79.69 tff(5351,plain,
% 127.15/79.69 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB14, bitIndex2)),
% 127.15/79.69 inference(symmetry,[status(thm)],[5350])).
% 127.15/79.69 tff(5352,plain,
% 127.15/79.69 (v7(constB14, bitIndex2)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[2318, 5351])).
% 127.15/79.69 tff(5353,plain,
% 127.15/79.69 (v7(constB13, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2293, 5352])).
% 127.15/79.69 tff(5354,plain,
% 127.15/79.69 (v929(constB13, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2272, 5353])).
% 127.15/79.69 tff(5355,plain,
% 127.15/79.69 (v940(constB13, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2264, 5354])).
% 127.15/79.69 tff(5356,plain,
% 127.15/79.69 (v938(constB12, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2238, 5355])).
% 127.15/79.69 tff(5357,plain,
% 127.15/79.69 (~v11(constB12)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2230, 5356])).
% 127.15/79.69 tff(5358,plain,
% 127.15/79.69 (v7(constB14, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5349])).
% 127.15/79.69 tff(5359,plain,
% 127.15/79.69 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB14, bitIndex0)),
% 127.15/79.69 inference(symmetry,[status(thm)],[5358])).
% 127.15/79.69 tff(5360,plain,
% 127.15/79.69 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB14, bitIndex0))),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5359])).
% 127.15/79.69 tff(5361,plain,
% 127.15/79.69 (~v7(constB14, bitIndex0)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[1245, 5360])).
% 127.15/79.69 tff(5362,plain,
% 127.15/79.69 (~v7(constB13, bitIndex0)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2074, 5361])).
% 127.15/79.69 tff(5363,plain,
% 127.15/79.69 (~v1052(constB13)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2056, 5362])).
% 127.15/79.69 tff(5364,plain,
% 127.15/79.69 (~v1050(constB12)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2020, 5363])).
% 127.15/79.69 tff(5365,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2015, 1480, 5364, 5357])).
% 127.15/79.69 tff(5366,plain,((~(constB14 = sK952_VarCurr)) | v13(constB12, bitIndex2) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5367,plain,
% 127.15/79.69 (v13(constB12, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5366, 5348, 1245])).
% 127.15/79.69 tff(5368,plain,
% 127.15/79.69 (sP960(constB12)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[1810, 1804, 1773, 5367])).
% 127.15/79.69 tff(5369,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[1844, 1841, 1684, 5368])).
% 127.15/79.69 tff(5370,plain,(v11(constB10) | v7(sK952_VarCurr, bitIndex0) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5371,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5370, 5272, 5263, 5254, 5139, 4113, 4112, 2408, 4111, 4110, 4102, 3973, 3964, 3963, 2407, 1246, 3694, 3693, 1245])).
% 127.15/79.69 tff(5372,plain,(v11(constB16) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v11(constB10) | (constB10 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5373,plain,
% 127.15/79.69 (v11(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5372, 1246, 2728, 2408, 2644, 2617, 2407, 2570, 2409, 1245])).
% 127.15/79.69 tff(5374,assumption,(~v11(constB14)), introduced(assumption)).
% 127.15/79.69 tff(5375,plain,
% 127.15/79.69 (v1050(constB14)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[1483, 1480, 5374])).
% 127.15/79.69 tff(5376,plain,
% 127.15/79.69 (v1052(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[1472, 5375])).
% 127.15/79.69 tff(5377,plain,
% 127.15/79.69 (v7(constB15, bitIndex0)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[1457, 5376])).
% 127.15/79.69 tff(5378,plain,
% 127.15/79.69 (v7(constB16, bitIndex0)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[4044, 5377])).
% 127.15/79.69 tff(5379,plain,
% 127.15/79.69 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB14) | v763(constB14))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB14) | v763(constB14))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5380,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB14) | v763(constB14))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5381,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB14) | v763(constB14)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5380, 5379])).
% 127.15/79.69 tff(5382,plain,
% 127.15/79.69 (v763(constB14)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5381, 620, 5374])).
% 127.15/79.69 tff(5383,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB14, constB15)) | (~v763(constB14)) | v765(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB14, constB15)) | (~v763(constB14)) | v765(constB15))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5384,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB14, constB15)) | (~v763(constB14)) | v765(constB15))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5385,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB14, constB15)) | (~v763(constB14)) | v765(constB15)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5384, 5383])).
% 127.15/79.69 tff(5386,plain,
% 127.15/79.69 ((~v763(constB14)) | v765(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5385, 605, 1375])).
% 127.15/79.69 tff(5387,plain,
% 127.15/79.69 (v765(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5386, 5382])).
% 127.15/79.69 tff(5388,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB14, constB15)) | v11(constB14) | v755(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB14, constB15)) | v11(constB14) | v755(constB15))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5389,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB14, constB15)) | v11(constB14) | v755(constB15))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5390,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB14, constB15)) | v11(constB14) | v755(constB15)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5389, 5388])).
% 127.15/79.69 tff(5391,plain,
% 127.15/79.69 (v11(constB14) | v755(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5390, 508, 1375])).
% 127.15/79.69 tff(5392,plain,
% 127.15/79.69 (v755(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5391, 5374])).
% 127.15/79.69 tff(5393,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB14) | (~nextState(constB14, constB15)) | (~v119(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v119(constB15)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5394,plain,
% 127.15/79.69 (((~nextState(constB14, constB15)) | (~v119(constB15)) | v1(constB14)) <=> (v1(constB14) | (~nextState(constB14, constB15)) | (~v119(constB15)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5395,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB14, constB15)) | (~v119(constB15)) | v1(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB14) | (~nextState(constB14, constB15)) | (~v119(constB15))))),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5394])).
% 127.15/79.69 tff(5396,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB14, constB15)) | (~v119(constB15)) | v1(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v119(constB15)))),
% 127.15/79.69 inference(transitivity,[status(thm)],[5395, 5393])).
% 127.15/79.69 tff(5397,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB14, constB15)) | (~v119(constB15)) | v1(constB14))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5398,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v119(constB15))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5397, 5396])).
% 127.15/79.69 tff(5399,plain,
% 127.15/79.69 (~v119(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5398, 523, 1375, 1372])).
% 127.15/79.69 tff(5400,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB14, constB15)) | v119(constB15) | v749(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB14, constB15)) | v119(constB15) | v749(constB15))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5401,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB14, constB15)) | v119(constB15) | v749(constB15))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5402,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB14, constB15)) | v119(constB15) | v749(constB15)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5401, 5400])).
% 127.15/79.69 tff(5403,plain,
% 127.15/79.69 (v119(constB15) | v749(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5402, 540, 1375])).
% 127.15/79.69 tff(5404,plain,
% 127.15/79.69 (v749(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5403, 5399])).
% 127.15/79.69 tff(5405,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v748(constB15) | (~v749(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v748(constB15) | (~v749(constB15)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5406,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v748(constB15) | (~v749(constB15)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5407,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v748(constB15) | (~v749(constB15))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5406, 5405])).
% 127.15/79.69 tff(5408,plain,
% 127.15/79.69 (v748(constB15) | (~v749(constB15))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5407, 555, 1375, 1407])).
% 127.15/79.69 tff(5409,plain,
% 127.15/79.69 (v748(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5408, 5404])).
% 127.15/79.69 tff(5410,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB14, constB15)) | v747(constB15) | (~v748(constB15)) | (~v755(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB14, constB15)) | v747(constB15) | (~v748(constB15)) | (~v755(constB15)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5411,plain,
% 127.15/79.69 (((~nextState(constB14, constB15)) | (~v748(constB15)) | v747(constB15) | (~v755(constB15))) <=> ((~nextState(constB14, constB15)) | v747(constB15) | (~v748(constB15)) | (~v755(constB15)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5412,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB14, constB15)) | (~v748(constB15)) | v747(constB15) | (~v755(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB14, constB15)) | v747(constB15) | (~v748(constB15)) | (~v755(constB15))))),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5411])).
% 127.15/79.69 tff(5413,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB14, constB15)) | (~v748(constB15)) | v747(constB15) | (~v755(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB14, constB15)) | v747(constB15) | (~v748(constB15)) | (~v755(constB15)))),
% 127.15/79.69 inference(transitivity,[status(thm)],[5412, 5410])).
% 127.15/79.69 tff(5414,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB14, constB15)) | (~v748(constB15)) | v747(constB15) | (~v755(constB15)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5415,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB14, constB15)) | v747(constB15) | (~v748(constB15)) | (~v755(constB15))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5414, 5413])).
% 127.15/79.69 tff(5416,plain,
% 127.15/79.69 (v747(constB15) | (~v748(constB15)) | (~v755(constB15))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5415, 570, 1375])).
% 127.15/79.69 tff(5417,plain,
% 127.15/79.69 (v747(constB15) | (~v755(constB15))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5416, 5409])).
% 127.15/79.69 tff(5418,plain,
% 127.15/79.69 (v747(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5417, 5392])).
% 127.15/79.69 tff(5419,plain,
% 127.15/79.69 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB15) | (~v747(constB15)) | (~v765(constB15)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB15) | (~v747(constB15)) | (~v765(constB15)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5420,plain,
% 127.15/79.69 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB15) | (~v747(constB15)) | (~v765(constB15)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5421,plain,
% 127.15/79.69 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB15) | (~v747(constB15)) | (~v765(constB15))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5420, 5419])).
% 127.15/79.69 tff(5422,plain,
% 127.15/79.69 (v32(constB15) | (~v765(constB15))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5421, 590, 5418])).
% 127.15/79.69 tff(5423,plain,
% 127.15/79.69 (v32(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5422, 5387])).
% 127.15/79.69 tff(5424,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v748(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v748(constB16)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5425,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v748(constB16)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5426,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v748(constB16))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5425, 5424])).
% 127.15/79.69 tff(5427,plain,
% 127.15/79.69 (~v748(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5426, 636, 3710, 3717])).
% 127.15/79.69 tff(5428,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB15, constB16)) | v748(constB16) | (~v747(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB15, constB16)) | v748(constB16) | (~v747(constB16)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5429,plain,
% 127.15/79.69 (((~nextState(constB15, constB16)) | (~v747(constB16)) | v748(constB16)) <=> ((~nextState(constB15, constB16)) | v748(constB16) | (~v747(constB16)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5430,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB15, constB16)) | (~v747(constB16)) | v748(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB15, constB16)) | v748(constB16) | (~v747(constB16))))),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5429])).
% 127.15/79.69 tff(5431,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB15, constB16)) | (~v747(constB16)) | v748(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB15, constB16)) | v748(constB16) | (~v747(constB16)))),
% 127.15/79.69 inference(transitivity,[status(thm)],[5430, 5428])).
% 127.15/79.69 tff(5432,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB15, constB16)) | (~v747(constB16)) | v748(constB16))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5433,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB15, constB16)) | v748(constB16) | (~v747(constB16))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5432, 5431])).
% 127.15/79.69 tff(5434,plain,
% 127.15/79.69 (v748(constB16) | (~v747(constB16))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5433, 650, 3710])).
% 127.15/79.69 tff(5435,plain,
% 127.15/79.69 (~v747(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5434, 5427])).
% 127.15/79.69 tff(5436,plain,
% 127.15/79.69 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB15)) | (~nextState(constB15, constB16)) | v747(constB16) | v32(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB15)) | (~nextState(constB15, constB16)) | v747(constB16) | v32(constB16))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5437,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB15)) | (~nextState(constB15, constB16)) | v747(constB16) | v32(constB16))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5438,plain,
% 127.15/79.69 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB15)) | (~nextState(constB15, constB16)) | v747(constB16) | v32(constB16)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5437, 5436])).
% 127.15/79.69 tff(5439,plain,
% 127.15/79.69 ((~v32(constB15)) | v747(constB16) | v32(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5438, 668, 3710])).
% 127.15/79.69 tff(5440,plain,
% 127.15/79.69 ((~v32(constB15)) | v32(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5439, 5435])).
% 127.15/79.69 tff(5441,plain,
% 127.15/79.69 (v32(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5440, 5423])).
% 127.15/79.69 tff(5442,assumption,(~v13(constB16, bitIndex0)), introduced(assumption)).
% 127.15/79.69 tff(5443,plain,
% 127.15/79.69 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB16)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB16)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex0))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5444,plain,
% 127.15/79.69 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB16)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex0))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5445,plain,
% 127.15/79.69 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB16)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex0)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5444, 5443])).
% 127.15/79.69 tff(5446,plain,
% 127.15/79.69 ((~v32(constB16)) | (~v7(constB16, bitIndex0))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5445, 1695, 5442])).
% 127.15/79.69 tff(5447,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5446, 5441, 5378])).
% 127.15/79.69 tff(5448,plain,(v11(constB14) | v13(constB16, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5449,plain,
% 127.15/79.69 (v13(constB16, bitIndex0)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5448, 5374])).
% 127.15/79.69 tff(5450,assumption,(~v1050(constB16)), introduced(assumption)).
% 127.15/79.69 tff(5451,assumption,(v13(constB16, bitIndex0)), introduced(assumption)).
% 127.15/79.69 tff(5452,plain,
% 127.15/79.69 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB16) | (~v11(constB16)) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB16) | (~v11(constB16)) | (~v13(constB16, bitIndex0)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5453,plain,
% 127.15/79.69 (((~v11(constB16)) | v1050(constB16) | (~v13(constB16, bitIndex0))) <=> (v1050(constB16) | (~v11(constB16)) | (~v13(constB16, bitIndex0)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5454,plain,
% 127.15/79.69 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB16)) | v1050(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB16) | (~v11(constB16)) | (~v13(constB16, bitIndex0))))),
% 127.15/79.69 inference(monotonicity,[status(thm)],[5453])).
% 127.15/79.69 tff(5455,plain,
% 127.15/79.69 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB16)) | v1050(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB16) | (~v11(constB16)) | (~v13(constB16, bitIndex0)))),
% 127.15/79.69 inference(transitivity,[status(thm)],[5454, 5452])).
% 127.15/79.69 tff(5456,plain,
% 127.15/79.69 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB16)) | v1050(constB16) | (~v13(constB16, bitIndex0)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5457,plain,
% 127.15/79.69 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB16) | (~v11(constB16)) | (~v13(constB16, bitIndex0))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5456, 5455])).
% 127.15/79.69 tff(5458,plain,
% 127.15/79.69 (v1050(constB16) | (~v11(constB16))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5457, 2000, 5451])).
% 127.15/79.69 tff(5459,plain,
% 127.15/79.69 (~v11(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5458, 5450])).
% 127.15/79.69 tff(5460,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[3698, 1480, 5450, 5459])).
% 127.15/79.69 tff(5461,plain,(v1050(constB16) | (~v13(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5462,plain,
% 127.15/79.69 (v1050(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5461, 5449])).
% 127.15/79.69 tff(5463,plain,
% 127.15/79.69 (v1052(constB17)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[3706, 5462])).
% 127.15/79.69 tff(5464,plain,
% 127.15/79.69 (v7(constB17, bitIndex0)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[3759, 5463])).
% 127.15/79.69 tff(5465,plain,
% 127.15/79.69 (v7(constB18, bitIndex0)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[3787, 5464])).
% 127.15/79.69 tff(5466,plain,
% 127.15/79.69 (~(constB18 = sK952_VarCurr)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5271, 5465, 1245])).
% 127.15/79.69 tff(5467,plain,
% 127.15/79.69 (~(constB17 = sK952_VarCurr)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5262, 5464, 1245])).
% 127.15/79.69 tff(5468,assumption,(~v32(constB15)), introduced(assumption)).
% 127.15/79.69 tff(5469,plain,
% 127.15/79.69 ((~v747(constB15)) | (~v765(constB15))),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5421, 590, 5468])).
% 127.15/79.69 tff(5470,plain,
% 127.15/79.69 (~v765(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5469, 5418])).
% 127.15/79.69 tff(5471,plain,
% 127.15/79.69 (~v763(constB14)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5386, 5470])).
% 127.15/79.69 tff(5472,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5381, 620, 5374, 5471])).
% 127.15/79.69 tff(5473,plain,(v11(constB14) | v32(constB15)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5474,plain,
% 127.15/79.69 (v32(constB15)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5473, 5374])).
% 127.15/79.69 tff(5475,plain,
% 127.15/79.69 (v32(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5440, 5474])).
% 127.15/79.69 tff(5476,plain,
% 127.15/79.69 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB16)) | (~sP960(constB16)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB16)) | (~sP960(constB16)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5477,plain,
% 127.15/79.69 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB16)) | (~sP960(constB16)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5478,plain,
% 127.15/79.69 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB16)) | (~sP960(constB16))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5477, 5476])).
% 127.15/79.69 tff(5479,plain,
% 127.15/79.69 (~sP960(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5478, 1841, 5475])).
% 127.15/79.69 tff(5480,assumption,(v13(constB16, bitIndex2)), introduced(assumption)).
% 127.15/79.69 tff(5481,plain,
% 127.15/79.69 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB16, bitIndex2) | sP960(constB16) | (~v13(constB16, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB16, bitIndex2) | sP960(constB16) | (~v13(constB16, bitIndex2)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5482,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB16, bitIndex2) | sP960(constB16) | (~v13(constB16, bitIndex2)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5483,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB16, bitIndex2) | sP960(constB16) | (~v13(constB16, bitIndex2))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5482, 5481])).
% 127.15/79.69 tff(5484,plain,
% 127.15/79.69 (v7(constB16, bitIndex2) | sP960(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5483, 1804, 5480])).
% 127.15/79.69 tff(5485,plain,
% 127.15/79.69 (v7(constB16, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5484, 5479])).
% 127.15/79.69 tff(5486,plain,
% 127.15/79.69 (v7(constB15, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[4072, 5485])).
% 127.15/79.69 tff(5487,plain,
% 127.15/79.69 (v929(constB15, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[4076, 778, 5486])).
% 127.15/79.69 tff(5488,plain,
% 127.15/79.69 (v940(constB15, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2348, 5487])).
% 127.15/79.69 tff(5489,plain,
% 127.15/79.69 (v938(constB14, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2354, 302, 1375, 5488])).
% 127.15/79.69 tff(5490,plain,
% 127.15/79.69 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB14) | (~v938(constB14, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB14) | (~v938(constB14, bitIndex1)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5491,plain,
% 127.15/79.69 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB14) | (~v938(constB14, bitIndex1)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5492,plain,
% 127.15/79.69 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB14) | (~v938(constB14, bitIndex1))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5491, 5490])).
% 127.15/79.69 tff(5493,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5492, 335, 5374, 5489])).
% 127.15/79.69 tff(5494,plain,(v11(constB14) | (~v13(constB16, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5495,plain,
% 127.15/79.69 (~v13(constB16, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5494, 5374])).
% 127.15/79.69 tff(5496,assumption,(v938(constB14, bitIndex1)), introduced(assumption)).
% 127.15/79.69 tff(5497,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5492, 335, 5374, 5496])).
% 127.15/79.69 tff(5498,plain,((~v938(constB14, bitIndex1)) | v11(constB14)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5499,plain,
% 127.15/79.69 (~v938(constB14, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5498, 5374])).
% 127.15/79.69 tff(5500,plain,
% 127.15/79.69 (~v940(constB15, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2356, 5499])).
% 127.15/79.69 tff(5501,plain,
% 127.15/79.69 (~v929(constB15, bitIndex1)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[2348, 5500])).
% 127.15/79.69 tff(5502,assumption,(~v929(constB15, bitIndex1)), introduced(assumption)).
% 127.15/79.69 tff(5503,assumption,(v7(constB15, bitIndex2)), introduced(assumption)).
% 127.15/79.69 tff(5504,plain,
% 127.15/79.69 ($false),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[4076, 778, 5503, 5502])).
% 127.15/79.69 tff(5505,plain,((~v7(constB15, bitIndex2)) | v929(constB15, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.69 tff(5506,plain,
% 127.15/79.69 (~v7(constB15, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5505, 5501])).
% 127.15/79.69 tff(5507,plain,
% 127.15/79.69 (~v7(constB16, bitIndex2)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[4072, 5506])).
% 127.15/79.69 tff(5508,plain,
% 127.15/79.69 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB16) | v7(constB16, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB16) | v7(constB16, bitIndex2))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5509,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB16) | v7(constB16, bitIndex2))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5510,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB16) | v7(constB16, bitIndex2)),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5509, 5508])).
% 127.15/79.69 tff(5511,plain,
% 127.15/79.69 (sP959(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5510, 1871, 5507])).
% 127.15/79.69 tff(5512,plain,
% 127.15/79.69 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB16) | (~v32(constB16)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB16) | (~v32(constB16)))),
% 127.15/79.69 inference(rewrite,[status(thm)],[])).
% 127.15/79.69 tff(5513,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB16) | (~v32(constB16)))),
% 127.15/79.69 inference(quant_inst,[status(thm)],[])).
% 127.15/79.69 tff(5514,plain,
% 127.15/79.69 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB16) | (~v32(constB16))),
% 127.15/79.69 inference(modus_ponens,[status(thm)],[5513, 5512])).
% 127.15/79.69 tff(5515,plain,
% 127.15/79.69 (sP958(constB16)),
% 127.15/79.69 inference(unit_resolution,[status(thm)],[5514, 1923, 5475])).
% 127.15/79.69 tff(5516,plain,
% 127.15/79.69 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5517,plain,
% 127.15/79.70 (((~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~sP958(constB16)) | (~sP959(constB16))) <=> (v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5518,plain,
% 127.15/79.70 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))))),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5517])).
% 127.15/79.70 tff(5519,plain,
% 127.15/79.70 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.15/79.70 inference(transitivity,[status(thm)],[5518, 5516])).
% 127.15/79.70 tff(5520,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5521,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5520, 5519])).
% 127.15/79.70 tff(5522,plain,
% 127.15/79.70 (v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5521, 1886, 5515, 5511])).
% 127.15/79.70 tff(5523,plain,
% 127.15/79.70 (~v13(constB16, bitIndex1)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5522, 3984])).
% 127.15/79.70 tff(5524,plain,
% 127.15/79.70 (~v7(constB19, bitIndex0)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[3972, 3965, 1245])).
% 127.15/79.70 tff(5525,plain,
% 127.15/79.70 (~v1052(constB19)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[3925, 5524])).
% 127.15/79.70 tff(5526,plain,
% 127.15/79.70 (~v1050(constB18)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[3882, 5525])).
% 127.15/79.70 tff(5527,plain,
% 127.15/79.70 (~v13(constB18, bitIndex0)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[3874, 5526])).
% 127.15/79.70 tff(5528,plain,
% 127.15/79.70 (v11(constB16)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[3858, 5527])).
% 127.15/79.70 tff(5529,assumption,(~v13(constB16, bitIndex1)), introduced(assumption)).
% 127.15/79.70 tff(5530,plain,
% 127.15/79.70 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB16)) | (~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB16)) | (~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5531,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB16)) | (~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5532,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB16)) | (~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5531, 5530])).
% 127.15/79.70 tff(5533,plain,
% 127.15/79.70 ((~v11(constB16)) | (~v938(constB16, bitIndex0))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5532, 320, 5529])).
% 127.15/79.70 tff(5534,plain,
% 127.15/79.70 (~v938(constB16, bitIndex0)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5533, 5528])).
% 127.15/79.70 tff(5535,assumption,(~v938(constB16, bitIndex0)), introduced(assumption)).
% 127.15/79.70 tff(5536,assumption,(v940(constB17, bitIndex0)), introduced(assumption)).
% 127.15/79.70 tff(5537,plain,
% 127.15/79.70 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB16, constB17)) | (~v940(constB17, bitIndex0)) | v938(constB16, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB16, constB17)) | (~v940(constB17, bitIndex0)) | v938(constB16, bitIndex0))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5538,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB16, constB17)) | (~v940(constB17, bitIndex0)) | v938(constB16, bitIndex0))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5539,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB16, constB17)) | (~v940(constB17, bitIndex0)) | v938(constB16, bitIndex0)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5538, 5537])).
% 127.15/79.70 tff(5540,plain,
% 127.15/79.70 ($false),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5539, 302, 3702, 5536, 5535])).
% 127.15/79.70 tff(5541,plain,((~v940(constB17, bitIndex0)) | v938(constB16, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.70 tff(5542,plain,
% 127.15/79.70 (~v940(constB17, bitIndex0)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5541, 5534])).
% 127.15/79.70 tff(5543,assumption,(v956(constB17, bitIndex0)), introduced(assumption)).
% 127.15/79.70 tff(5544,assumption,(~v940(constB17, bitIndex0)), introduced(assumption)).
% 127.15/79.70 tff(5545,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v960(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB16, constB17)) | v934(constB17) | v960(constB17))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5546,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v960(constB17))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5547,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB16, constB17)) | v934(constB17) | v960(constB17)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5546, 5545])).
% 127.15/79.70 tff(5548,plain,
% 127.15/79.70 (v934(constB17) | v960(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5547, 236, 3702])).
% 127.15/79.70 tff(5549,plain,
% 127.15/79.70 (v960(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5548, 3724])).
% 127.15/79.70 tff(5550,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v958(constB17) | (~v960(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v958(constB17) | (~v960(constB17)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5551,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v958(constB17) | (~v960(constB17)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5552,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v958(constB17) | (~v960(constB17))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5551, 5550])).
% 127.15/79.70 tff(5553,plain,
% 127.15/79.70 (v958(constB17) | (~v960(constB17))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5552, 251, 3702, 3739])).
% 127.15/79.70 tff(5554,plain,
% 127.15/79.70 (v958(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5553, 5549])).
% 127.15/79.70 tff(5555,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB16, constB17)) | v957(constB17) | (~v958(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB16, constB17)) | v957(constB17) | (~v958(constB17)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5556,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB16, constB17)) | v957(constB17) | (~v958(constB17)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5557,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB16, constB17)) | v957(constB17) | (~v958(constB17))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5556, 5555])).
% 127.15/79.70 tff(5558,plain,
% 127.15/79.70 (v957(constB17) | (~v958(constB17))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5557, 266, 3702])).
% 127.15/79.70 tff(5559,plain,
% 127.15/79.70 (v957(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5558, 5554])).
% 127.15/79.70 tff(5560,plain,
% 127.15/79.70 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB17)) | (~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB17)) | (~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5561,plain,
% 127.15/79.70 ((v940(constB17, bitIndex0) | (~v957(constB17)) | (~v956(constB17, bitIndex0))) <=> ((~v957(constB17)) | (~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5562,plain,
% 127.15/79.70 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB17, bitIndex0) | (~v957(constB17)) | (~v956(constB17, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB17)) | (~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0)))),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5561])).
% 127.15/79.70 tff(5563,plain,
% 127.15/79.70 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB17, bitIndex0) | (~v957(constB17)) | (~v956(constB17, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB17)) | (~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0))),
% 127.15/79.70 inference(transitivity,[status(thm)],[5562, 5560])).
% 127.15/79.70 tff(5564,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB17, bitIndex0) | (~v957(constB17)) | (~v956(constB17, bitIndex0)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5565,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB17)) | (~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5564, 5563])).
% 127.15/79.70 tff(5566,plain,
% 127.15/79.70 ($false),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5565, 281, 5559, 5544, 5543])).
% 127.15/79.70 tff(5567,plain,((~v956(constB17, bitIndex0)) | v940(constB17, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.70 tff(5568,plain,
% 127.15/79.70 (~v956(constB17, bitIndex0)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5567, 5542])).
% 127.15/79.70 tff(5569,assumption,(~v13(constB16, bitIndex2)), introduced(assumption)).
% 127.15/79.70 tff(5570,plain,
% 127.15/79.70 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB16)) | v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB16)) | v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5571,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB16)) | v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5572,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB16)) | v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5571, 5570])).
% 127.15/79.70 tff(5573,plain,
% 127.15/79.70 ((~v11(constB16)) | (~v938(constB16, bitIndex1))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5572, 2226, 5569])).
% 127.15/79.70 tff(5574,plain,
% 127.15/79.70 (~v938(constB16, bitIndex1)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5573, 5528])).
% 127.15/79.70 tff(5575,assumption,(v940(constB17, bitIndex1)), introduced(assumption)).
% 127.15/79.70 tff(5576,assumption,(~v938(constB16, bitIndex1)), introduced(assumption)).
% 127.15/79.70 tff(5577,plain,
% 127.15/79.70 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB16, constB17)) | (~v940(constB17, bitIndex1)) | v938(constB16, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB16, constB17)) | (~v940(constB17, bitIndex1)) | v938(constB16, bitIndex1))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5578,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB16, constB17)) | (~v940(constB17, bitIndex1)) | v938(constB16, bitIndex1))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5579,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB16, constB17)) | (~v940(constB17, bitIndex1)) | v938(constB16, bitIndex1)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5578, 5577])).
% 127.15/79.70 tff(5580,plain,
% 127.15/79.70 ($false),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5579, 302, 3702, 5576, 5575])).
% 127.15/79.70 tff(5581,plain,((~v940(constB17, bitIndex1)) | v938(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.70 tff(5582,plain,
% 127.15/79.70 (~v940(constB17, bitIndex1)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5581, 5574])).
% 127.15/79.70 tff(5583,assumption,(v929(constB17, bitIndex1)), introduced(assumption)).
% 127.15/79.70 tff(5584,assumption,(~v940(constB17, bitIndex1)), introduced(assumption)).
% 127.15/79.70 tff(5585,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v932(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB16, constB17)) | v934(constB17) | v932(constB17))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5586,plain,
% 127.15/79.70 (((~nextState(constB16, constB17)) | v932(constB17) | v934(constB17)) <=> ((~nextState(constB16, constB17)) | v934(constB17) | v932(constB17))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5587,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB16, constB17)) | v932(constB17) | v934(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB16, constB17)) | v934(constB17) | v932(constB17)))),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5586])).
% 127.15/79.70 tff(5588,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB16, constB17)) | v932(constB17) | v934(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB16, constB17)) | v934(constB17) | v932(constB17))),
% 127.15/79.70 inference(transitivity,[status(thm)],[5587, 5585])).
% 127.15/79.70 tff(5589,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB16, constB17)) | v932(constB17) | v934(constB17))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5590,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB16, constB17)) | v934(constB17) | v932(constB17)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5589, 5588])).
% 127.15/79.70 tff(5591,plain,
% 127.15/79.70 (v934(constB17) | v932(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5590, 712, 3702])).
% 127.15/79.70 tff(5592,plain,
% 127.15/79.70 (v932(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5591, 3724])).
% 127.15/79.70 tff(5593,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v931(constB17) | (~v932(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v931(constB17) | (~v932(constB17)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5594,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v931(constB17) | (~v932(constB17)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5595,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v931(constB17) | (~v932(constB17))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5594, 5593])).
% 127.15/79.70 tff(5596,plain,
% 127.15/79.70 (v931(constB17) | (~v932(constB17))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5595, 730, 3702, 3739])).
% 127.15/79.70 tff(5597,plain,
% 127.15/79.70 (v931(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5596, 5592])).
% 127.15/79.70 tff(5598,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB16, constB17)) | v930(constB17) | (~v931(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB16, constB17)) | v930(constB17) | (~v931(constB17)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5599,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB16, constB17)) | v930(constB17) | (~v931(constB17)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5600,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB16, constB17)) | v930(constB17) | (~v931(constB17))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5599, 5598])).
% 127.15/79.70 tff(5601,plain,
% 127.15/79.70 (v930(constB17) | (~v931(constB17))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5600, 745, 3702])).
% 127.15/79.70 tff(5602,plain,
% 127.15/79.70 (v930(constB17)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5601, 5597])).
% 127.15/79.70 tff(5603,plain,
% 127.15/79.70 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB17)) | (~v929(constB17, bitIndex1)) | v940(constB17, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB17)) | (~v929(constB17, bitIndex1)) | v940(constB17, bitIndex1))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5604,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB17)) | (~v929(constB17, bitIndex1)) | v940(constB17, bitIndex1))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5605,plain,
% 127.15/79.70 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB17)) | (~v929(constB17, bitIndex1)) | v940(constB17, bitIndex1)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5604, 5603])).
% 127.15/79.70 tff(5606,plain,
% 127.15/79.70 ($false),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5605, 760, 5602, 5584, 5583])).
% 127.15/79.70 tff(5607,plain,((~v929(constB17, bitIndex1)) | v940(constB17, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.70 tff(5608,plain,
% 127.15/79.70 (~v929(constB17, bitIndex1)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5607, 5582])).
% 127.15/79.70 tff(5609,assumption,(~v929(constB17, bitIndex1)), introduced(assumption)).
% 127.15/79.70 tff(5610,assumption,(v7(constB17, bitIndex2)), introduced(assumption)).
% 127.15/79.70 tff(5611,plain,
% 127.15/79.70 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB17, bitIndex2)) | v929(constB17, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB17, bitIndex2)) | v929(constB17, bitIndex1))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5612,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB17, bitIndex2)) | v929(constB17, bitIndex1))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5613,plain,
% 127.15/79.70 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB17, bitIndex2)) | v929(constB17, bitIndex1)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5612, 5611])).
% 127.15/79.70 tff(5614,plain,
% 127.15/79.70 ($false),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5613, 778, 5610, 5609])).
% 127.15/79.70 tff(5615,plain,((~v7(constB17, bitIndex2)) | v929(constB17, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.70 tff(5616,plain,
% 127.15/79.70 (~v7(constB17, bitIndex2)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5615, 5608])).
% 127.15/79.70 tff(5617,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v931(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v931(constB18)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5618,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v931(constB18)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5619,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v931(constB18))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5618, 5617])).
% 127.15/79.70 tff(5620,plain,
% 127.15/79.70 (~v931(constB18)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5619, 794, 3763, 3770])).
% 127.15/79.70 tff(5621,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB17, constB18)) | v931(constB18) | (~v930(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB17, constB18)) | v931(constB18) | (~v930(constB18)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5622,plain,
% 127.15/79.70 (((~nextState(constB17, constB18)) | (~v930(constB18)) | v931(constB18)) <=> ((~nextState(constB17, constB18)) | v931(constB18) | (~v930(constB18)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5623,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB17, constB18)) | (~v930(constB18)) | v931(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB17, constB18)) | v931(constB18) | (~v930(constB18))))),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5622])).
% 127.15/79.70 tff(5624,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB17, constB18)) | (~v930(constB18)) | v931(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB17, constB18)) | v931(constB18) | (~v930(constB18)))),
% 127.15/79.70 inference(transitivity,[status(thm)],[5623, 5621])).
% 127.15/79.70 tff(5625,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB17, constB18)) | (~v930(constB18)) | v931(constB18))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5626,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB17, constB18)) | v931(constB18) | (~v930(constB18))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5625, 5624])).
% 127.15/79.70 tff(5627,plain,
% 127.15/79.70 (v931(constB18) | (~v930(constB18))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5626, 808, 3763])).
% 127.15/79.70 tff(5628,plain,
% 127.15/79.70 (~v930(constB18)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5627, 5620])).
% 127.15/79.70 tff(5629,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB17, bitIndex2) | (~nextState(constB17, constB18)) | v930(constB18) | (~v7(constB18, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB17, bitIndex2) | (~nextState(constB17, constB18)) | v930(constB18) | (~v7(constB18, bitIndex2)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5630,plain,
% 127.15/79.70 (((~nextState(constB17, constB18)) | v7(constB17, bitIndex2) | v930(constB18) | (~v7(constB18, bitIndex2))) <=> (v7(constB17, bitIndex2) | (~nextState(constB17, constB18)) | v930(constB18) | (~v7(constB18, bitIndex2)))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5631,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB17, constB18)) | v7(constB17, bitIndex2) | v930(constB18) | (~v7(constB18, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB17, bitIndex2) | (~nextState(constB17, constB18)) | v930(constB18) | (~v7(constB18, bitIndex2))))),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5630])).
% 127.15/79.70 tff(5632,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB17, constB18)) | v7(constB17, bitIndex2) | v930(constB18) | (~v7(constB18, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB17, bitIndex2) | (~nextState(constB17, constB18)) | v930(constB18) | (~v7(constB18, bitIndex2)))),
% 127.15/79.70 inference(transitivity,[status(thm)],[5631, 5629])).
% 127.15/79.70 tff(5633,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB17, constB18)) | v7(constB17, bitIndex2) | v930(constB18) | (~v7(constB18, bitIndex2)))),
% 127.15/79.70 inference(quant_inst,[status(thm)],[])).
% 127.15/79.70 tff(5634,plain,
% 127.15/79.70 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB17, bitIndex2) | (~nextState(constB17, constB18)) | v930(constB18) | (~v7(constB18, bitIndex2))),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[5633, 5632])).
% 127.15/79.70 tff(5635,plain,
% 127.15/79.70 (v7(constB17, bitIndex2) | v930(constB18) | (~v7(constB18, bitIndex2))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5634, 826, 3763])).
% 127.15/79.70 tff(5636,plain,
% 127.15/79.70 (v7(constB17, bitIndex2) | (~v7(constB18, bitIndex2))),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5635, 5628])).
% 127.15/79.70 tff(5637,plain,
% 127.15/79.70 (~v7(constB18, bitIndex2)),
% 127.15/79.70 inference(unit_resolution,[status(thm)],[5636, 5616])).
% 127.15/79.70 tff(5638,plain,
% 127.15/79.70 (sK952_VarCurr = constB19),
% 127.15/79.70 inference(symmetry,[status(thm)],[3965])).
% 127.15/79.70 tff(5639,plain,
% 127.15/79.70 (nextState(constB18, sK952_VarCurr) <=> nextState(constB18, constB19)),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5638])).
% 127.15/79.70 tff(5640,plain,
% 127.15/79.70 (nextState(constB18, constB19) <=> nextState(constB18, sK952_VarCurr)),
% 127.15/79.70 inference(symmetry,[status(thm)],[5639])).
% 127.15/79.70 tff(5641,plain,
% 127.15/79.70 (nextState(constB18, sK952_VarCurr)),
% 127.15/79.70 inference(modus_ponens,[status(thm)],[3878, 5640])).
% 127.15/79.70 tff(5642,plain,
% 127.15/79.70 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.15/79.70 inference(monotonicity,[status(thm)],[3965])).
% 127.15/79.70 tff(5643,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v932(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB18, constB19)) | v934(constB19) | v932(constB19))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5644,plain,
% 127.15/79.70 (((~nextState(constB18, constB19)) | v932(constB19) | v934(constB19)) <=> ((~nextState(constB18, constB19)) | v934(constB19) | v932(constB19))),
% 127.15/79.70 inference(rewrite,[status(thm)],[])).
% 127.15/79.70 tff(5645,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB18, constB19)) | v932(constB19) | v934(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v932(constB19)))),
% 127.15/79.70 inference(monotonicity,[status(thm)],[5644])).
% 127.15/79.70 tff(5646,plain,
% 127.15/79.70 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB18, constB19)) | v932(constB19) | v934(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB18, constB19)) | v934(constB19) | v932(constB19))),
% 127.15/79.71 inference(transitivity,[status(thm)],[5645, 5643])).
% 127.15/79.71 tff(5647,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB18, constB19)) | v932(constB19) | v934(constB19))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5648,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB18, constB19)) | v934(constB19) | v932(constB19)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5647, 5646])).
% 127.15/79.71 tff(5649,plain,
% 127.15/79.71 (v934(constB19) | v932(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5648, 712, 3878])).
% 127.15/79.71 tff(5650,plain,
% 127.15/79.71 (v932(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5649, 3890])).
% 127.15/79.71 tff(5651,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v931(constB19) | (~v932(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB18, constB19)) | (~v1(constB19)) | v931(constB19) | (~v932(constB19)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5652,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v931(constB19) | (~v932(constB19)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5653,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB18, constB19)) | (~v1(constB19)) | v931(constB19) | (~v932(constB19))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5652, 5651])).
% 127.15/79.71 tff(5654,plain,
% 127.15/79.71 (v931(constB19) | (~v932(constB19))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5653, 730, 3878, 3905])).
% 127.15/79.71 tff(5655,plain,
% 127.15/79.71 (v931(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5654, 5650])).
% 127.15/79.71 tff(5656,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB18, constB19)) | v930(constB19) | (~v931(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB18, constB19)) | v930(constB19) | (~v931(constB19)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5657,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB18, constB19)) | v930(constB19) | (~v931(constB19)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5658,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB18, constB19)) | v930(constB19) | (~v931(constB19))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5657, 5656])).
% 127.15/79.71 tff(5659,plain,
% 127.15/79.71 (v930(constB19) | (~v931(constB19))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5658, 745, 3878])).
% 127.15/79.71 tff(5660,plain,
% 127.15/79.71 (v930(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5659, 5655])).
% 127.15/79.71 tff(5661,plain,
% 127.15/79.71 (v930(sK952_VarCurr)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5660, 5642])).
% 127.15/79.71 tff(5662,plain,
% 127.15/79.71 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(sK952_VarCurr)) | (~v929(sK952_VarCurr, bitIndex1)) | v940(sK952_VarCurr, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(sK952_VarCurr)) | (~v929(sK952_VarCurr, bitIndex1)) | v940(sK952_VarCurr, bitIndex1))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5663,plain,
% 127.15/79.71 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(sK952_VarCurr)) | (~v929(sK952_VarCurr, bitIndex1)) | v940(sK952_VarCurr, bitIndex1))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5664,plain,
% 127.15/79.71 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(sK952_VarCurr)) | (~v929(sK952_VarCurr, bitIndex1)) | v940(sK952_VarCurr, bitIndex1)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5663, 5662])).
% 127.15/79.71 tff(5665,plain,
% 127.15/79.71 ((~v930(sK952_VarCurr)) | v940(sK952_VarCurr, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5664, 760, 2322])).
% 127.15/79.71 tff(5666,plain,
% 127.15/79.71 (v940(sK952_VarCurr, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5665, 5661])).
% 127.15/79.71 tff(5667,plain,
% 127.15/79.71 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex1)) | v938(constB18, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex1)) | v938(constB18, bitIndex1))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5668,plain,
% 127.15/79.71 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex1)) | v938(constB18, bitIndex1))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5669,plain,
% 127.15/79.71 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex1)) | v938(constB18, bitIndex1)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5668, 5667])).
% 127.15/79.71 tff(5670,plain,
% 127.15/79.71 ((~nextState(constB18, sK952_VarCurr)) | v938(constB18, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5669, 302, 5666])).
% 127.15/79.71 tff(5671,plain,
% 127.15/79.71 (v938(constB18, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5670, 5641])).
% 127.15/79.71 tff(5672,plain,
% 127.15/79.71 (v11(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[3872, 1480, 5526])).
% 127.15/79.71 tff(5673,plain,
% 127.15/79.71 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB18)) | v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB18)) | v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5674,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB18)) | v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5675,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB18)) | v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5674, 5673])).
% 127.15/79.71 tff(5676,plain,
% 127.15/79.71 (v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5675, 2226, 5672])).
% 127.15/79.71 tff(5677,plain,
% 127.15/79.71 (v13(constB18, bitIndex2)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5676, 5671])).
% 127.15/79.71 tff(5678,plain,
% 127.15/79.71 (v957(constB19) <=> v957(sK952_VarCurr)),
% 127.15/79.71 inference(monotonicity,[status(thm)],[3965])).
% 127.15/79.71 tff(5679,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v960(constB19))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB18, constB19)) | v934(constB19) | v960(constB19))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5680,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | ((~nextState(constB18, constB19)) | v934(constB19) | v960(constB19))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5681,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v960(VarNext))) | (~nextState(constB18, constB19)) | v934(constB19) | v960(constB19)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5680, 5679])).
% 127.15/79.71 tff(5682,plain,
% 127.15/79.71 (v934(constB19) | v960(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5681, 236, 3878])).
% 127.15/79.71 tff(5683,plain,
% 127.15/79.71 (v960(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5682, 3890])).
% 127.15/79.71 tff(5684,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v958(constB19) | (~v960(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB18, constB19)) | (~v1(constB19)) | v958(constB19) | (~v960(constB19)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5685,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | ((~nextState(constB18, constB19)) | (~v1(constB19)) | v958(constB19) | (~v960(constB19)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5686,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v958(VarNext) | (~v960(VarNext)))) | (~nextState(constB18, constB19)) | (~v1(constB19)) | v958(constB19) | (~v960(constB19))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5685, 5684])).
% 127.15/79.71 tff(5687,plain,
% 127.15/79.71 (v958(constB19) | (~v960(constB19))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5686, 251, 3878, 3905])).
% 127.15/79.71 tff(5688,plain,
% 127.15/79.71 (v958(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5687, 5683])).
% 127.15/79.71 tff(5689,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB18, constB19)) | v957(constB19) | (~v958(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB18, constB19)) | v957(constB19) | (~v958(constB19)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5690,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | ((~nextState(constB18, constB19)) | v957(constB19) | (~v958(constB19)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5691,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v957(VarNext) | (~v958(VarNext)))) | (~nextState(constB18, constB19)) | v957(constB19) | (~v958(constB19))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5690, 5689])).
% 127.15/79.71 tff(5692,plain,
% 127.15/79.71 (v957(constB19) | (~v958(constB19))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5691, 266, 3878])).
% 127.15/79.71 tff(5693,plain,
% 127.15/79.71 (v957(constB19)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5692, 5688])).
% 127.15/79.71 tff(5694,plain,
% 127.15/79.71 (v957(sK952_VarCurr)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5693, 5678])).
% 127.15/79.71 tff(5695,plain,
% 127.15/79.71 (v940(sK952_VarCurr, bitIndex0)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[1524, 5694])).
% 127.15/79.71 tff(5696,plain,
% 127.15/79.71 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB18, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB18, bitIndex0))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5697,plain,
% 127.15/79.71 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB18, bitIndex0))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5698,plain,
% 127.15/79.71 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, sK952_VarCurr)) | (~v940(sK952_VarCurr, bitIndex0)) | v938(constB18, bitIndex0)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5697, 5696])).
% 127.15/79.71 tff(5699,plain,
% 127.15/79.71 ((~nextState(constB18, sK952_VarCurr)) | v938(constB18, bitIndex0)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5698, 302, 5695])).
% 127.15/79.71 tff(5700,plain,
% 127.15/79.71 (v938(constB18, bitIndex0)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5699, 5641])).
% 127.15/79.71 tff(5701,plain,
% 127.15/79.71 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB18)) | (~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB18)) | (~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5702,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB18)) | (~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5703,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB18)) | (~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5702, 5701])).
% 127.15/79.71 tff(5704,plain,
% 127.15/79.71 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5703, 320, 5672])).
% 127.15/79.71 tff(5705,plain,
% 127.15/79.71 (v13(constB18, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5704, 5700])).
% 127.15/79.71 tff(5706,assumption,(~v7(constB18, bitIndex1)), introduced(assumption)).
% 127.15/79.71 tff(5707,assumption,(~v7(constB18, bitIndex2)), introduced(assumption)).
% 127.15/79.71 tff(5708,plain,
% 127.15/79.71 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB18) | v7(constB18, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB18) | v7(constB18, bitIndex2))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5709,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB18) | v7(constB18, bitIndex2))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5710,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB18) | v7(constB18, bitIndex2)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5709, 5708])).
% 127.15/79.71 tff(5711,plain,
% 127.15/79.71 (sP959(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5710, 1871, 5707])).
% 127.15/79.71 tff(5712,assumption,(v13(constB18, bitIndex1)), introduced(assumption)).
% 127.15/79.71 tff(5713,plain,
% 127.15/79.71 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5714,plain,
% 127.15/79.71 (((~v13(constB18, bitIndex1)) | v7(constB18, bitIndex1) | (~sP958(constB18)) | (~sP959(constB18))) <=> (v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5715,plain,
% 127.15/79.71 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | v7(constB18, bitIndex1) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18))))),
% 127.15/79.71 inference(monotonicity,[status(thm)],[5714])).
% 127.15/79.71 tff(5716,plain,
% 127.15/79.71 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | v7(constB18, bitIndex1) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.15/79.71 inference(transitivity,[status(thm)],[5715, 5713])).
% 127.15/79.71 tff(5717,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | v7(constB18, bitIndex1) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5718,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5717, 5716])).
% 127.15/79.71 tff(5719,plain,
% 127.15/79.71 (v7(constB18, bitIndex1) | (~sP958(constB18)) | (~sP959(constB18))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5718, 1886, 5712])).
% 127.15/79.71 tff(5720,plain,
% 127.15/79.71 (~sP958(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5719, 5711, 5706])).
% 127.15/79.71 tff(5721,assumption,(v13(constB18, bitIndex2)), introduced(assumption)).
% 127.15/79.71 tff(5722,plain,
% 127.15/79.71 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB18, bitIndex2) | sP960(constB18) | (~v13(constB18, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB18, bitIndex2) | sP960(constB18) | (~v13(constB18, bitIndex2)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5723,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB18, bitIndex2) | sP960(constB18) | (~v13(constB18, bitIndex2)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5724,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB18, bitIndex2) | sP960(constB18) | (~v13(constB18, bitIndex2))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5723, 5722])).
% 127.15/79.71 tff(5725,plain,
% 127.15/79.71 (v7(constB18, bitIndex2) | sP960(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5724, 1804, 5721])).
% 127.15/79.71 tff(5726,plain,
% 127.15/79.71 (sP960(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5725, 5707])).
% 127.15/79.71 tff(5727,plain,
% 127.15/79.71 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | ((~sP960(constB18)) | v28(constB18, bitIndex1))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (~sP960(constB18)) | v28(constB18, bitIndex1))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5728,plain,
% 127.15/79.71 ((v28(constB18, bitIndex1) | (~sP960(constB18))) <=> ((~sP960(constB18)) | v28(constB18, bitIndex1))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5729,plain,
% 127.15/79.71 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB18, bitIndex1) | (~sP960(constB18)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | ((~sP960(constB18)) | v28(constB18, bitIndex1)))),
% 127.15/79.71 inference(monotonicity,[status(thm)],[5728])).
% 127.15/79.71 tff(5730,plain,
% 127.15/79.71 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB18, bitIndex1) | (~sP960(constB18)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (~sP960(constB18)) | v28(constB18, bitIndex1))),
% 127.15/79.71 inference(transitivity,[status(thm)],[5729, 5727])).
% 127.15/79.71 tff(5731,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB18, bitIndex1) | (~sP960(constB18)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5732,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (~sP960(constB18)) | v28(constB18, bitIndex1)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5731, 5730])).
% 127.15/79.71 tff(5733,plain,
% 127.15/79.71 (v28(constB18, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5732, 1819, 5726])).
% 127.15/79.71 tff(5734,plain,
% 127.15/79.71 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB18) | (~v28(constB18, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB18) | (~v28(constB18, bitIndex1)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5735,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB18) | (~v28(constB18, bitIndex1)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5736,plain,
% 127.15/79.71 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB18) | (~v28(constB18, bitIndex1))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5735, 5734])).
% 127.15/79.71 tff(5737,plain,
% 127.15/79.71 ($false),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5736, 1912, 5733, 5720])).
% 127.15/79.71 tff(5738,plain,(v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.71 tff(5739,plain,
% 127.15/79.71 (v7(constB18, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5738, 5705, 5677, 5637])).
% 127.15/79.71 tff(5740,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v958(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v958(constB18)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5741,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v958(constB18)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5742,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v958(constB18))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5741, 5740])).
% 127.15/79.71 tff(5743,plain,
% 127.15/79.71 (~v958(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5742, 148, 3763, 3770])).
% 127.15/79.71 tff(5744,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB17, constB18)) | v958(constB18) | (~v957(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB17, constB18)) | v958(constB18) | (~v957(constB18)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5745,plain,
% 127.15/79.71 (((~nextState(constB17, constB18)) | (~v957(constB18)) | v958(constB18)) <=> ((~nextState(constB17, constB18)) | v958(constB18) | (~v957(constB18)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5746,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB17, constB18)) | (~v957(constB18)) | v958(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB17, constB18)) | v958(constB18) | (~v957(constB18))))),
% 127.15/79.71 inference(monotonicity,[status(thm)],[5745])).
% 127.15/79.71 tff(5747,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB17, constB18)) | (~v957(constB18)) | v958(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB17, constB18)) | v958(constB18) | (~v957(constB18)))),
% 127.15/79.71 inference(transitivity,[status(thm)],[5746, 5744])).
% 127.15/79.71 tff(5748,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB17, constB18)) | (~v957(constB18)) | v958(constB18))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5749,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB17, constB18)) | v958(constB18) | (~v957(constB18))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5748, 5747])).
% 127.15/79.71 tff(5750,plain,
% 127.15/79.71 (v958(constB18) | (~v957(constB18))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5749, 162, 3763])).
% 127.15/79.71 tff(5751,plain,
% 127.15/79.71 (~v957(constB18)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5750, 5743])).
% 127.15/79.71 tff(5752,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB17, bitIndex1) | (~nextState(constB17, constB18)) | v957(constB18) | (~v7(constB18, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB17, bitIndex1) | (~nextState(constB17, constB18)) | v957(constB18) | (~v7(constB18, bitIndex1)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5753,plain,
% 127.15/79.71 (((~nextState(constB17, constB18)) | v7(constB17, bitIndex1) | v957(constB18) | (~v7(constB18, bitIndex1))) <=> (v7(constB17, bitIndex1) | (~nextState(constB17, constB18)) | v957(constB18) | (~v7(constB18, bitIndex1)))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5754,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB17, constB18)) | v7(constB17, bitIndex1) | v957(constB18) | (~v7(constB18, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB17, bitIndex1) | (~nextState(constB17, constB18)) | v957(constB18) | (~v7(constB18, bitIndex1))))),
% 127.15/79.71 inference(monotonicity,[status(thm)],[5753])).
% 127.15/79.71 tff(5755,plain,
% 127.15/79.71 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB17, constB18)) | v7(constB17, bitIndex1) | v957(constB18) | (~v7(constB18, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB17, bitIndex1) | (~nextState(constB17, constB18)) | v957(constB18) | (~v7(constB18, bitIndex1)))),
% 127.15/79.71 inference(transitivity,[status(thm)],[5754, 5752])).
% 127.15/79.71 tff(5756,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB17, constB18)) | v7(constB17, bitIndex1) | v957(constB18) | (~v7(constB18, bitIndex1)))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5757,plain,
% 127.15/79.71 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB17, bitIndex1) | (~nextState(constB17, constB18)) | v957(constB18) | (~v7(constB18, bitIndex1))),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5756, 5755])).
% 127.15/79.71 tff(5758,plain,
% 127.15/79.71 (v7(constB17, bitIndex1) | v957(constB18) | (~v7(constB18, bitIndex1))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5757, 180, 3763])).
% 127.15/79.71 tff(5759,plain,
% 127.15/79.71 (v7(constB17, bitIndex1) | (~v7(constB18, bitIndex1))),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5758, 5751])).
% 127.15/79.71 tff(5760,plain,
% 127.15/79.71 (v7(constB17, bitIndex1)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5759, 5739])).
% 127.15/79.71 tff(5761,plain,
% 127.15/79.71 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB17, bitIndex1)) | v956(constB17, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB17, bitIndex1)) | v956(constB17, bitIndex0))),
% 127.15/79.71 inference(rewrite,[status(thm)],[])).
% 127.15/79.71 tff(5762,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB17, bitIndex1)) | v956(constB17, bitIndex0))),
% 127.15/79.71 inference(quant_inst,[status(thm)],[])).
% 127.15/79.71 tff(5763,plain,
% 127.15/79.71 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB17, bitIndex1)) | v956(constB17, bitIndex0)),
% 127.15/79.71 inference(modus_ponens,[status(thm)],[5762, 5761])).
% 127.15/79.71 tff(5764,plain,
% 127.15/79.71 ($false),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5763, 201, 5760, 5568])).
% 127.15/79.71 tff(5765,plain,((~(constB19 = sK952_VarCurr)) | v13(constB16, bitIndex2) | v13(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.71 tff(5766,plain,
% 127.15/79.71 (~(constB19 = sK952_VarCurr)),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5765, 5523, 5495, 1245])).
% 127.15/79.71 tff(5767,plain,
% 127.15/79.71 (constB20 = sK952_VarCurr),
% 127.15/79.71 inference(unit_resolution,[status(thm)],[5370, 5766, 5254, 5139, 2570, 2728, 2408, 2644, 4110, 4102, 5467, 2617, 5466, 2407, 1246, 2409, 3693, 1245])).
% 127.15/79.71 tff(5768,plain,
% 127.15/79.71 (v1044(constB20) <=> v1044(sK952_VarCurr)),
% 127.15/79.71 inference(monotonicity,[status(thm)],[3955])).
% 127.15/79.72 tff(5769,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB20)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5768])).
% 127.15/79.72 tff(5770,assumption,(v1044(sK952_VarCurr)), introduced(assumption)).
% 127.15/79.72 tff(5771,plain,
% 127.15/79.72 (v1044(constB20)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5770, 5769])).
% 127.15/79.72 tff(5772,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3948, 5771])).
% 127.15/79.72 tff(5773,plain,((~(constB20 = sK952_VarCurr)) | (~v1044(sK952_VarCurr))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5774,plain,
% 127.15/79.72 (~v1044(sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5773, 5767])).
% 127.15/79.72 tff(5775,plain,
% 127.15/79.72 (~(constB8 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2569, 2421, 2318, 1516])).
% 127.15/79.72 tff(5776,plain,
% 127.15/79.72 (~(constB6 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[4127, 835, 2318])).
% 127.15/79.72 tff(5777,plain,
% 127.15/79.72 (~(constB20 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3962, 3960, 1245])).
% 127.15/79.72 tff(5778,plain,
% 127.15/79.72 (~(constB16 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3986, 3984, 1516])).
% 127.15/79.72 tff(5779,plain,
% 127.15/79.72 (v1044(constB13) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[2398])).
% 127.15/79.72 tff(5780,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB13)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5779])).
% 127.15/79.72 tff(5781,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB13))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5780])).
% 127.15/79.72 tff(5782,plain,
% 127.15/79.72 (~v1044(constB13)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5781])).
% 127.15/79.72 tff(5783,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2049, 5782])).
% 127.15/79.72 tff(5784,plain,((~(constB13 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5785,plain,
% 127.15/79.72 (~(constB13 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5784, 5147])).
% 127.15/79.72 tff(5786,plain,
% 127.15/79.72 (v1044(constB19) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[3965])).
% 127.15/79.72 tff(5787,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB19)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5786])).
% 127.15/79.72 tff(5788,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB19))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5787])).
% 127.15/79.72 tff(5789,plain,
% 127.15/79.72 (~v1044(constB19)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5788])).
% 127.15/79.72 tff(5790,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3918, 5789])).
% 127.15/79.72 tff(5791,plain,((~(constB19 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5792,plain,
% 127.15/79.72 (~(constB19 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5791, 5147])).
% 127.15/79.72 tff(5793,plain,
% 127.15/79.72 (v1044(constB17) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5255])).
% 127.15/79.72 tff(5794,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB17)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5793])).
% 127.15/79.72 tff(5795,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB17))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5794])).
% 127.15/79.72 tff(5796,plain,
% 127.15/79.72 (~v1044(constB17)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5795])).
% 127.15/79.72 tff(5797,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3752, 5796])).
% 127.15/79.72 tff(5798,plain,((~(constB17 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5799,plain,
% 127.15/79.72 (~(constB17 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5798, 5147])).
% 127.15/79.72 tff(5800,plain,
% 127.15/79.72 (v1044(constB9) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[2637])).
% 127.15/79.72 tff(5801,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB9)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5800])).
% 127.15/79.72 tff(5802,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB9))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5801])).
% 127.15/79.72 tff(5803,plain,
% 127.15/79.72 (~v1044(constB9)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5802])).
% 127.15/79.72 tff(5804,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB8, constB9)) | v1047(constB9) | v934(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB8, constB9)) | v1047(constB9) | v934(constB9))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5805,plain,
% 127.15/79.72 (((~nextState(constB8, constB9)) | v934(constB9) | v1047(constB9)) <=> ((~nextState(constB8, constB9)) | v1047(constB9) | v934(constB9))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5806,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v1047(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB8, constB9)) | v1047(constB9) | v934(constB9)))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5805])).
% 127.15/79.72 tff(5807,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v1047(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB8, constB9)) | v1047(constB9) | v934(constB9))),
% 127.15/79.72 inference(transitivity,[status(thm)],[5806, 5804])).
% 127.15/79.72 tff(5808,plain,
% 127.15/79.72 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v1047(constB9))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5809,plain,
% 127.15/79.72 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1047(VarNext))) | (~nextState(constB8, constB9)) | v1047(constB9) | v934(constB9)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5808, 5807])).
% 127.15/79.72 tff(5810,plain,
% 127.15/79.72 (v1047(constB9) | v934(constB9)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5809, 1392, 121])).
% 127.15/79.72 tff(5811,plain,
% 127.15/79.72 (v1047(constB9)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5810, 226])).
% 127.15/79.72 tff(5812,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB8, constB9)) | v1045(constB9) | (~v1(constB9)) | (~v1047(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB8, constB9)) | v1045(constB9) | (~v1(constB9)) | (~v1047(constB9)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5813,plain,
% 127.15/79.72 (((~nextState(constB8, constB9)) | (~v1(constB9)) | v1045(constB9) | (~v1047(constB9))) <=> ((~nextState(constB8, constB9)) | v1045(constB9) | (~v1(constB9)) | (~v1047(constB9)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5814,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v1045(constB9) | (~v1047(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB8, constB9)) | v1045(constB9) | (~v1(constB9)) | (~v1047(constB9))))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5813])).
% 127.15/79.72 tff(5815,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v1045(constB9) | (~v1047(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB8, constB9)) | v1045(constB9) | (~v1(constB9)) | (~v1047(constB9)))),
% 127.15/79.72 inference(transitivity,[status(thm)],[5814, 5812])).
% 127.15/79.72 tff(5816,plain,
% 127.15/79.72 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v1045(constB9) | (~v1047(constB9)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5817,plain,
% 127.15/79.72 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1045(VarNext) | (~v1047(VarNext)))) | (~nextState(constB8, constB9)) | v1045(constB9) | (~v1(constB9)) | (~v1047(constB9))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5816, 5815])).
% 127.15/79.72 tff(5818,plain,
% 127.15/79.72 (v1045(constB9) | (~v1047(constB9))),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5817, 1417, 121, 128])).
% 127.15/79.72 tff(5819,plain,
% 127.15/79.72 (v1045(constB9)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5818, 5811])).
% 127.15/79.72 tff(5820,plain,
% 127.15/79.72 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB8, constB9)) | v1044(constB9) | (~v1045(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB8, constB9)) | v1044(constB9) | (~v1045(constB9)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5821,plain,
% 127.15/79.72 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB8, constB9)) | v1044(constB9) | (~v1045(constB9)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5822,plain,
% 127.15/79.72 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v1045(VarNext)))) | (~nextState(constB8, constB9)) | v1044(constB9) | (~v1045(constB9))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5821, 5820])).
% 127.15/79.72 tff(5823,plain,
% 127.15/79.72 (v1044(constB9) | (~v1045(constB9))),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5822, 1435, 121])).
% 127.15/79.72 tff(5824,plain,
% 127.15/79.72 (v1044(constB9)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5823, 5819])).
% 127.15/79.72 tff(5825,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5824, 5803])).
% 127.15/79.72 tff(5826,plain,((~(constB9 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5827,plain,
% 127.15/79.72 (~(constB9 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5826, 5147])).
% 127.15/79.72 tff(5828,plain,
% 127.15/79.72 (v1044(constB15) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[1344])).
% 127.15/79.72 tff(5829,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB15)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5828])).
% 127.15/79.72 tff(5830,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB15))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5829])).
% 127.15/79.72 tff(5831,plain,
% 127.15/79.72 (~v1044(constB15)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5830])).
% 127.15/79.72 tff(5832,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[1440, 5831])).
% 127.15/79.72 tff(5833,plain,((~(constB15 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5834,plain,
% 127.15/79.72 (~(constB15 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5833, 5147])).
% 127.15/79.72 tff(5835,plain,
% 127.15/79.72 (~(constB3 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5150, 5147])).
% 127.15/79.72 tff(5836,plain,
% 127.15/79.72 (v1044(constB7) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[2])).
% 127.15/79.72 tff(5837,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB7)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5836])).
% 127.15/79.72 tff(5838,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB7))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5837])).
% 127.15/79.72 tff(5839,plain,
% 127.15/79.72 (~v1044(constB7)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5838])).
% 127.15/79.72 tff(5840,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2699, 5839])).
% 127.15/79.72 tff(5841,plain,((~(constB7 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5842,plain,
% 127.15/79.72 (~(constB7 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5841, 5147])).
% 127.15/79.72 tff(5843,plain,
% 127.15/79.72 (v1044(constB5) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[2609])).
% 127.15/79.72 tff(5844,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB5)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5843])).
% 127.15/79.72 tff(5845,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB5))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5844])).
% 127.15/79.72 tff(5846,plain,
% 127.15/79.72 (~v1044(constB5)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5845])).
% 127.15/79.72 tff(5847,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2600, 5846])).
% 127.15/79.72 tff(5848,plain,((~(constB5 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5849,plain,
% 127.15/79.72 (~(constB5 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5848, 5147])).
% 127.15/79.72 tff(5850,plain,
% 127.15/79.72 (v1044(constB11) <=> v1044(sK952_VarCurr)),
% 127.15/79.72 inference(monotonicity,[status(thm)],[4103])).
% 127.15/79.72 tff(5851,plain,
% 127.15/79.72 (v1044(sK952_VarCurr) <=> v1044(constB11)),
% 127.15/79.72 inference(symmetry,[status(thm)],[5850])).
% 127.15/79.72 tff(5852,plain,
% 127.15/79.72 ((~v1044(sK952_VarCurr)) <=> (~v1044(constB11))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5851])).
% 127.15/79.72 tff(5853,plain,
% 127.15/79.72 (~v1044(constB11)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5147, 5852])).
% 127.15/79.72 tff(5854,plain,
% 127.15/79.72 ($false),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[1565, 5853])).
% 127.15/79.72 tff(5855,plain,((~(constB11 = sK952_VarCurr)) | v1044(sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.72 tff(5856,plain,
% 127.15/79.72 (~(constB11 = sK952_VarCurr)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5855, 5147])).
% 127.15/79.72 tff(5857,assumption,(~v7(constB4, bitIndex0)), introduced(assumption)).
% 127.15/79.72 tff(5858,plain,
% 127.15/79.72 (^[VarCurr: $i] : refl((v7(VarCurr, bitIndex0) | (~sP960(VarCurr))) <=> (v7(VarCurr, bitIndex0) | (~sP960(VarCurr))))),
% 127.15/79.72 inference(bind,[status(th)],[])).
% 127.15/79.72 tff(5859,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 127.15/79.72 inference(quant_intro,[status(thm)],[5858])).
% 127.15/79.72 tff(5860,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5861,axiom,(![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16746')).
% 127.15/79.72 tff(5862,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5861, 5860])).
% 127.15/79.72 tff(5863,plain,(
% 127.15/79.72 ![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 127.15/79.72 inference(skolemize,[status(sab)],[5862])).
% 127.15/79.72 tff(5864,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5863, 5859])).
% 127.15/79.72 tff(5865,plain,
% 127.15/79.72 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB4, bitIndex0) | (~sP960(constB4)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB4, bitIndex0) | (~sP960(constB4)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5866,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB4, bitIndex0) | (~sP960(constB4)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5867,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB4, bitIndex0) | (~sP960(constB4))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5866, 5865])).
% 127.15/79.72 tff(5868,plain,
% 127.15/79.72 (~sP960(constB4)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5867, 5864, 5857])).
% 127.15/79.72 tff(5869,plain,
% 127.15/79.72 (^[VarCurr: $i] : refl((v7(VarCurr, bitIndex0) | (~sP957(VarCurr))) <=> (v7(VarCurr, bitIndex0) | (~sP957(VarCurr))))),
% 127.15/79.72 inference(bind,[status(th)],[])).
% 127.15/79.72 tff(5870,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.15/79.72 inference(quant_intro,[status(thm)],[5869])).
% 127.15/79.72 tff(5871,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5872,axiom,(![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16472')).
% 127.15/79.72 tff(5873,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5872, 5871])).
% 127.15/79.72 tff(5874,plain,(
% 127.15/79.72 ![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.15/79.72 inference(skolemize,[status(sab)],[5873])).
% 127.15/79.72 tff(5875,plain,
% 127.15/79.72 (![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5874, 5870])).
% 127.15/79.72 tff(5876,plain,
% 127.15/79.72 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB4, bitIndex0) | (~sP957(constB4)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB4, bitIndex0) | (~sP957(constB4)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5877,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB4, bitIndex0) | (~sP957(constB4)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5878,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB4, bitIndex0) | (~sP957(constB4))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5877, 5876])).
% 127.15/79.72 tff(5879,plain,
% 127.15/79.72 (~sP957(constB4)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5878, 5875, 5857])).
% 127.15/79.72 tff(5880,plain,
% 127.15/79.72 (^[VarCurr: $i] : refl((sP958(VarCurr) | v7(VarCurr, bitIndex0)) <=> (sP958(VarCurr) | v7(VarCurr, bitIndex0)))),
% 127.15/79.72 inference(bind,[status(th)],[])).
% 127.15/79.72 tff(5881,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))),
% 127.15/79.72 inference(quant_intro,[status(thm)],[5880])).
% 127.15/79.72 tff(5882,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5883,axiom,(![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16692')).
% 127.15/79.72 tff(5884,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5883, 5882])).
% 127.15/79.72 tff(5885,plain,(
% 127.15/79.72 ![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))),
% 127.15/79.72 inference(skolemize,[status(sab)],[5884])).
% 127.15/79.72 tff(5886,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5885, 5881])).
% 127.15/79.72 tff(5887,plain,
% 127.15/79.72 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB4) | v7(constB4, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB4) | v7(constB4, bitIndex0))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5888,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB4) | v7(constB4, bitIndex0))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5889,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB4) | v7(constB4, bitIndex0)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5888, 5887])).
% 127.15/79.72 tff(5890,plain,
% 127.15/79.72 (sP958(constB4)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5889, 5886, 5857])).
% 127.15/79.72 tff(5891,plain,
% 127.15/79.72 (~v7(constB3, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5055, 5857])).
% 127.15/79.72 tff(5892,plain,
% 127.15/79.72 (~v1052(constB3)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5084, 5891])).
% 127.15/79.72 tff(5893,plain,
% 127.15/79.72 (~v1050(constB2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5089, 5892])).
% 127.15/79.72 tff(5894,plain,
% 127.15/79.72 (v11(constB2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5093, 1480, 5893])).
% 127.15/79.72 tff(5895,plain,
% 127.15/79.72 ((~v11(constB2)) | (~v13(constB2, bitIndex0))),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5165, 2000, 5893])).
% 127.15/79.72 tff(5896,plain,
% 127.15/79.72 (~v13(constB2, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5895, 5894])).
% 127.15/79.72 tff(5897,plain,
% 127.15/79.72 (v11(constB0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5241, 5896])).
% 127.15/79.72 tff(5898,plain,
% 127.15/79.72 (~v938(constB0, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3144, 5897])).
% 127.15/79.72 tff(5899,plain,
% 127.15/79.72 (~v940(constB1, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3153, 5898])).
% 127.15/79.72 tff(5900,plain,
% 127.15/79.72 (~v929(constB1, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3186, 5899])).
% 127.15/79.72 tff(5901,plain,
% 127.15/79.72 (~v7(constB1, bitIndex2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3191, 778, 5900])).
% 127.15/79.72 tff(5902,plain,
% 127.15/79.72 (~v7(constB2, bitIndex2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3213, 5901])).
% 127.15/79.72 tff(5903,plain,
% 127.15/79.72 (sP959(constB2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3217, 1871, 5902])).
% 127.15/79.72 tff(5904,plain,
% 127.15/79.72 (sP958(constB2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3494, 5897])).
% 127.15/79.72 tff(5905,plain,
% 127.15/79.72 (~v938(constB0, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3530, 5897])).
% 127.15/79.72 tff(5906,plain,
% 127.15/79.72 (~v940(constB1, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3545, 5905])).
% 127.15/79.72 tff(5907,plain,
% 127.15/79.72 (~v956(constB1, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3571, 5906])).
% 127.15/79.72 tff(5908,plain,
% 127.15/79.72 (~v7(constB1, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3579, 5907])).
% 127.15/79.72 tff(5909,plain,
% 127.15/79.72 (~v7(constB2, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3600, 5908])).
% 127.15/79.72 tff(5910,plain,
% 127.15/79.72 ((~v13(constB2, bitIndex1)) | (~sP958(constB2)) | (~sP959(constB2))),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3607, 1886, 5909])).
% 127.15/79.72 tff(5911,plain,
% 127.15/79.72 (~v13(constB2, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5910, 5904, 5903])).
% 127.15/79.72 tff(5912,plain,
% 127.15/79.72 ((~v938(constB2, bitIndex0)) | v13(constB2, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3612, 320, 5894])).
% 127.15/79.72 tff(5913,plain,
% 127.15/79.72 (~v938(constB2, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5912, 5911])).
% 127.15/79.72 tff(5914,plain,
% 127.15/79.72 (~v940(constB3, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3622, 5913])).
% 127.15/79.72 tff(5915,plain,
% 127.15/79.72 (~v956(constB3, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3655, 5914])).
% 127.15/79.72 tff(5916,plain,
% 127.15/79.72 (~v7(constB3, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3663, 5915])).
% 127.15/79.72 tff(5917,plain,
% 127.15/79.72 (~v7(constB4, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[3684, 5916])).
% 127.15/79.72 tff(5918,assumption,(sP958(constB4)), introduced(assumption)).
% 127.15/79.72 tff(5919,assumption,(~sP960(constB4)), introduced(assumption)).
% 127.15/79.72 tff(5920,assumption,(~sP957(constB4)), introduced(assumption)).
% 127.15/79.72 tff(5921,plain,
% 127.15/79.72 (v13(constB6, bitIndex2)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2569, 2423, 2422, 11])).
% 127.15/79.72 tff(5922,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB6)) | (~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB6)) | (~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5923,plain,
% 127.15/79.72 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB6)) | (~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5924,plain,
% 127.15/79.72 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB6)) | (~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5923, 5922])).
% 127.15/79.72 tff(5925,plain,
% 127.15/79.72 (v13(constB6, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5924, 320, 2532, 2525])).
% 127.15/79.72 tff(5926,plain,
% 127.15/79.72 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB6) | v7(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB6) | v7(constB6, bitIndex2))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5927,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB6) | v7(constB6, bitIndex2))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5928,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB6) | v7(constB6, bitIndex2)),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5927, 5926])).
% 127.15/79.72 tff(5929,plain,
% 127.15/79.72 (sP959(constB6)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5928, 1871, 4125])).
% 127.15/79.72 tff(5930,plain,
% 127.15/79.72 (sP960(constB6)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2414, 4125])).
% 127.15/79.72 tff(5931,plain,
% 127.15/79.72 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB6, bitIndex1) | (~sP960(constB6)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB6, bitIndex1) | (~sP960(constB6)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5932,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB6, bitIndex1) | (~sP960(constB6)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5933,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB6, bitIndex1) | (~sP960(constB6))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5932, 5931])).
% 127.15/79.72 tff(5934,plain,
% 127.15/79.72 (v28(constB6, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5933, 1819, 5930])).
% 127.15/79.72 tff(5935,plain,
% 127.15/79.72 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB6) | (~v28(constB6, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB6) | (~v28(constB6, bitIndex1)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5936,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB6) | (~v28(constB6, bitIndex1)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5937,plain,
% 127.15/79.72 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB6) | (~v28(constB6, bitIndex1))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5936, 5935])).
% 127.15/79.72 tff(5938,plain,
% 127.15/79.72 (sP958(constB6)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5937, 1912, 5934])).
% 127.15/79.72 tff(5939,assumption,(v13(constB6, bitIndex1)), introduced(assumption)).
% 127.15/79.72 tff(5940,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5941,plain,
% 127.15/79.72 (((~v13(constB6, bitIndex1)) | v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6))) <=> (v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5942,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6))))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5941])).
% 127.15/79.72 tff(5943,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.15/79.72 inference(transitivity,[status(thm)],[5942, 5940])).
% 127.15/79.72 tff(5944,plain,
% 127.15/79.72 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5945,plain,
% 127.15/79.72 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5944, 5943])).
% 127.15/79.72 tff(5946,plain,
% 127.15/79.72 (v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5945, 1886, 5939])).
% 127.15/79.72 tff(5947,plain,
% 127.15/79.72 (v7(constB6, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5946, 5938, 5929])).
% 127.15/79.72 tff(5948,plain,
% 127.15/79.72 (v7(constB5, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[904, 5947])).
% 127.15/79.72 tff(5949,plain,
% 127.15/79.72 (v956(constB5, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[881, 201, 5948])).
% 127.15/79.72 tff(5950,plain,
% 127.15/79.72 (v940(constB5, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[875, 5949])).
% 127.15/79.72 tff(5951,plain,
% 127.15/79.72 (v938(constB4, bitIndex0)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[849, 5950])).
% 127.15/79.72 tff(5952,plain,
% 127.15/79.72 (~v32(constB6)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[2418, 1841, 5930])).
% 127.15/79.72 tff(5953,plain,
% 127.15/79.72 (~v32(constB5)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[673, 5952])).
% 127.15/79.72 tff(5954,plain,
% 127.15/79.72 (v11(constB4)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[625, 5953])).
% 127.15/79.72 tff(5955,plain,
% 127.15/79.72 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[4136, 320, 5954])).
% 127.15/79.72 tff(5956,plain,
% 127.15/79.72 (v13(constB4, bitIndex1)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5955, 5951])).
% 127.15/79.72 tff(5957,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5958,plain,
% 127.15/79.72 (((~v13(constB4, bitIndex1)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~sP959(constB4))) <=> (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5959,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4))))),
% 127.15/79.72 inference(monotonicity,[status(thm)],[5958])).
% 127.15/79.72 tff(5960,plain,
% 127.15/79.72 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~sP959(constB4)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.15/79.72 inference(transitivity,[status(thm)],[5959, 5957])).
% 127.15/79.72 tff(5961,plain,
% 127.15/79.72 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB4, bitIndex1)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~sP959(constB4)))),
% 127.15/79.72 inference(quant_inst,[status(thm)],[])).
% 127.15/79.72 tff(5962,plain,
% 127.15/79.72 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP958(constB4)) | (~sP959(constB4))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5961, 5960])).
% 127.15/79.72 tff(5963,plain,
% 127.15/79.72 (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP959(constB4))),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5962, 1886, 5918])).
% 127.15/79.72 tff(5964,plain,
% 127.15/79.72 (~sP959(constB4)),
% 127.15/79.72 inference(unit_resolution,[status(thm)],[5963, 5956, 3690])).
% 127.15/79.72 tff(5965,plain,
% 127.15/79.72 (^[VarCurr: $i] : refl((sP959(VarCurr) | (~v17(VarCurr, bitIndex0))) <=> (sP959(VarCurr) | (~v17(VarCurr, bitIndex0))))),
% 127.15/79.72 inference(bind,[status(th)],[])).
% 127.15/79.72 tff(5966,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))),
% 127.15/79.72 inference(quant_intro,[status(thm)],[5965])).
% 127.15/79.72 tff(5967,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))),
% 127.15/79.72 inference(rewrite,[status(thm)],[])).
% 127.15/79.72 tff(5968,axiom,(![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16681')).
% 127.15/79.72 tff(5969,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))),
% 127.15/79.72 inference(modus_ponens,[status(thm)],[5968, 5967])).
% 127.15/79.72 tff(5970,plain,(
% 127.15/79.72 ![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))),
% 127.15/79.72 inference(skolemize,[status(sab)],[5969])).
% 127.15/79.72 tff(5971,plain,
% 127.15/79.72 (![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5970, 5966])).
% 127.15/79.73 tff(5972,plain,
% 127.15/79.73 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB4) | (~v17(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB4) | (~v17(constB4, bitIndex0)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(5973,plain,
% 127.15/79.73 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB4) | (~v17(constB4, bitIndex0)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(5974,plain,
% 127.15/79.73 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB4) | (~v17(constB4, bitIndex0))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5973, 5972])).
% 127.15/79.73 tff(5975,plain,
% 127.15/79.73 (~v17(constB4, bitIndex0)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[5974, 5971, 5964])).
% 127.15/79.73 tff(5976,plain,
% 127.15/79.73 (~v17(constB4, bitIndex2)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[4989, 1233, 5964])).
% 127.15/79.73 tff(5977,plain,
% 127.15/79.73 (~v17(constB4, bitIndex1)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[5136, 5133, 5964])).
% 127.15/79.73 tff(5978,plain,
% 127.15/79.73 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB6, bitIndex0) | (~sP960(constB6)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB6, bitIndex0) | (~sP960(constB6)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(5979,plain,
% 127.15/79.73 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB6, bitIndex0) | (~sP960(constB6)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(5980,plain,
% 127.15/79.73 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB6, bitIndex0) | (~sP960(constB6))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5979, 5978])).
% 127.15/79.73 tff(5981,plain,
% 127.15/79.73 (v7(constB6, bitIndex0)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[5980, 5864, 5930])).
% 127.15/79.73 tff(5982,plain,
% 127.15/79.73 (^[VarNext: $i, VarCurr: $i] : refl((v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0))) <=> (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(5983,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0))) <=> ![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[5982])).
% 127.15/79.73 tff(5984,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0))) <=> ![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(5985,plain,
% 127.15/79.73 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) <=> (v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0)))), (((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) <=> ((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)))), rewrite(((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) <=> (v7(VarCurr, bitIndex0) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))), (((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) <=> (v7(VarCurr, bitIndex0) | v1044(VarNext) | (~v7(VarNext, bitIndex0))))), ((((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v7(VarCurr, bitIndex0) | v1044(VarNext) | (~v7(VarNext, bitIndex0))) | (~nextState(VarCurr, VarNext))))), rewrite(((v7(VarCurr, bitIndex0) | v1044(VarNext) | (~v7(VarNext, bitIndex0))) | (~nextState(VarCurr, VarNext))) <=> (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))), ((((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(5986,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : (((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[5985])).
% 127.15/79.73 tff(5987,axiom,(![VarNext: $i, VarCurr: $i] : (((v7(VarCurr, bitIndex0) | (~v7(VarNext, bitIndex0))) | v1044(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16427')).
% 127.15/79.73 tff(5988,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5987, 5986])).
% 127.15/79.73 tff(5989,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5988, 5984])).
% 127.15/79.73 tff(5990,plain,(
% 127.15/79.73 ![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(skolemize,[status(sab)],[5989])).
% 127.15/79.73 tff(5991,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5990, 5983])).
% 127.15/79.73 tff(5992,plain,
% 127.15/79.73 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB5, bitIndex0) | (~nextState(constB5, constB6)) | v1044(constB6) | (~v7(constB6, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB5, bitIndex0) | (~nextState(constB5, constB6)) | v1044(constB6) | (~v7(constB6, bitIndex0)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(5993,plain,
% 127.15/79.73 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB5, bitIndex0) | (~nextState(constB5, constB6)) | v1044(constB6) | (~v7(constB6, bitIndex0)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(5994,plain,
% 127.15/79.73 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB5, bitIndex0) | (~nextState(constB5, constB6)) | v1044(constB6) | (~v7(constB6, bitIndex0))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[5993, 5992])).
% 127.15/79.73 tff(5995,plain,
% 127.15/79.73 (v7(constB5, bitIndex0) | v1044(constB6) | (~v7(constB6, bitIndex0))),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[5994, 5991, 91])).
% 127.15/79.73 tff(5996,plain,
% 127.15/79.73 (v7(constB5, bitIndex0) | (~v7(constB6, bitIndex0))),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[5995, 2656])).
% 127.15/79.73 tff(5997,plain,
% 127.15/79.73 (v7(constB5, bitIndex0)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[5996, 5981])).
% 127.15/79.73 tff(5998,plain,
% 127.15/79.73 (^[VarNext: $i] : refl(((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext)) <=> ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext)))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(5999,plain,
% 127.15/79.73 (![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext)) <=> ![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[5998])).
% 127.15/79.73 tff(6000,plain,
% 127.15/79.73 (![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext)) <=> ![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6001,plain,
% 127.15/79.73 (^[VarNext: $i] : rewrite(((v1052(VarNext) | (~v7(VarNext, bitIndex0))) | (~v1044(VarNext))) <=> ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext)))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6002,plain,
% 127.15/79.73 (![VarNext: $i] : ((v1052(VarNext) | (~v7(VarNext, bitIndex0))) | (~v1044(VarNext))) <=> ![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6001])).
% 127.15/79.73 tff(6003,axiom,(![VarNext: $i] : ((v1052(VarNext) | (~v7(VarNext, bitIndex0))) | (~v1044(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16431')).
% 127.15/79.73 tff(6004,plain,
% 127.15/79.73 (![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6003, 6002])).
% 127.15/79.73 tff(6005,plain,
% 127.15/79.73 (![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6004, 6000])).
% 127.15/79.73 tff(6006,plain,(
% 127.15/79.73 ![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(skolemize,[status(sab)],[6005])).
% 127.15/79.73 tff(6007,plain,
% 127.15/79.73 (![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6006, 5999])).
% 127.15/79.73 tff(6008,plain,
% 127.15/79.73 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB5, bitIndex0)) | v1052(constB5) | (~v1044(constB5)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB5, bitIndex0)) | v1052(constB5) | (~v1044(constB5)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6009,plain,
% 127.15/79.73 (((~v7(constB5, bitIndex0)) | (~v1044(constB5)) | v1052(constB5)) <=> ((~v7(constB5, bitIndex0)) | v1052(constB5) | (~v1044(constB5)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6010,plain,
% 127.15/79.73 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB5, bitIndex0)) | (~v1044(constB5)) | v1052(constB5))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB5, bitIndex0)) | v1052(constB5) | (~v1044(constB5))))),
% 127.15/79.73 inference(monotonicity,[status(thm)],[6009])).
% 127.15/79.73 tff(6011,plain,
% 127.15/79.73 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB5, bitIndex0)) | (~v1044(constB5)) | v1052(constB5))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB5, bitIndex0)) | v1052(constB5) | (~v1044(constB5)))),
% 127.15/79.73 inference(transitivity,[status(thm)],[6010, 6008])).
% 127.15/79.73 tff(6012,plain,
% 127.15/79.73 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB5, bitIndex0)) | (~v1044(constB5)) | v1052(constB5))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(6013,plain,
% 127.15/79.73 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB5, bitIndex0)) | v1052(constB5) | (~v1044(constB5))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6012, 6011])).
% 127.15/79.73 tff(6014,plain,
% 127.15/79.73 ((~v7(constB5, bitIndex0)) | v1052(constB5)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6013, 6007, 2600])).
% 127.15/79.73 tff(6015,plain,
% 127.15/79.73 (v1052(constB5)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6014, 5997])).
% 127.15/79.73 tff(6016,plain,
% 127.15/79.73 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6017,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6016])).
% 127.15/79.73 tff(6018,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6019,plain,
% 127.15/79.73 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1050(VarCurr) | (~v1052(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6020,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : ((v1050(VarCurr) | (~v1052(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6019])).
% 127.15/79.73 tff(6021,axiom,(![VarNext: $i, VarCurr: $i] : ((v1050(VarCurr) | (~v1052(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16435')).
% 127.15/79.73 tff(6022,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6021, 6020])).
% 127.15/79.73 tff(6023,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6022, 6018])).
% 127.15/79.73 tff(6024,plain,(
% 127.15/79.73 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(skolemize,[status(sab)],[6023])).
% 127.15/79.73 tff(6025,plain,
% 127.15/79.73 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6024, 6017])).
% 127.15/79.73 tff(6026,plain,
% 127.15/79.73 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB4, constB5)) | v1050(constB4) | (~v1052(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB4, constB5)) | v1050(constB4) | (~v1052(constB5)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6027,plain,
% 127.15/79.73 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB4, constB5)) | v1050(constB4) | (~v1052(constB5)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(6028,plain,
% 127.15/79.73 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB4, constB5)) | v1050(constB4) | (~v1052(constB5))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6027, 6026])).
% 127.15/79.73 tff(6029,plain,
% 127.15/79.73 (v1050(constB4) | (~v1052(constB5))),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6028, 6025, 81])).
% 127.15/79.73 tff(6030,plain,
% 127.15/79.73 (v1050(constB4)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6029, 6015])).
% 127.15/79.73 tff(6031,plain,
% 127.15/79.73 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) <=> ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6032,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6031])).
% 127.15/79.73 tff(6033,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6034,plain,
% 127.15/79.73 (^[VarCurr: $i] : trans(monotonicity(rewrite((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) <=> (v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))), (((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) | (~v11(VarCurr))) <=> ((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) | (~v11(VarCurr))))), rewrite(((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))), (((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6035,plain,
% 127.15/79.73 (![VarCurr: $i] : ((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6034])).
% 127.15/79.73 tff(6036,axiom,(![VarCurr: $i] : ((v13(VarCurr, bitIndex0) | (~v1050(VarCurr))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16439')).
% 127.15/79.73 tff(6037,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6036, 6035])).
% 127.15/79.73 tff(6038,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6037, 6033])).
% 127.15/79.73 tff(6039,plain,(
% 127.15/79.73 ![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(skolemize,[status(sab)],[6038])).
% 127.15/79.73 tff(6040,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6039, 6032])).
% 127.15/79.73 tff(6041,plain,
% 127.15/79.73 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB4)) | (~v11(constB4)) | v13(constB4, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB4)) | (~v11(constB4)) | v13(constB4, bitIndex0))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6042,plain,
% 127.15/79.73 (((~v11(constB4)) | v13(constB4, bitIndex0) | (~v1050(constB4))) <=> ((~v1050(constB4)) | (~v11(constB4)) | v13(constB4, bitIndex0))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6043,plain,
% 127.15/79.73 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB4)) | v13(constB4, bitIndex0) | (~v1050(constB4)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB4)) | (~v11(constB4)) | v13(constB4, bitIndex0)))),
% 127.15/79.73 inference(monotonicity,[status(thm)],[6042])).
% 127.15/79.73 tff(6044,plain,
% 127.15/79.73 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB4)) | v13(constB4, bitIndex0) | (~v1050(constB4)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB4)) | (~v11(constB4)) | v13(constB4, bitIndex0))),
% 127.15/79.73 inference(transitivity,[status(thm)],[6043, 6041])).
% 127.15/79.73 tff(6045,plain,
% 127.15/79.73 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB4)) | v13(constB4, bitIndex0) | (~v1050(constB4)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(6046,plain,
% 127.15/79.73 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB4)) | (~v11(constB4)) | v13(constB4, bitIndex0)),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6045, 6044])).
% 127.15/79.73 tff(6047,plain,
% 127.15/79.73 (v13(constB4, bitIndex0)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6046, 6040, 6030, 5954])).
% 127.15/79.73 tff(6048,plain,
% 127.15/79.73 (^[VarCurr: $i] : refl(((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6049,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6048])).
% 127.15/79.73 tff(6050,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6051,plain,
% 127.15/79.73 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1))), (((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) <=> (((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))))), rewrite((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0)))), (((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))))), ((((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)))), rewrite((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))), ((((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6052,plain,
% 127.15/79.73 (![VarCurr: $i] : (((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6051])).
% 127.15/79.73 tff(6053,axiom,(![VarCurr: $i] : (((v7(VarCurr, bitIndex1) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16462')).
% 127.15/79.73 tff(6054,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6053, 6052])).
% 127.15/79.73 tff(6055,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6054, 6050])).
% 127.15/79.73 tff(6056,plain,(
% 127.15/79.73 ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(skolemize,[status(sab)],[6055])).
% 127.15/79.73 tff(6057,plain,
% 127.15/79.73 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6056, 6049])).
% 127.15/79.73 tff(6058,plain,
% 127.15/79.73 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6059,plain,
% 127.15/79.73 (((~v924(constB4, bitIndex0)) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0))) <=> (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6060,plain,
% 127.15/79.73 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB4, bitIndex0)) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4)))),
% 127.15/79.73 inference(monotonicity,[status(thm)],[6059])).
% 127.15/79.73 tff(6061,plain,
% 127.15/79.73 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB4, bitIndex0)) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))),
% 127.15/79.73 inference(transitivity,[status(thm)],[6060, 6058])).
% 127.15/79.73 tff(6062,plain,
% 127.15/79.73 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB4, bitIndex0)) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(6063,plain,
% 127.15/79.73 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4)),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6062, 6061])).
% 127.15/79.73 tff(6064,plain,
% 127.15/79.73 (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0))),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6063, 6057, 5920])).
% 127.15/79.73 tff(6065,plain,
% 127.15/79.73 (~v924(constB4, bitIndex0)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6064, 6047, 3690])).
% 127.15/79.73 tff(6066,plain,
% 127.15/79.73 (^[VarCurr: $i] : refl((v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6067,plain,
% 127.15/79.73 (![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6066])).
% 127.15/79.73 tff(6068,plain,
% 127.15/79.73 (![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6069,plain,
% 127.15/79.73 (^[VarCurr: $i] : trans(monotonicity(rewrite(((v7(VarCurr, bitIndex1) | v952(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))) <=> (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0)))), ((((v7(VarCurr, bitIndex1) | v952(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)))), rewrite(((v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))), ((((v7(VarCurr, bitIndex1) | v952(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6070,plain,
% 127.15/79.73 (![VarCurr: $i] : (((v7(VarCurr, bitIndex1) | v952(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6069])).
% 127.15/79.73 tff(6071,axiom,(![VarCurr: $i] : (((v7(VarCurr, bitIndex1) | v952(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16464')).
% 127.15/79.73 tff(6072,plain,
% 127.15/79.73 (![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6071, 6070])).
% 127.15/79.73 tff(6073,plain,
% 127.15/79.73 (![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6072, 6068])).
% 127.15/79.73 tff(6074,plain,(
% 127.15/79.73 ![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(skolemize,[status(sab)],[6073])).
% 127.15/79.73 tff(6075,plain,
% 127.15/79.73 (![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6074, 6067])).
% 127.15/79.73 tff(6076,plain,
% 127.15/79.73 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6077,plain,
% 127.15/79.73 ((v952(constB4, bitIndex1) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0))) <=> (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6078,plain,
% 127.15/79.73 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB4, bitIndex1) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1)))),
% 127.15/79.73 inference(monotonicity,[status(thm)],[6077])).
% 127.15/79.73 tff(6079,plain,
% 127.15/79.73 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB4, bitIndex1) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1))),
% 127.15/79.73 inference(transitivity,[status(thm)],[6078, 6076])).
% 127.15/79.73 tff(6080,plain,
% 127.15/79.73 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB4, bitIndex1) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))),
% 127.15/79.73 inference(quant_inst,[status(thm)],[])).
% 127.15/79.73 tff(6081,plain,
% 127.15/79.73 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1)),
% 127.15/79.73 inference(modus_ponens,[status(thm)],[6080, 6079])).
% 127.15/79.73 tff(6082,plain,
% 127.15/79.73 (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | v952(constB4, bitIndex1)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6081, 6075, 5920])).
% 127.15/79.73 tff(6083,plain,
% 127.15/79.73 (v952(constB4, bitIndex1)),
% 127.15/79.73 inference(unit_resolution,[status(thm)],[6082, 6047, 3690])).
% 127.15/79.73 tff(6084,plain,
% 127.15/79.73 (^[VarCurr: $i] : refl((v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr)) <=> (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr)))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6085,plain,
% 127.15/79.73 (![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr)) <=> ![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6084])).
% 127.15/79.73 tff(6086,plain,
% 127.15/79.73 (![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr)) <=> ![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.73 inference(rewrite,[status(thm)],[])).
% 127.15/79.73 tff(6087,plain,
% 127.15/79.73 (^[VarCurr: $i] : trans(monotonicity(rewrite(((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) <=> ((~v952(VarCurr, bitIndex1)) | v970(VarCurr))), ((((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) | v924(VarCurr, bitIndex0)) <=> (((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) | v924(VarCurr, bitIndex0)))), rewrite((((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) | v924(VarCurr, bitIndex0)) <=> (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))), ((((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) | v924(VarCurr, bitIndex0)) <=> (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))))),
% 127.15/79.73 inference(bind,[status(th)],[])).
% 127.15/79.73 tff(6088,plain,
% 127.15/79.73 (![VarCurr: $i] : (((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.73 inference(quant_intro,[status(thm)],[6087])).
% 127.15/79.73 tff(6089,axiom,(![VarCurr: $i] : (((~v952(VarCurr, bitIndex1)) | v970(VarCurr)) | v924(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16621')).
% 127.15/79.74 tff(6090,plain,
% 127.15/79.74 (![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6089, 6088])).
% 127.15/79.74 tff(6091,plain,
% 127.15/79.74 (![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6090, 6086])).
% 127.15/79.74 tff(6092,plain,(
% 127.15/79.74 ![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.74 inference(skolemize,[status(sab)],[6091])).
% 127.15/79.74 tff(6093,plain,
% 127.15/79.74 (![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6092, 6085])).
% 127.15/79.74 tff(6094,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB4, bitIndex0) | (~v952(constB4, bitIndex1)) | v970(constB4))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | v924(constB4, bitIndex0) | (~v952(constB4, bitIndex1)) | v970(constB4))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6095,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB4, bitIndex0) | (~v952(constB4, bitIndex1)) | v970(constB4))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6096,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | v924(constB4, bitIndex0) | (~v952(constB4, bitIndex1)) | v970(constB4)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6095, 6094])).
% 127.15/79.74 tff(6097,plain,
% 127.15/79.74 (v970(constB4)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6096, 6093, 6083, 6065])).
% 127.15/79.74 tff(6098,plain,
% 127.15/79.74 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr))))),
% 127.15/79.74 inference(bind,[status(th)],[])).
% 127.15/79.74 tff(6099,plain,
% 127.15/79.74 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(quant_intro,[status(thm)],[6098])).
% 127.15/79.74 tff(6100,plain,
% 127.15/79.74 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6101,plain,
% 127.15/79.74 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) <=> (v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2))), (((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) <=> ((v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | v17(VarCurr, bitIndex0)))), rewrite(((v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | v17(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2))), (((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)))), ((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v970(VarCurr))) <=> ((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | (~v970(VarCurr))))), rewrite(((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | (~v970(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))), ((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v970(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))))),
% 127.15/79.74 inference(bind,[status(th)],[])).
% 127.15/79.74 tff(6102,plain,
% 127.15/79.74 (![VarCurr: $i] : (((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v970(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(quant_intro,[status(thm)],[6101])).
% 127.15/79.74 tff(6103,axiom,(![VarCurr: $i] : (((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v970(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16627')).
% 127.15/79.74 tff(6104,plain,
% 127.15/79.74 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6103, 6102])).
% 127.15/79.74 tff(6105,plain,
% 127.15/79.74 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6104, 6100])).
% 127.15/79.74 tff(6106,plain,(
% 127.15/79.74 ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(skolemize,[status(sab)],[6105])).
% 127.15/79.74 tff(6107,plain,
% 127.15/79.74 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6106, 6099])).
% 127.15/79.74 tff(6108,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0) | (~v970(constB4)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0) | (~v970(constB4)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6109,plain,
% 127.15/79.74 ((v17(constB4, bitIndex0) | v17(constB4, bitIndex1) | v17(constB4, bitIndex2) | (~v970(constB4))) <=> (v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0) | (~v970(constB4)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6110,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB4, bitIndex0) | v17(constB4, bitIndex1) | v17(constB4, bitIndex2) | (~v970(constB4)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0) | (~v970(constB4))))),
% 127.15/79.74 inference(monotonicity,[status(thm)],[6109])).
% 127.15/79.74 tff(6111,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB4, bitIndex0) | v17(constB4, bitIndex1) | v17(constB4, bitIndex2) | (~v970(constB4)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0) | (~v970(constB4)))),
% 127.15/79.74 inference(transitivity,[status(thm)],[6110, 6108])).
% 127.15/79.74 tff(6112,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB4, bitIndex0) | v17(constB4, bitIndex1) | v17(constB4, bitIndex2) | (~v970(constB4)))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6113,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0) | (~v970(constB4))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6112, 6111])).
% 127.15/79.74 tff(6114,plain,
% 127.15/79.74 (v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6113, 6107, 6097])).
% 127.15/79.74 tff(6115,plain,
% 127.15/79.74 ($false),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6114, 5977, 5976, 5975])).
% 127.15/79.74 tff(6116,plain,(v7(constB6, bitIndex2) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | (~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.74 tff(6117,plain,
% 127.15/79.74 (v7(constB6, bitIndex2)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6116, 5925, 5918, 5920, 3690, 5921])).
% 127.15/79.74 tff(6118,plain,
% 127.15/79.74 (v7(constB5, bitIndex2)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[834, 6117])).
% 127.15/79.74 tff(6119,plain,
% 127.15/79.74 (v929(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[783, 6118])).
% 127.15/79.74 tff(6120,plain,
% 127.15/79.74 (v940(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[765, 6119])).
% 127.15/79.74 tff(6121,plain,
% 127.15/79.74 (v938(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[699, 6120])).
% 127.15/79.74 tff(6122,plain,
% 127.15/79.74 (v11(constB4)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[691, 6121])).
% 127.15/79.74 tff(6123,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB4)) | v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB4)) | v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6124,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB4)) | v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1)))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6125,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB4)) | v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6124, 6123])).
% 127.15/79.74 tff(6126,plain,
% 127.15/79.74 (v13(constB4, bitIndex2)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6125, 2226, 6122, 6121])).
% 127.15/79.74 tff(6127,plain,
% 127.15/79.74 (^[VarCurr: $i] : refl(((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) <=> ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))))),
% 127.15/79.74 inference(bind,[status(th)],[])).
% 127.15/79.74 tff(6128,plain,
% 127.15/79.74 (![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(quant_intro,[status(thm)],[6127])).
% 127.15/79.74 tff(6129,plain,
% 127.15/79.74 (![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6130,plain,
% 127.15/79.74 (^[VarCurr: $i] : rewrite(((sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) | (~v952(VarCurr, bitIndex1))) <=> ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2))))),
% 127.15/79.74 inference(bind,[status(th)],[])).
% 127.15/79.74 tff(6131,plain,
% 127.15/79.74 (![VarCurr: $i] : ((sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) | (~v952(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(quant_intro,[status(thm)],[6130])).
% 127.15/79.74 tff(6132,axiom,(![VarCurr: $i] : ((sP960(VarCurr) | (~v13(VarCurr, bitIndex2))) | (~v952(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16744')).
% 127.15/79.74 tff(6133,plain,
% 127.15/79.74 (![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6132, 6131])).
% 127.15/79.74 tff(6134,plain,
% 127.15/79.74 (![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6133, 6129])).
% 127.15/79.74 tff(6135,plain,(
% 127.15/79.74 ![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(skolemize,[status(sab)],[6134])).
% 127.15/79.74 tff(6136,plain,
% 127.15/79.74 (![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6135, 6128])).
% 127.15/79.74 tff(6137,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v13(constB4, bitIndex2)) | sP960(constB4) | (~v952(constB4, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB4, bitIndex2)) | sP960(constB4) | (~v952(constB4, bitIndex1)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6138,plain,
% 127.15/79.74 (((~v952(constB4, bitIndex1)) | sP960(constB4) | (~v13(constB4, bitIndex2))) <=> ((~v13(constB4, bitIndex2)) | sP960(constB4) | (~v952(constB4, bitIndex1)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6139,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB4, bitIndex1)) | sP960(constB4) | (~v13(constB4, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v13(constB4, bitIndex2)) | sP960(constB4) | (~v952(constB4, bitIndex1))))),
% 127.15/79.74 inference(monotonicity,[status(thm)],[6138])).
% 127.15/79.74 tff(6140,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB4, bitIndex1)) | sP960(constB4) | (~v13(constB4, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB4, bitIndex2)) | sP960(constB4) | (~v952(constB4, bitIndex1)))),
% 127.15/79.74 inference(transitivity,[status(thm)],[6139, 6137])).
% 127.15/79.74 tff(6141,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB4, bitIndex1)) | sP960(constB4) | (~v13(constB4, bitIndex2)))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6142,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB4, bitIndex2)) | sP960(constB4) | (~v952(constB4, bitIndex1))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6141, 6140])).
% 127.15/79.74 tff(6143,plain,
% 127.15/79.74 ((~v13(constB4, bitIndex2)) | (~v952(constB4, bitIndex1))),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6142, 6136, 5919])).
% 127.15/79.74 tff(6144,plain,
% 127.15/79.74 (~v952(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6143, 6126])).
% 127.15/79.74 tff(6145,plain,
% 127.15/79.74 (^[VarCurr: $i] : refl((sP959(VarCurr) | v952(VarCurr, bitIndex1)) <=> (sP959(VarCurr) | v952(VarCurr, bitIndex1)))),
% 127.15/79.74 inference(bind,[status(th)],[])).
% 127.15/79.74 tff(6146,plain,
% 127.15/79.74 (![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))),
% 127.15/79.74 inference(quant_intro,[status(thm)],[6145])).
% 127.15/79.74 tff(6147,plain,
% 127.15/79.74 (![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6148,axiom,(![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16680')).
% 127.15/79.74 tff(6149,plain,
% 127.15/79.74 (![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6148, 6147])).
% 127.15/79.74 tff(6150,plain,(
% 127.15/79.74 ![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))),
% 127.15/79.74 inference(skolemize,[status(sab)],[6149])).
% 127.15/79.74 tff(6151,plain,
% 127.15/79.74 (![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6150, 6146])).
% 127.15/79.74 tff(6152,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB4) | v952(constB4, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB4) | v952(constB4, bitIndex1))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6153,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB4) | v952(constB4, bitIndex1))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6154,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB4) | v952(constB4, bitIndex1)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6153, 6152])).
% 127.15/79.74 tff(6155,plain,
% 127.15/79.74 (sP959(constB4)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6154, 6151, 6144])).
% 127.15/79.74 tff(6156,plain,
% 127.15/79.74 (~v13(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[5963, 6155, 3690])).
% 127.15/79.74 tff(6157,plain,
% 127.15/79.74 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[4136, 320, 6122])).
% 127.15/79.74 tff(6158,plain,
% 127.15/79.74 (~v938(constB4, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6157, 6156])).
% 127.15/79.74 tff(6159,plain,
% 127.15/79.74 (~v940(constB5, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[849, 6158])).
% 127.15/79.74 tff(6160,plain,
% 127.15/79.74 (~v956(constB5, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[875, 6159])).
% 127.15/79.74 tff(6161,plain,
% 127.15/79.74 (~v13(constB4, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6082, 6144, 3690])).
% 127.15/79.74 tff(6162,plain,
% 127.15/79.74 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6046, 6040, 6122])).
% 127.15/79.74 tff(6163,plain,
% 127.15/79.74 (~v1050(constB4)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6162, 6161])).
% 127.15/79.74 tff(6164,plain,
% 127.15/79.74 (~v1052(constB5)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6029, 6163])).
% 127.15/79.74 tff(6165,plain,
% 127.15/79.74 (~v7(constB5, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6014, 6164])).
% 127.15/79.74 tff(6166,plain,
% 127.15/79.74 (~v7(constB6, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[5996, 6165])).
% 127.15/79.74 tff(6167,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB6) | v7(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB6) | v7(constB6, bitIndex0))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6168,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB6) | v7(constB6, bitIndex0))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6169,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB6) | v7(constB6, bitIndex0)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6168, 6167])).
% 127.15/79.74 tff(6170,plain,
% 127.15/79.74 (sP958(constB6)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6169, 5886, 6166])).
% 127.15/79.74 tff(6171,plain,
% 127.15/79.74 (~sP960(constB6)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[5980, 5864, 6166])).
% 127.15/79.74 tff(6172,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB6, bitIndex1)) | sP960(constB6) | (~v13(constB6, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB6, bitIndex1)) | sP960(constB6) | (~v13(constB6, bitIndex2)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6173,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB6, bitIndex1)) | sP960(constB6) | (~v13(constB6, bitIndex2)))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6174,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB6, bitIndex1)) | sP960(constB6) | (~v13(constB6, bitIndex2))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6173, 6172])).
% 127.15/79.74 tff(6175,plain,
% 127.15/79.74 ((~v952(constB6, bitIndex1)) | sP960(constB6)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6174, 6136, 5921])).
% 127.15/79.74 tff(6176,plain,
% 127.15/79.74 (~v952(constB6, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6175, 6171])).
% 127.15/79.74 tff(6177,plain,
% 127.15/79.74 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB6) | v952(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB6) | v952(constB6, bitIndex1))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6178,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB6) | v952(constB6, bitIndex1))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6179,plain,
% 127.15/79.74 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB6) | v952(constB6, bitIndex1)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6178, 6177])).
% 127.15/79.74 tff(6180,plain,
% 127.15/79.74 (sP959(constB6)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6179, 6151, 6176])).
% 127.15/79.74 tff(6181,plain,
% 127.15/79.74 (v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[5945, 1886, 5925])).
% 127.15/79.74 tff(6182,plain,
% 127.15/79.74 (v7(constB6, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6181, 6180, 6170])).
% 127.15/79.74 tff(6183,plain,
% 127.15/79.74 (v7(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[904, 6182])).
% 127.15/79.74 tff(6184,plain,
% 127.15/79.74 ($false),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[881, 201, 6183, 6160])).
% 127.15/79.74 tff(6185,plain,((~(constB8 = sK952_VarCurr)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.74 tff(6186,plain,
% 127.15/79.74 (~(constB8 = sK952_VarCurr)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6185, 3690, 5918, 5920, 5919, 2318, 1516])).
% 127.15/79.74 tff(6187,plain,
% 127.15/79.74 (v7(constB6, bitIndex2)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[4127, 4114, 2422])).
% 127.15/79.74 tff(6188,plain,
% 127.15/79.74 (v7(constB5, bitIndex2)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[834, 6187])).
% 127.15/79.74 tff(6189,plain,
% 127.15/79.74 (v929(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[783, 6188])).
% 127.15/79.74 tff(6190,plain,
% 127.15/79.74 (v940(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[765, 6189])).
% 127.15/79.74 tff(6191,plain,
% 127.15/79.74 (v938(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[699, 6190])).
% 127.15/79.74 tff(6192,assumption,(v11(constB4)), introduced(assumption)).
% 127.15/79.74 tff(6193,plain,
% 127.15/79.74 (v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1))),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6125, 2226, 6192])).
% 127.15/79.74 tff(6194,plain,
% 127.15/79.74 (v13(constB4, bitIndex2)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6193, 6191])).
% 127.15/79.74 tff(6195,plain,
% 127.15/79.74 (~v952(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6143, 6194])).
% 127.15/79.74 tff(6196,plain,
% 127.15/79.74 (sP959(constB4)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6154, 6151, 6195])).
% 127.15/79.74 tff(6197,plain,
% 127.15/79.74 (~v13(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[5963, 6196, 3690])).
% 127.15/79.74 tff(6198,plain,
% 127.15/79.74 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[4136, 320, 6192])).
% 127.15/79.74 tff(6199,plain,
% 127.15/79.74 (~v938(constB4, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6198, 6197])).
% 127.15/79.74 tff(6200,plain,
% 127.15/79.74 (~v940(constB5, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[849, 6199])).
% 127.15/79.74 tff(6201,plain,
% 127.15/79.74 (~v956(constB5, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[875, 6200])).
% 127.15/79.74 tff(6202,plain,
% 127.15/79.74 (v7(constB6, bitIndex1)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[11, 4116])).
% 127.15/79.74 tff(6203,plain,
% 127.15/79.74 (v7(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[904, 6202])).
% 127.15/79.74 tff(6204,plain,
% 127.15/79.74 ($false),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[881, 201, 6203, 6201])).
% 127.15/79.74 tff(6205,plain,((~(constB6 = sK952_VarCurr)) | (~v11(constB4)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~v7(sK952_VarCurr, bitIndex1)) | sP960(constB4) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.74 tff(6206,plain,
% 127.15/79.74 (~v11(constB4)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6205, 4114, 3690, 5918, 11, 5919, 2422])).
% 127.15/79.74 tff(6207,plain,
% 127.15/79.74 (~v938(constB4, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[691, 6206])).
% 127.15/79.74 tff(6208,plain,
% 127.15/79.74 (~v940(constB5, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[699, 6207])).
% 127.15/79.74 tff(6209,plain,
% 127.15/79.74 ($false),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[765, 6208, 6189])).
% 127.15/79.74 tff(6210,plain,((~(constB6 = sK952_VarCurr)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~v7(sK952_VarCurr, bitIndex1)) | sP960(constB4) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.74 tff(6211,plain,
% 127.15/79.74 (~(constB6 = sK952_VarCurr)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6210, 3690, 5918, 1516, 5919, 2318])).
% 127.15/79.74 tff(6212,plain,
% 127.15/79.74 (~(constB4 = sK952_VarCurr)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[3692, 3690, 1516])).
% 127.15/79.74 tff(6213,plain,
% 127.15/79.74 (v7(constB12, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[5329, 5324, 1516])).
% 127.15/79.74 tff(6214,plain,
% 127.15/79.74 (v7(constB11, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1342, 6213])).
% 127.15/79.74 tff(6215,plain,
% 127.15/79.74 (v956(constB11, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1311, 6214])).
% 127.15/79.74 tff(6216,plain,
% 127.15/79.74 (v940(constB11, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1303, 6215])).
% 127.15/79.74 tff(6217,plain,
% 127.15/79.74 (v938(constB10, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1263, 6216])).
% 127.15/79.74 tff(6218,plain,
% 127.15/79.74 (v11(constB10)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1252, 6217])).
% 127.15/79.74 tff(6219,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB10)) | (~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB10)) | (~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6220,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | ((~v11(constB10)) | (~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6221,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v938(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex1))) | (~v11(constB10)) | (~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6220, 6219])).
% 127.15/79.74 tff(6222,plain,
% 127.15/79.74 (v13(constB10, bitIndex1)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6221, 320, 6218, 6217])).
% 127.15/79.74 tff(6223,plain,
% 127.15/79.74 (v7(constB12, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.15/79.74 inference(monotonicity,[status(thm)],[5324])).
% 127.15/79.74 tff(6224,plain,
% 127.15/79.74 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB12, bitIndex0)),
% 127.15/79.74 inference(symmetry,[status(thm)],[6223])).
% 127.15/79.74 tff(6225,plain,
% 127.15/79.74 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB12, bitIndex0))),
% 127.15/79.74 inference(monotonicity,[status(thm)],[6224])).
% 127.15/79.74 tff(6226,plain,
% 127.15/79.74 (~v7(constB12, bitIndex0)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[1245, 6225])).
% 127.15/79.74 tff(6227,plain,
% 127.15/79.74 (~v7(constB11, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1620, 6226])).
% 127.15/79.74 tff(6228,plain,
% 127.15/79.74 (~v1052(constB11)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1572, 6227])).
% 127.15/79.74 tff(6229,plain,
% 127.15/79.74 (~v1050(constB10)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[1543, 6228])).
% 127.15/79.74 tff(6230,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB10) | (~v11(constB10)) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB10) | (~v11(constB10)) | (~v13(constB10, bitIndex0)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6231,plain,
% 127.15/79.74 (((~v11(constB10)) | v1050(constB10) | (~v13(constB10, bitIndex0))) <=> (v1050(constB10) | (~v11(constB10)) | (~v13(constB10, bitIndex0)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6232,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB10)) | v1050(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v1050(constB10) | (~v11(constB10)) | (~v13(constB10, bitIndex0))))),
% 127.15/79.74 inference(monotonicity,[status(thm)],[6231])).
% 127.15/79.74 tff(6233,plain,
% 127.15/79.74 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB10)) | v1050(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB10) | (~v11(constB10)) | (~v13(constB10, bitIndex0)))),
% 127.15/79.74 inference(transitivity,[status(thm)],[6232, 6230])).
% 127.15/79.74 tff(6234,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v11(constB10)) | v1050(constB10) | (~v13(constB10, bitIndex0)))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6235,plain,
% 127.15/79.74 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v1050(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v1050(constB10) | (~v11(constB10)) | (~v13(constB10, bitIndex0))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6234, 6233])).
% 127.15/79.74 tff(6236,plain,
% 127.15/79.74 (v1050(constB10) | (~v13(constB10, bitIndex0))),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6235, 2000, 6218])).
% 127.15/79.74 tff(6237,plain,
% 127.15/79.74 (~v13(constB10, bitIndex0)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6236, 6229])).
% 127.15/79.74 tff(6238,assumption,(~v11(constB8)), introduced(assumption)).
% 127.15/79.74 tff(6239,plain,
% 127.15/79.74 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB8, constB9)) | v11(constB8) | v755(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB8, constB9)) | v11(constB8) | v755(constB9))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6240,plain,
% 127.15/79.74 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB8, constB9)) | v11(constB8) | v755(constB9))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6241,plain,
% 127.15/79.74 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB8, constB9)) | v11(constB8) | v755(constB9)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6240, 6239])).
% 127.15/79.74 tff(6242,plain,
% 127.15/79.74 (v11(constB8) | v755(constB9)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6241, 508, 121])).
% 127.15/79.74 tff(6243,plain,
% 127.15/79.74 (v755(constB9)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6242, 6238])).
% 127.15/79.74 tff(6244,plain,
% 127.15/79.74 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB8) | (~nextState(constB8, constB9)) | (~v119(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v119(constB9)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6245,plain,
% 127.15/79.74 (((~nextState(constB8, constB9)) | (~v119(constB9)) | v1(constB8)) <=> (v1(constB8) | (~nextState(constB8, constB9)) | (~v119(constB9)))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6246,plain,
% 127.15/79.74 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB8, constB9)) | (~v119(constB9)) | v1(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB8) | (~nextState(constB8, constB9)) | (~v119(constB9))))),
% 127.15/79.74 inference(monotonicity,[status(thm)],[6245])).
% 127.15/79.74 tff(6247,plain,
% 127.15/79.74 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB8, constB9)) | (~v119(constB9)) | v1(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v119(constB9)))),
% 127.15/79.74 inference(transitivity,[status(thm)],[6246, 6244])).
% 127.15/79.74 tff(6248,plain,
% 127.15/79.74 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB8, constB9)) | (~v119(constB9)) | v1(constB8))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6249,plain,
% 127.15/79.74 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v119(constB9))),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6248, 6247])).
% 127.15/79.74 tff(6250,plain,
% 127.15/79.74 (~v119(constB9)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6249, 523, 121, 118])).
% 127.15/79.74 tff(6251,plain,
% 127.15/79.74 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB8, constB9)) | v119(constB9) | v749(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB8, constB9)) | v119(constB9) | v749(constB9))),
% 127.15/79.74 inference(rewrite,[status(thm)],[])).
% 127.15/79.74 tff(6252,plain,
% 127.15/79.74 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB8, constB9)) | v119(constB9) | v749(constB9))),
% 127.15/79.74 inference(quant_inst,[status(thm)],[])).
% 127.15/79.74 tff(6253,plain,
% 127.15/79.74 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB8, constB9)) | v119(constB9) | v749(constB9)),
% 127.15/79.74 inference(modus_ponens,[status(thm)],[6252, 6251])).
% 127.15/79.74 tff(6254,plain,
% 127.15/79.74 (v119(constB9) | v749(constB9)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6253, 540, 121])).
% 127.15/79.74 tff(6255,plain,
% 127.15/79.74 (v749(constB9)),
% 127.15/79.74 inference(unit_resolution,[status(thm)],[6254, 6250])).
% 127.15/79.74 tff(6256,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v748(constB9) | (~v749(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v748(constB9) | (~v749(constB9)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6257,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v748(constB9) | (~v749(constB9)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6258,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v748(constB9) | (~v749(constB9))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6257, 6256])).
% 127.15/79.75 tff(6259,plain,
% 127.15/79.75 (v748(constB9) | (~v749(constB9))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6258, 555, 121, 128])).
% 127.15/79.75 tff(6260,plain,
% 127.15/79.75 (v748(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6259, 6255])).
% 127.15/79.75 tff(6261,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB8, constB9)) | v747(constB9) | (~v748(constB9)) | (~v755(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB8, constB9)) | v747(constB9) | (~v748(constB9)) | (~v755(constB9)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6262,plain,
% 127.15/79.75 (((~nextState(constB8, constB9)) | (~v748(constB9)) | v747(constB9) | (~v755(constB9))) <=> ((~nextState(constB8, constB9)) | v747(constB9) | (~v748(constB9)) | (~v755(constB9)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6263,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB8, constB9)) | (~v748(constB9)) | v747(constB9) | (~v755(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB8, constB9)) | v747(constB9) | (~v748(constB9)) | (~v755(constB9))))),
% 127.15/79.75 inference(monotonicity,[status(thm)],[6262])).
% 127.15/79.75 tff(6264,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB8, constB9)) | (~v748(constB9)) | v747(constB9) | (~v755(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB8, constB9)) | v747(constB9) | (~v748(constB9)) | (~v755(constB9)))),
% 127.15/79.75 inference(transitivity,[status(thm)],[6263, 6261])).
% 127.15/79.75 tff(6265,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB8, constB9)) | (~v748(constB9)) | v747(constB9) | (~v755(constB9)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6266,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB8, constB9)) | v747(constB9) | (~v748(constB9)) | (~v755(constB9))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6265, 6264])).
% 127.15/79.75 tff(6267,plain,
% 127.15/79.75 (v747(constB9) | (~v748(constB9)) | (~v755(constB9))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6266, 570, 121])).
% 127.15/79.75 tff(6268,plain,
% 127.15/79.75 (v747(constB9) | (~v755(constB9))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6267, 6260])).
% 127.15/79.75 tff(6269,plain,
% 127.15/79.75 (v747(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6268, 6243])).
% 127.15/79.75 tff(6270,assumption,(~v32(constB9)), introduced(assumption)).
% 127.15/79.75 tff(6271,plain,
% 127.15/79.75 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB9) | (~v747(constB9)) | (~v765(constB9)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB9) | (~v747(constB9)) | (~v765(constB9)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6272,plain,
% 127.15/79.75 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB9) | (~v747(constB9)) | (~v765(constB9)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6273,plain,
% 127.15/79.75 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB9) | (~v747(constB9)) | (~v765(constB9))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6272, 6271])).
% 127.15/79.75 tff(6274,plain,
% 127.15/79.75 ((~v747(constB9)) | (~v765(constB9))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6273, 590, 6270])).
% 127.15/79.75 tff(6275,plain,
% 127.15/79.75 (~v765(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6274, 6269])).
% 127.15/79.75 tff(6276,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB8, constB9)) | (~v763(constB8)) | v765(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB8, constB9)) | (~v763(constB8)) | v765(constB9))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6277,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB8, constB9)) | (~v763(constB8)) | v765(constB9))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6278,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB8, constB9)) | (~v763(constB8)) | v765(constB9)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6277, 6276])).
% 127.15/79.75 tff(6279,plain,
% 127.15/79.75 ((~v763(constB8)) | v765(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6278, 605, 121])).
% 127.15/79.75 tff(6280,plain,
% 127.15/79.75 (~v763(constB8)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6279, 6275])).
% 127.15/79.75 tff(6281,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB8) | v763(constB8))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB8) | v763(constB8))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6282,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB8) | v763(constB8))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6283,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB8) | v763(constB8)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6282, 6281])).
% 127.15/79.75 tff(6284,plain,
% 127.15/79.75 ($false),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6283, 620, 6238, 6280])).
% 127.15/79.75 tff(6285,plain,(v11(constB8) | v32(constB9)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.75 tff(6286,plain,
% 127.15/79.75 (v32(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6285, 6238])).
% 127.15/79.75 tff(6287,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v748(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v748(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6288,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v748(constB10)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6289,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v748(constB10))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6288, 6287])).
% 127.15/79.75 tff(6290,plain,
% 127.15/79.75 (~v748(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6289, 636, 131, 138])).
% 127.15/79.75 tff(6291,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB9, constB10)) | v748(constB10) | (~v747(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB9, constB10)) | v748(constB10) | (~v747(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6292,plain,
% 127.15/79.75 (((~nextState(constB9, constB10)) | (~v747(constB10)) | v748(constB10)) <=> ((~nextState(constB9, constB10)) | v748(constB10) | (~v747(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6293,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB9, constB10)) | (~v747(constB10)) | v748(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB9, constB10)) | v748(constB10) | (~v747(constB10))))),
% 127.15/79.75 inference(monotonicity,[status(thm)],[6292])).
% 127.15/79.75 tff(6294,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB9, constB10)) | (~v747(constB10)) | v748(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB9, constB10)) | v748(constB10) | (~v747(constB10)))),
% 127.15/79.75 inference(transitivity,[status(thm)],[6293, 6291])).
% 127.15/79.75 tff(6295,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB9, constB10)) | (~v747(constB10)) | v748(constB10))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6296,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB9, constB10)) | v748(constB10) | (~v747(constB10))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6295, 6294])).
% 127.15/79.75 tff(6297,plain,
% 127.15/79.75 (v748(constB10) | (~v747(constB10))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6296, 650, 131])).
% 127.15/79.75 tff(6298,plain,
% 127.15/79.75 (~v747(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6297, 6290])).
% 127.15/79.75 tff(6299,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB9)) | (~nextState(constB9, constB10)) | v747(constB10) | v32(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB9)) | (~nextState(constB9, constB10)) | v747(constB10) | v32(constB10))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6300,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB9)) | (~nextState(constB9, constB10)) | v747(constB10) | v32(constB10))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6301,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB9)) | (~nextState(constB9, constB10)) | v747(constB10) | v32(constB10)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6300, 6299])).
% 127.15/79.75 tff(6302,plain,
% 127.15/79.75 ((~v32(constB9)) | v747(constB10) | v32(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6301, 668, 131])).
% 127.15/79.75 tff(6303,plain,
% 127.15/79.75 ((~v32(constB9)) | v32(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6302, 6298])).
% 127.15/79.75 tff(6304,plain,
% 127.15/79.75 (v32(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6303, 6286])).
% 127.15/79.75 tff(6305,assumption,(~v13(constB10, bitIndex0)), introduced(assumption)).
% 127.15/79.75 tff(6306,plain,
% 127.15/79.75 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB10)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB10)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex0))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6307,plain,
% 127.15/79.75 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB10)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex0))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6308,plain,
% 127.15/79.75 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB10)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex0)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6307, 6306])).
% 127.15/79.75 tff(6309,plain,
% 127.15/79.75 ((~v32(constB10)) | (~v7(constB10, bitIndex0))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6308, 1695, 6305])).
% 127.15/79.75 tff(6310,plain,
% 127.15/79.75 (~v7(constB10, bitIndex0)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6309, 6304])).
% 127.15/79.75 tff(6311,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v1045(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v1045(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6312,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v1045(constB10)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6313,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v1045(constB10))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6312, 6311])).
% 127.15/79.75 tff(6314,plain,
% 127.15/79.75 (~v1045(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6313, 1583, 131, 138])).
% 127.15/79.75 tff(6315,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB9, constB10)) | v1045(constB10) | (~v1044(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB9, constB10)) | v1045(constB10) | (~v1044(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6316,plain,
% 127.15/79.75 (((~nextState(constB9, constB10)) | (~v1044(constB10)) | v1045(constB10)) <=> ((~nextState(constB9, constB10)) | v1045(constB10) | (~v1044(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6317,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB9, constB10)) | (~v1044(constB10)) | v1045(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB9, constB10)) | v1045(constB10) | (~v1044(constB10))))),
% 127.15/79.75 inference(monotonicity,[status(thm)],[6316])).
% 127.15/79.75 tff(6318,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB9, constB10)) | (~v1044(constB10)) | v1045(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB9, constB10)) | v1045(constB10) | (~v1044(constB10)))),
% 127.15/79.75 inference(transitivity,[status(thm)],[6317, 6315])).
% 127.15/79.75 tff(6319,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB9, constB10)) | (~v1044(constB10)) | v1045(constB10))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6320,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB9, constB10)) | v1045(constB10) | (~v1044(constB10))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6319, 6318])).
% 127.15/79.75 tff(6321,plain,
% 127.15/79.75 (v1045(constB10) | (~v1044(constB10))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6320, 1597, 131])).
% 127.15/79.75 tff(6322,plain,
% 127.15/79.75 (~v1044(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6321, 6314])).
% 127.15/79.75 tff(6323,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v1044(constB10) | v7(constB10, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v1044(constB10) | v7(constB10, bitIndex0))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6324,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v1044(constB10) | v7(constB10, bitIndex0))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6325,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v1044(constB10) | v7(constB10, bitIndex0)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6324, 6323])).
% 127.15/79.75 tff(6326,plain,
% 127.15/79.75 ((~v7(constB9, bitIndex0)) | v1044(constB10) | v7(constB10, bitIndex0)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6325, 1615, 131])).
% 127.15/79.75 tff(6327,plain,
% 127.15/79.75 ((~v7(constB9, bitIndex0)) | v7(constB10, bitIndex0)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6326, 6322])).
% 127.15/79.75 tff(6328,plain,
% 127.15/79.75 (~v7(constB9, bitIndex0)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6327, 6310])).
% 127.15/79.75 tff(6329,plain,
% 127.15/79.75 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB9, bitIndex0) | (~v1052(constB9)) | (~v1044(constB9)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB9, bitIndex0) | (~v1052(constB9)) | (~v1044(constB9)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6330,plain,
% 127.15/79.75 ((v7(constB9, bitIndex0) | (~v1044(constB9)) | (~v1052(constB9))) <=> (v7(constB9, bitIndex0) | (~v1052(constB9)) | (~v1044(constB9)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6331,plain,
% 127.15/79.75 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB9, bitIndex0) | (~v1044(constB9)) | (~v1052(constB9)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB9, bitIndex0) | (~v1052(constB9)) | (~v1044(constB9))))),
% 127.15/79.75 inference(monotonicity,[status(thm)],[6330])).
% 127.15/79.75 tff(6332,plain,
% 127.15/79.75 (((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB9, bitIndex0) | (~v1044(constB9)) | (~v1052(constB9)))) <=> ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB9, bitIndex0) | (~v1052(constB9)) | (~v1044(constB9)))),
% 127.15/79.75 inference(transitivity,[status(thm)],[6331, 6329])).
% 127.15/79.75 tff(6333,plain,
% 127.15/79.75 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | (v7(constB9, bitIndex0) | (~v1044(constB9)) | (~v1052(constB9)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6334,plain,
% 127.15/79.75 ((~![VarNext: $i] : (v7(VarNext, bitIndex0) | (~v1044(VarNext)) | (~v1052(VarNext)))) | v7(constB9, bitIndex0) | (~v1052(constB9)) | (~v1044(constB9))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6333, 6332])).
% 127.15/79.75 tff(6335,plain,
% 127.15/79.75 (v7(constB9, bitIndex0) | (~v1052(constB9))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6334, 1450, 5824])).
% 127.15/79.75 tff(6336,plain,
% 127.15/79.75 (~v1052(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6335, 6328])).
% 127.15/79.75 tff(6337,plain,
% 127.15/79.75 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB8, constB9)) | (~v1050(constB8)) | v1052(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB8, constB9)) | (~v1050(constB8)) | v1052(constB9))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6338,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | ((~nextState(constB8, constB9)) | (~v1050(constB8)) | v1052(constB9))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6339,plain,
% 127.15/79.75 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1050(VarCurr)) | v1052(VarNext))) | (~nextState(constB8, constB9)) | (~v1050(constB8)) | v1052(constB9)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6338, 6337])).
% 127.15/79.75 tff(6340,plain,
% 127.15/79.75 ((~v1050(constB8)) | v1052(constB9)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6339, 1468, 121])).
% 127.15/79.75 tff(6341,plain,
% 127.15/79.75 (~v1050(constB8)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6340, 6336])).
% 127.15/79.75 tff(6342,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB8) | v11(constB8))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB8) | v11(constB8))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6343,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB8) | v11(constB8))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6344,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB8) | v11(constB8)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6343, 6342])).
% 127.15/79.75 tff(6345,plain,
% 127.15/79.75 ($false),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6344, 1480, 6341, 6238])).
% 127.15/79.75 tff(6346,plain,(v11(constB8) | v13(constB10, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.75 tff(6347,plain,
% 127.15/79.75 (v11(constB8)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6346, 6237])).
% 127.15/79.75 tff(6348,plain,
% 127.15/79.75 (v7(constB12, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.15/79.75 inference(monotonicity,[status(thm)],[5324])).
% 127.15/79.75 tff(6349,plain,
% 127.15/79.75 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB12, bitIndex2)),
% 127.15/79.75 inference(symmetry,[status(thm)],[6348])).
% 127.15/79.75 tff(6350,plain,
% 127.15/79.75 (v7(constB12, bitIndex2)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[2318, 6349])).
% 127.15/79.75 tff(6351,plain,
% 127.15/79.75 (v7(constB11, bitIndex2)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[1772, 6350])).
% 127.15/79.75 tff(6352,plain,
% 127.15/79.75 (v929(constB11, bitIndex1)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[1751, 6351])).
% 127.15/79.75 tff(6353,plain,
% 127.15/79.75 (v940(constB11, bitIndex1)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[1743, 6352])).
% 127.15/79.75 tff(6354,plain,
% 127.15/79.75 (v938(constB10, bitIndex1)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[1717, 6353])).
% 127.15/79.75 tff(6355,plain,
% 127.15/79.75 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB10)) | v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB10)) | v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6356,plain,
% 127.15/79.75 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB10)) | v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6357,plain,
% 127.15/79.75 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB10)) | v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6356, 6355])).
% 127.15/79.75 tff(6358,plain,
% 127.15/79.75 (v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1))),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6357, 2226, 6218])).
% 127.15/79.75 tff(6359,plain,
% 127.15/79.75 (v13(constB10, bitIndex2)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6358, 6354])).
% 127.15/79.75 tff(6360,assumption,(~v7(constB10, bitIndex2)), introduced(assumption)).
% 127.15/79.75 tff(6361,assumption,(v13(constB10, bitIndex2)), introduced(assumption)).
% 127.15/79.75 tff(6362,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | sP960(constB10))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | sP960(constB10))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6363,plain,
% 127.15/79.75 ((v7(constB10, bitIndex2) | sP960(constB10) | (~v13(constB10, bitIndex2))) <=> (v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | sP960(constB10))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6364,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB10, bitIndex2) | sP960(constB10) | (~v13(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | sP960(constB10)))),
% 127.15/79.75 inference(monotonicity,[status(thm)],[6363])).
% 127.15/79.75 tff(6365,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB10, bitIndex2) | sP960(constB10) | (~v13(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | sP960(constB10))),
% 127.15/79.75 inference(transitivity,[status(thm)],[6364, 6362])).
% 127.15/79.75 tff(6366,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB10, bitIndex2) | sP960(constB10) | (~v13(constB10, bitIndex2)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6367,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6366, 6365])).
% 127.15/79.75 tff(6368,plain,
% 127.15/79.75 (v7(constB10, bitIndex2) | sP960(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6367, 1804, 6361])).
% 127.15/79.75 tff(6369,plain,
% 127.15/79.75 (sP960(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6368, 6360])).
% 127.15/79.75 tff(6370,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB10, bitIndex1) | (~sP960(constB10)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB10, bitIndex1) | (~sP960(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6371,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB10, bitIndex1) | (~sP960(constB10)))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6372,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB10, bitIndex1) | (~sP960(constB10))),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6371, 6370])).
% 127.15/79.75 tff(6373,plain,
% 127.15/79.75 (v28(constB10, bitIndex1)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6372, 1819, 6369])).
% 127.15/79.75 tff(6374,assumption,(v13(constB10, bitIndex1)), introduced(assumption)).
% 127.15/79.75 tff(6375,plain,
% 127.15/79.75 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB10) | v7(constB10, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB10) | v7(constB10, bitIndex2))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6376,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB10) | v7(constB10, bitIndex2))),
% 127.15/79.75 inference(quant_inst,[status(thm)],[])).
% 127.15/79.75 tff(6377,plain,
% 127.15/79.75 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB10) | v7(constB10, bitIndex2)),
% 127.15/79.75 inference(modus_ponens,[status(thm)],[6376, 6375])).
% 127.15/79.75 tff(6378,plain,
% 127.15/79.75 (sP959(constB10)),
% 127.15/79.75 inference(unit_resolution,[status(thm)],[6377, 1871, 6360])).
% 127.15/79.75 tff(6379,plain,
% 127.15/79.75 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6380,plain,
% 127.15/79.75 (((~v13(constB10, bitIndex1)) | v7(constB10, bitIndex1) | (~sP958(constB10)) | (~sP959(constB10))) <=> (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.15/79.75 inference(rewrite,[status(thm)],[])).
% 127.15/79.75 tff(6381,plain,
% 127.15/79.75 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | v7(constB10, bitIndex1) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10))))),
% 127.15/79.75 inference(monotonicity,[status(thm)],[6380])).
% 127.15/79.76 tff(6382,plain,
% 127.15/79.76 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | v7(constB10, bitIndex1) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.15/79.76 inference(transitivity,[status(thm)],[6381, 6379])).
% 127.15/79.76 tff(6383,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | v7(constB10, bitIndex1) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6384,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6383, 6382])).
% 127.15/79.76 tff(6385,plain,
% 127.15/79.76 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6384, 1886, 1])).
% 127.15/79.76 tff(6386,plain,
% 127.15/79.76 (~sP958(constB10)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6385, 6378, 6374])).
% 127.15/79.76 tff(6387,plain,
% 127.15/79.76 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB10) | (~v28(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB10) | (~v28(constB10, bitIndex1)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6388,plain,
% 127.15/79.76 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB10) | (~v28(constB10, bitIndex1)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6389,plain,
% 127.15/79.76 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB10) | (~v28(constB10, bitIndex1))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6388, 6387])).
% 127.15/79.76 tff(6390,plain,
% 127.15/79.76 ($false),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6389, 1912, 6386, 6373])).
% 127.15/79.76 tff(6391,plain,(v7(constB10, bitIndex2) | (~v13(constB10, bitIndex1)) | v7(constB10, bitIndex1) | (~v13(constB10, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.15/79.76 tff(6392,plain,
% 127.15/79.76 (v7(constB10, bitIndex2)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6391, 6222, 1, 6359])).
% 127.15/79.76 tff(6393,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v931(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v931(constB10)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6394,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v931(constB10)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6395,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v931(constB10))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6394, 6393])).
% 127.15/79.76 tff(6396,plain,
% 127.15/79.76 (~v931(constB10)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6395, 794, 131, 138])).
% 127.15/79.76 tff(6397,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB9, constB10)) | v931(constB10) | (~v930(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB9, constB10)) | v931(constB10) | (~v930(constB10)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6398,plain,
% 127.15/79.76 (((~nextState(constB9, constB10)) | (~v930(constB10)) | v931(constB10)) <=> ((~nextState(constB9, constB10)) | v931(constB10) | (~v930(constB10)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6399,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB9, constB10)) | (~v930(constB10)) | v931(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB9, constB10)) | v931(constB10) | (~v930(constB10))))),
% 127.15/79.76 inference(monotonicity,[status(thm)],[6398])).
% 127.15/79.76 tff(6400,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB9, constB10)) | (~v930(constB10)) | v931(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB9, constB10)) | v931(constB10) | (~v930(constB10)))),
% 127.15/79.76 inference(transitivity,[status(thm)],[6399, 6397])).
% 127.15/79.76 tff(6401,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB9, constB10)) | (~v930(constB10)) | v931(constB10))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6402,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB9, constB10)) | v931(constB10) | (~v930(constB10))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6401, 6400])).
% 127.15/79.76 tff(6403,plain,
% 127.15/79.76 (v931(constB10) | (~v930(constB10))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6402, 808, 131])).
% 127.15/79.76 tff(6404,plain,
% 127.15/79.76 (~v930(constB10)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6403, 6396])).
% 127.15/79.76 tff(6405,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB9, bitIndex2) | (~nextState(constB9, constB10)) | v930(constB10) | (~v7(constB10, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB9, bitIndex2) | (~nextState(constB9, constB10)) | v930(constB10) | (~v7(constB10, bitIndex2)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6406,plain,
% 127.15/79.76 (((~nextState(constB9, constB10)) | v7(constB9, bitIndex2) | v930(constB10) | (~v7(constB10, bitIndex2))) <=> (v7(constB9, bitIndex2) | (~nextState(constB9, constB10)) | v930(constB10) | (~v7(constB10, bitIndex2)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6407,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB9, constB10)) | v7(constB9, bitIndex2) | v930(constB10) | (~v7(constB10, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB9, bitIndex2) | (~nextState(constB9, constB10)) | v930(constB10) | (~v7(constB10, bitIndex2))))),
% 127.15/79.76 inference(monotonicity,[status(thm)],[6406])).
% 127.15/79.76 tff(6408,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB9, constB10)) | v7(constB9, bitIndex2) | v930(constB10) | (~v7(constB10, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB9, bitIndex2) | (~nextState(constB9, constB10)) | v930(constB10) | (~v7(constB10, bitIndex2)))),
% 127.15/79.76 inference(transitivity,[status(thm)],[6407, 6405])).
% 127.15/79.76 tff(6409,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB9, constB10)) | v7(constB9, bitIndex2) | v930(constB10) | (~v7(constB10, bitIndex2)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6410,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB9, bitIndex2) | (~nextState(constB9, constB10)) | v930(constB10) | (~v7(constB10, bitIndex2))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6409, 6408])).
% 127.15/79.76 tff(6411,plain,
% 127.15/79.76 (v7(constB9, bitIndex2) | v930(constB10) | (~v7(constB10, bitIndex2))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6410, 826, 131])).
% 127.15/79.76 tff(6412,plain,
% 127.15/79.76 (v7(constB9, bitIndex2) | (~v7(constB10, bitIndex2))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6411, 6404])).
% 127.15/79.76 tff(6413,plain,
% 127.15/79.76 (v7(constB9, bitIndex2)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6412, 6392])).
% 127.15/79.76 tff(6414,assumption,(~v929(constB9, bitIndex1)), introduced(assumption)).
% 127.15/79.76 tff(6415,assumption,(v7(constB9, bitIndex2)), introduced(assumption)).
% 127.15/79.76 tff(6416,plain,
% 127.15/79.76 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB9, bitIndex2)) | v929(constB9, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB9, bitIndex2)) | v929(constB9, bitIndex1))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6417,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB9, bitIndex2)) | v929(constB9, bitIndex1))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6418,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB9, bitIndex2)) | v929(constB9, bitIndex1)),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6417, 6416])).
% 127.15/79.76 tff(6419,plain,
% 127.15/79.76 ($false),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6418, 778, 6415, 6414])).
% 127.15/79.76 tff(6420,plain,((~v7(constB9, bitIndex2)) | v929(constB9, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.76 tff(6421,plain,
% 127.15/79.76 (v929(constB9, bitIndex1)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6420, 6413])).
% 127.15/79.76 tff(6422,assumption,(v929(constB9, bitIndex1)), introduced(assumption)).
% 127.15/79.76 tff(6423,assumption,(~v940(constB9, bitIndex1)), introduced(assumption)).
% 127.15/79.76 tff(6424,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v932(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v932(constB9))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6425,plain,
% 127.15/79.76 (((~nextState(constB8, constB9)) | v932(constB9) | v934(constB9)) <=> ((~nextState(constB8, constB9)) | v934(constB9) | v932(constB9))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6426,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB8, constB9)) | v932(constB9) | v934(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v932(constB9)))),
% 127.15/79.76 inference(monotonicity,[status(thm)],[6425])).
% 127.15/79.76 tff(6427,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB8, constB9)) | v932(constB9) | v934(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v932(constB9))),
% 127.15/79.76 inference(transitivity,[status(thm)],[6426, 6424])).
% 127.15/79.76 tff(6428,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB8, constB9)) | v932(constB9) | v934(constB9))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6429,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v932(constB9)),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6428, 6427])).
% 127.15/79.76 tff(6430,plain,
% 127.15/79.76 (v934(constB9) | v932(constB9)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6429, 712, 121])).
% 127.15/79.76 tff(6431,plain,
% 127.15/79.76 (v932(constB9)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6430, 226])).
% 127.15/79.76 tff(6432,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v931(constB9) | (~v932(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v931(constB9) | (~v932(constB9)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6433,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v931(constB9) | (~v932(constB9)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6434,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v931(constB9) | (~v932(constB9))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6433, 6432])).
% 127.15/79.76 tff(6435,plain,
% 127.15/79.76 (v931(constB9) | (~v932(constB9))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6434, 730, 121, 128])).
% 127.15/79.76 tff(6436,plain,
% 127.15/79.76 (v931(constB9)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6435, 6431])).
% 127.15/79.76 tff(6437,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB8, constB9)) | v930(constB9) | (~v931(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB8, constB9)) | v930(constB9) | (~v931(constB9)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6438,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB8, constB9)) | v930(constB9) | (~v931(constB9)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6439,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB8, constB9)) | v930(constB9) | (~v931(constB9))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6438, 6437])).
% 127.15/79.76 tff(6440,plain,
% 127.15/79.76 (v930(constB9) | (~v931(constB9))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6439, 745, 121])).
% 127.15/79.76 tff(6441,plain,
% 127.15/79.76 (v930(constB9)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6440, 6436])).
% 127.15/79.76 tff(6442,plain,
% 127.15/79.76 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB9)) | (~v929(constB9, bitIndex1)) | v940(constB9, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB9)) | (~v929(constB9, bitIndex1)) | v940(constB9, bitIndex1))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6443,plain,
% 127.15/79.76 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB9)) | (~v929(constB9, bitIndex1)) | v940(constB9, bitIndex1))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6444,plain,
% 127.15/79.76 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB9)) | (~v929(constB9, bitIndex1)) | v940(constB9, bitIndex1)),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6443, 6442])).
% 127.15/79.76 tff(6445,plain,
% 127.15/79.76 ($false),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6444, 760, 6441, 6423, 6422])).
% 127.15/79.76 tff(6446,plain,((~v929(constB9, bitIndex1)) | v940(constB9, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.76 tff(6447,plain,
% 127.15/79.76 (v940(constB9, bitIndex1)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6446, 6421])).
% 127.15/79.76 tff(6448,assumption,(~v938(constB8, bitIndex1)), introduced(assumption)).
% 127.15/79.76 tff(6449,assumption,(v940(constB9, bitIndex1)), introduced(assumption)).
% 127.15/79.76 tff(6450,plain,
% 127.15/79.76 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB8, constB9)) | (~v940(constB9, bitIndex1)) | v938(constB8, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB8, constB9)) | (~v940(constB9, bitIndex1)) | v938(constB8, bitIndex1))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6451,plain,
% 127.15/79.76 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB8, constB9)) | (~v940(constB9, bitIndex1)) | v938(constB8, bitIndex1))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6452,plain,
% 127.15/79.76 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB8, constB9)) | (~v940(constB9, bitIndex1)) | v938(constB8, bitIndex1)),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6451, 6450])).
% 127.15/79.76 tff(6453,plain,
% 127.15/79.76 ($false),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6452, 302, 121, 6449, 6448])).
% 127.15/79.76 tff(6454,plain,((~v940(constB9, bitIndex1)) | v938(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.15/79.76 tff(6455,plain,
% 127.15/79.76 (v938(constB8, bitIndex1)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6454, 6447])).
% 127.15/79.76 tff(6456,plain,
% 127.15/79.76 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB8)) | v13(constB8, bitIndex2) | (~v938(constB8, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB8)) | v13(constB8, bitIndex2) | (~v938(constB8, bitIndex1)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6457,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB8)) | v13(constB8, bitIndex2) | (~v938(constB8, bitIndex1)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6458,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB8)) | v13(constB8, bitIndex2) | (~v938(constB8, bitIndex1))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6457, 6456])).
% 127.15/79.76 tff(6459,plain,
% 127.15/79.76 (v13(constB8, bitIndex2) | (~v938(constB8, bitIndex1))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6458, 2226, 6347])).
% 127.15/79.76 tff(6460,plain,
% 127.15/79.76 (v13(constB8, bitIndex2)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6459, 6455])).
% 127.15/79.76 tff(6461,assumption,(~sP958(constB10)), introduced(assumption)).
% 127.15/79.76 tff(6462,plain,
% 127.15/79.76 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB10) | v7(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB10) | v7(constB10, bitIndex0))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6463,plain,
% 127.15/79.76 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB10) | v7(constB10, bitIndex0))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6464,plain,
% 127.15/79.76 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB10) | v7(constB10, bitIndex0)),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6463, 6462])).
% 127.15/79.76 tff(6465,plain,
% 127.15/79.76 (v7(constB10, bitIndex0)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6464, 5886, 6461])).
% 127.15/79.76 tff(6466,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v1044(constB10) | (~v7(constB10, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v1044(constB10) | (~v7(constB10, bitIndex0)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6467,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v1044(constB10) | (~v7(constB10, bitIndex0)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6468,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v1044(constB10) | (~v7(constB10, bitIndex0))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6467, 6466])).
% 127.15/79.76 tff(6469,plain,
% 127.15/79.76 (v7(constB9, bitIndex0) | v1044(constB10) | (~v7(constB10, bitIndex0))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6468, 5991, 131])).
% 127.15/79.76 tff(6470,plain,
% 127.15/79.76 (v7(constB9, bitIndex0) | (~v7(constB10, bitIndex0))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6469, 6322])).
% 127.15/79.76 tff(6471,plain,
% 127.15/79.76 (v7(constB9, bitIndex0)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6470, 6465])).
% 127.15/79.76 tff(6472,plain,
% 127.15/79.76 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB9, bitIndex0)) | v1052(constB9) | (~v1044(constB9)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB9, bitIndex0)) | v1052(constB9) | (~v1044(constB9)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6473,plain,
% 127.15/79.76 (((~v7(constB9, bitIndex0)) | (~v1044(constB9)) | v1052(constB9)) <=> ((~v7(constB9, bitIndex0)) | v1052(constB9) | (~v1044(constB9)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6474,plain,
% 127.15/79.76 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB9, bitIndex0)) | (~v1044(constB9)) | v1052(constB9))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB9, bitIndex0)) | v1052(constB9) | (~v1044(constB9))))),
% 127.15/79.76 inference(monotonicity,[status(thm)],[6473])).
% 127.15/79.76 tff(6475,plain,
% 127.15/79.76 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB9, bitIndex0)) | (~v1044(constB9)) | v1052(constB9))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB9, bitIndex0)) | v1052(constB9) | (~v1044(constB9)))),
% 127.15/79.76 inference(transitivity,[status(thm)],[6474, 6472])).
% 127.15/79.76 tff(6476,plain,
% 127.15/79.76 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB9, bitIndex0)) | (~v1044(constB9)) | v1052(constB9))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6477,plain,
% 127.15/79.76 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB9, bitIndex0)) | v1052(constB9) | (~v1044(constB9))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6476, 6475])).
% 127.15/79.76 tff(6478,plain,
% 127.15/79.76 ((~v7(constB9, bitIndex0)) | v1052(constB9)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6477, 6007, 5824])).
% 127.15/79.76 tff(6479,plain,
% 127.15/79.76 (v1052(constB9)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6478, 6471])).
% 127.15/79.76 tff(6480,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB8, constB9)) | v1050(constB8) | (~v1052(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB8, constB9)) | v1050(constB8) | (~v1052(constB9)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6481,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB8, constB9)) | v1050(constB8) | (~v1052(constB9)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6482,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB8, constB9)) | v1050(constB8) | (~v1052(constB9))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6481, 6480])).
% 127.15/79.76 tff(6483,plain,
% 127.15/79.76 (v1050(constB8) | (~v1052(constB9))),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6482, 6025, 121])).
% 127.15/79.76 tff(6484,plain,
% 127.15/79.76 (v1050(constB8)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6483, 6479])).
% 127.15/79.76 tff(6485,assumption,(v11(constB8)), introduced(assumption)).
% 127.15/79.76 tff(6486,plain,
% 127.15/79.76 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB8)) | (~v11(constB8)) | v13(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB8)) | (~v11(constB8)) | v13(constB8, bitIndex0))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6487,plain,
% 127.15/79.76 (((~v11(constB8)) | v13(constB8, bitIndex0) | (~v1050(constB8))) <=> ((~v1050(constB8)) | (~v11(constB8)) | v13(constB8, bitIndex0))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6488,plain,
% 127.15/79.76 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB8)) | v13(constB8, bitIndex0) | (~v1050(constB8)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB8)) | (~v11(constB8)) | v13(constB8, bitIndex0)))),
% 127.15/79.76 inference(monotonicity,[status(thm)],[6487])).
% 127.15/79.76 tff(6489,plain,
% 127.15/79.76 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB8)) | v13(constB8, bitIndex0) | (~v1050(constB8)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB8)) | (~v11(constB8)) | v13(constB8, bitIndex0))),
% 127.15/79.76 inference(transitivity,[status(thm)],[6488, 6486])).
% 127.15/79.76 tff(6490,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB8)) | v13(constB8, bitIndex0) | (~v1050(constB8)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6491,plain,
% 127.15/79.76 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB8)) | (~v11(constB8)) | v13(constB8, bitIndex0)),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6490, 6489])).
% 127.15/79.76 tff(6492,plain,
% 127.15/79.76 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6491, 6040, 6485])).
% 127.15/79.76 tff(6493,plain,
% 127.15/79.76 (v13(constB8, bitIndex0)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6492, 6484])).
% 127.15/79.76 tff(6494,assumption,(v13(constB8, bitIndex2)), introduced(assumption)).
% 127.15/79.76 tff(6495,plain,
% 127.15/79.76 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB10) | (~v17(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB10) | (~v17(constB10, bitIndex2)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6496,plain,
% 127.15/79.76 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB10) | (~v17(constB10, bitIndex2)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6497,plain,
% 127.15/79.76 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB10) | (~v17(constB10, bitIndex2))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6496, 6495])).
% 127.15/79.76 tff(6498,plain,
% 127.15/79.76 (~v17(constB10, bitIndex2)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6497, 1220, 6461])).
% 127.15/79.76 tff(6499,assumption,(v17(constB9, bitIndex2)), introduced(assumption)).
% 127.15/79.76 tff(6500,assumption,(~v17(constB10, bitIndex2)), introduced(assumption)).
% 127.15/79.76 tff(6501,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v1012(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v1012(constB10)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6502,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v1012(constB10)))),
% 127.15/79.76 inference(quant_inst,[status(thm)],[])).
% 127.15/79.76 tff(6503,plain,
% 127.15/79.76 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v1012(constB10))),
% 127.15/79.76 inference(modus_ponens,[status(thm)],[6502, 6501])).
% 127.15/79.76 tff(6504,plain,
% 127.15/79.76 (~v1012(constB10)),
% 127.15/79.76 inference(unit_resolution,[status(thm)],[6503, 460, 131, 138])).
% 127.15/79.76 tff(6505,plain,
% 127.15/79.76 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB9, constB10)) | v1012(constB10) | (~v1011(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB9, constB10)) | v1012(constB10) | (~v1011(constB10)))),
% 127.15/79.76 inference(rewrite,[status(thm)],[])).
% 127.15/79.76 tff(6506,plain,
% 127.15/79.76 (((~nextState(constB9, constB10)) | (~v1011(constB10)) | v1012(constB10)) <=> ((~nextState(constB9, constB10)) | v1012(constB10) | (~v1011(constB10)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6507,plain,
% 127.24/79.77 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB9, constB10)) | (~v1011(constB10)) | v1012(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB9, constB10)) | v1012(constB10) | (~v1011(constB10))))),
% 127.24/79.77 inference(monotonicity,[status(thm)],[6506])).
% 127.24/79.77 tff(6508,plain,
% 127.24/79.77 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB9, constB10)) | (~v1011(constB10)) | v1012(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB9, constB10)) | v1012(constB10) | (~v1011(constB10)))),
% 127.24/79.77 inference(transitivity,[status(thm)],[6507, 6505])).
% 127.24/79.77 tff(6509,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB9, constB10)) | (~v1011(constB10)) | v1012(constB10))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6510,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB9, constB10)) | v1012(constB10) | (~v1011(constB10))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6509, 6508])).
% 127.24/79.77 tff(6511,plain,
% 127.24/79.77 (v1012(constB10) | (~v1011(constB10))),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6510, 474, 131])).
% 127.24/79.77 tff(6512,plain,
% 127.24/79.77 (~v1011(constB10)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6511, 6504])).
% 127.24/79.77 tff(6513,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex2) | (~v17(constB9, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex2) | (~v17(constB9, bitIndex2)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6514,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex2) | (~v17(constB9, bitIndex2)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6515,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex2) | (~v17(constB9, bitIndex2))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6514, 6513])).
% 127.24/79.77 tff(6516,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6515, 492, 131, 6512, 6500, 6499])).
% 127.24/79.77 tff(6517,plain,(v17(constB10, bitIndex2) | (~v17(constB9, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6518,plain,
% 127.24/79.77 (~v17(constB9, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6517, 6498])).
% 127.24/79.77 tff(6519,assumption,(v1019(constB9, bitIndex2)), introduced(assumption)).
% 127.24/79.77 tff(6520,assumption,(~v17(constB9, bitIndex2)), introduced(assumption)).
% 127.24/79.77 tff(6521,plain,
% 127.24/79.77 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v1013(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v1013(constB9))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6522,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB8, constB9)) | v934(constB9) | v1013(constB9))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6523,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB8, constB9)) | v934(constB9) | v1013(constB9)),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6522, 6521])).
% 127.24/79.77 tff(6524,plain,
% 127.24/79.77 (v934(constB9) | v1013(constB9)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6523, 360, 121])).
% 127.24/79.77 tff(6525,plain,
% 127.24/79.77 (v1013(constB9)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6524, 226])).
% 127.24/79.77 tff(6526,plain,
% 127.24/79.77 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v1012(constB9) | (~v1013(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v1012(constB9) | (~v1013(constB9)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6527,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v1012(constB9) | (~v1013(constB9)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6528,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v1012(constB9) | (~v1013(constB9))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6527, 6526])).
% 127.24/79.77 tff(6529,plain,
% 127.24/79.77 (v1012(constB9) | (~v1013(constB9))),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6528, 375, 121, 128])).
% 127.24/79.77 tff(6530,plain,
% 127.24/79.77 (v1012(constB9)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6529, 6525])).
% 127.24/79.77 tff(6531,plain,
% 127.24/79.77 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB8, constB9)) | v1011(constB9) | (~v1012(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB8, constB9)) | v1011(constB9) | (~v1012(constB9)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6532,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB8, constB9)) | v1011(constB9) | (~v1012(constB9)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6533,plain,
% 127.24/79.77 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB8, constB9)) | v1011(constB9) | (~v1012(constB9))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6532, 6531])).
% 127.24/79.77 tff(6534,plain,
% 127.24/79.77 (v1011(constB9) | (~v1012(constB9))),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6533, 390, 121])).
% 127.24/79.77 tff(6535,plain,
% 127.24/79.77 (v1011(constB9)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6534, 6530])).
% 127.24/79.77 tff(6536,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB9)) | v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB9)) | v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6537,plain,
% 127.24/79.77 ((v17(constB9, bitIndex2) | (~v1011(constB9)) | (~v1019(constB9, bitIndex2))) <=> ((~v1011(constB9)) | v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6538,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB9, bitIndex2) | (~v1011(constB9)) | (~v1019(constB9, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB9)) | v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2))))),
% 127.24/79.77 inference(monotonicity,[status(thm)],[6537])).
% 127.24/79.77 tff(6539,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB9, bitIndex2) | (~v1011(constB9)) | (~v1019(constB9, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB9)) | v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2)))),
% 127.24/79.77 inference(transitivity,[status(thm)],[6538, 6536])).
% 127.24/79.77 tff(6540,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB9, bitIndex2) | (~v1011(constB9)) | (~v1019(constB9, bitIndex2)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6541,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB9)) | v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6540, 6539])).
% 127.24/79.77 tff(6542,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6541, 405, 6535, 6520, 6519])).
% 127.24/79.77 tff(6543,plain,(v17(constB9, bitIndex2) | (~v1019(constB9, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6544,plain,
% 127.24/79.77 (~v1019(constB9, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6543, 6518])).
% 127.24/79.77 tff(6545,assumption,(~v1019(constB9, bitIndex2)), introduced(assumption)).
% 127.24/79.77 tff(6546,assumption,(v1017(constB8, bitIndex2)), introduced(assumption)).
% 127.24/79.77 tff(6547,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v1019(constB9, bitIndex2) | (~v1017(constB8, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB8, constB9)) | v1019(constB9, bitIndex2) | (~v1017(constB8, bitIndex2)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6548,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v1019(constB9, bitIndex2) | (~v1017(constB8, bitIndex2)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6549,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB8, constB9)) | v1019(constB9, bitIndex2) | (~v1017(constB8, bitIndex2))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6548, 6547])).
% 127.24/79.77 tff(6550,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6549, 422, 121, 6546, 6545])).
% 127.24/79.77 tff(6551,plain,(v1019(constB9, bitIndex2) | (~v1017(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6552,plain,
% 127.24/79.77 (~v1017(constB8, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6551, 6544])).
% 127.24/79.77 tff(6553,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB10) | (~v1003(constB10)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB10) | (~v1003(constB10)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6554,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB10) | (~v1003(constB10)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6555,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB10) | (~v1003(constB10))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6554, 6553])).
% 127.24/79.77 tff(6556,plain,
% 127.24/79.77 (~v1003(constB10)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6555, 1953, 6461])).
% 127.24/79.77 tff(6557,assumption,(v17(constB10, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6558,assumption,(~v1003(constB10)), introduced(assumption)).
% 127.24/79.77 tff(6559,assumption,(v17(constB10, bitIndex1)), introduced(assumption)).
% 127.24/79.77 tff(6560,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (v1003(constB10) | (~v17(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | v1003(constB10) | (~v17(constB10, bitIndex1)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6561,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (v1003(constB10) | (~v17(constB10, bitIndex1)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6562,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v1003(VarCurr) | (~v17(VarCurr, bitIndex1)))) | v1003(constB10) | (~v17(constB10, bitIndex1))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6561, 6560])).
% 127.24/79.77 tff(6563,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6562, 3230, 6558, 6559])).
% 127.24/79.77 tff(6564,plain,((~v17(constB10, bitIndex1)) | v1003(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6565,plain,
% 127.24/79.77 (~v17(constB10, bitIndex1)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6564, 6558])).
% 127.24/79.77 tff(6566,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v1003(constB10) | v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | v1003(constB10) | v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6567,plain,
% 127.24/79.77 ((v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)) | v1003(constB10)) <=> (v1003(constB10) | v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6568,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)) | v1003(constB10))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v1003(constB10) | v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0))))),
% 127.24/79.77 inference(monotonicity,[status(thm)],[6567])).
% 127.24/79.77 tff(6569,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)) | v1003(constB10))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | v1003(constB10) | v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)))),
% 127.24/79.77 inference(transitivity,[status(thm)],[6568, 6566])).
% 127.24/79.77 tff(6570,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | (v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0)) | v1003(constB10))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6571,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex0)) | v1003(VarCurr))) | v1003(constB10) | v17(constB10, bitIndex1) | (~v17(constB10, bitIndex0))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6570, 6569])).
% 127.24/79.77 tff(6572,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6571, 3244, 6558, 6565, 6557])).
% 127.24/79.77 tff(6573,plain,(v1003(constB10) | (~v17(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6574,plain,
% 127.24/79.77 (~v17(constB10, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6573, 6556])).
% 127.24/79.77 tff(6575,assumption,(v17(constB9, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6576,assumption,(~v17(constB10, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6577,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex0) | (~v17(constB9, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex0) | (~v17(constB9, bitIndex0)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6578,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex0) | (~v17(constB9, bitIndex0)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6579,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB9, constB10)) | v1011(constB10) | v17(constB10, bitIndex0) | (~v17(constB9, bitIndex0))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6578, 6577])).
% 127.24/79.77 tff(6580,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6579, 492, 131, 6512, 6576, 6575])).
% 127.24/79.77 tff(6581,plain,((~v17(constB9, bitIndex0)) | v17(constB10, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6582,plain,
% 127.24/79.77 (~v17(constB9, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6581, 6574])).
% 127.24/79.77 tff(6583,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB9)) | v17(constB9, bitIndex0) | (~v1019(constB9, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB9)) | v17(constB9, bitIndex0) | (~v1019(constB9, bitIndex0)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6584,plain,
% 127.24/79.77 ((v17(constB9, bitIndex0) | (~v1011(constB9)) | (~v1019(constB9, bitIndex0))) <=> ((~v1011(constB9)) | v17(constB9, bitIndex0) | (~v1019(constB9, bitIndex0)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6585,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB9, bitIndex0) | (~v1011(constB9)) | (~v1019(constB9, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB9)) | v17(constB9, bitIndex0) | (~v1019(constB9, bitIndex0))))),
% 127.24/79.77 inference(monotonicity,[status(thm)],[6584])).
% 127.24/79.77 tff(6586,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB9, bitIndex0) | (~v1011(constB9)) | (~v1019(constB9, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB9)) | v17(constB9, bitIndex0) | (~v1019(constB9, bitIndex0)))),
% 127.24/79.77 inference(transitivity,[status(thm)],[6585, 6583])).
% 127.24/79.77 tff(6587,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB9, bitIndex0) | (~v1011(constB9)) | (~v1019(constB9, bitIndex0)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6588,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB9)) | v17(constB9, bitIndex0) | (~v1019(constB9, bitIndex0))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6587, 6586])).
% 127.24/79.77 tff(6589,plain,
% 127.24/79.77 (~v1019(constB9, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6588, 405, 6535, 6582])).
% 127.24/79.77 tff(6590,assumption,(~v1019(constB9, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6591,assumption,(v1017(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6592,plain,
% 127.24/79.77 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v1019(constB9, bitIndex0) | (~v1017(constB8, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB8, constB9)) | v1019(constB9, bitIndex0) | (~v1017(constB8, bitIndex0)))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6593,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v1019(constB9, bitIndex0) | (~v1017(constB8, bitIndex0)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6594,plain,
% 127.24/79.77 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB8, constB9)) | v1019(constB9, bitIndex0) | (~v1017(constB8, bitIndex0))),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6593, 6592])).
% 127.24/79.77 tff(6595,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6594, 422, 121, 6591, 6590])).
% 127.24/79.77 tff(6596,plain,(v1019(constB9, bitIndex0) | (~v1017(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6597,plain,
% 127.24/79.77 (~v1017(constB8, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6596, 6589])).
% 127.24/79.77 tff(6598,assumption,(~v1017(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6599,assumption,(~v1017(constB8, bitIndex2)), introduced(assumption)).
% 127.24/79.77 tff(6600,plain,
% 127.24/79.77 (v1017(constB6, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[1112, 1104])).
% 127.24/79.77 tff(6601,plain,
% 127.24/79.77 (v1019(constB7, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[1138, 6600])).
% 127.24/79.77 tff(6602,plain,
% 127.24/79.77 (v17(constB7, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[1171, 6601])).
% 127.24/79.77 tff(6603,plain,
% 127.24/79.77 (v17(constB8, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[1191, 6602])).
% 127.24/79.77 tff(6604,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB8) | (~b100(bitIndex2)) | v1017(constB8, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB8) | (~b100(bitIndex2)) | v1017(constB8, bitIndex2))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6605,plain,
% 127.24/79.77 ((v11(constB8) | v1017(constB8, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB8) | (~b100(bitIndex2)) | v1017(constB8, bitIndex2))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6606,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB8) | v1017(constB8, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB8) | (~b100(bitIndex2)) | v1017(constB8, bitIndex2)))),
% 127.24/79.77 inference(monotonicity,[status(thm)],[6605])).
% 127.24/79.77 tff(6607,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB8) | v1017(constB8, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB8) | (~b100(bitIndex2)) | v1017(constB8, bitIndex2))),
% 127.24/79.77 inference(transitivity,[status(thm)],[6606, 6604])).
% 127.24/79.77 tff(6608,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB8) | v1017(constB8, bitIndex2) | (~b100(bitIndex2)))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6609,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB8) | (~b100(bitIndex2)) | v1017(constB8, bitIndex2)),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6608, 6607])).
% 127.24/79.77 tff(6610,plain,
% 127.24/79.77 ($false),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6609, 439, 436, 6238, 6599])).
% 127.24/79.77 tff(6611,plain,(v11(constB8) | v1017(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.77 tff(6612,plain,
% 127.24/79.77 (v11(constB8)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6611, 6599])).
% 127.24/79.77 tff(6613,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB8)) | (~v20(constB8, bitIndex2)) | v1017(constB8, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB8)) | (~v20(constB8, bitIndex2)) | v1017(constB8, bitIndex2))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6614,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB8)) | (~v20(constB8, bitIndex2)) | v1017(constB8, bitIndex2))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6615,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB8)) | (~v20(constB8, bitIndex2)) | v1017(constB8, bitIndex2)),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6614, 6613])).
% 127.24/79.77 tff(6616,plain,
% 127.24/79.77 (~v20(constB8, bitIndex2)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6615, 1124, 6612, 6599])).
% 127.24/79.77 tff(6617,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB8)) | (~v20(constB8, bitIndex0)) | v1017(constB8, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB8)) | (~v20(constB8, bitIndex0)) | v1017(constB8, bitIndex0))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6618,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB8)) | (~v20(constB8, bitIndex0)) | v1017(constB8, bitIndex0))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6619,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB8)) | (~v20(constB8, bitIndex0)) | v1017(constB8, bitIndex0)),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6618, 6617])).
% 127.24/79.77 tff(6620,plain,
% 127.24/79.77 (~v20(constB8, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6619, 1124, 6612, 6598])).
% 127.24/79.77 tff(6621,assumption,(~v17(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6622,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | (v17(constB8, bitIndex0) | v994(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | v17(constB8, bitIndex0) | v994(constB8, bitIndex0))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6623,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | (v17(constB8, bitIndex0) | v994(constB8, bitIndex0))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6624,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v994(VarCurr, bitIndex0))) | v17(constB8, bitIndex0) | v994(constB8, bitIndex0)),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6623, 6622])).
% 127.24/79.77 tff(6625,plain,
% 127.24/79.77 (v994(constB8, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6624, 3475, 6621])).
% 127.24/79.77 tff(6626,plain,
% 127.24/79.77 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | (v17(constB8, bitIndex0) | v978(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | v17(constB8, bitIndex0) | v978(constB8, bitIndex0))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6627,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | (v17(constB8, bitIndex0) | v978(constB8, bitIndex0))),
% 127.24/79.77 inference(quant_inst,[status(thm)],[])).
% 127.24/79.77 tff(6628,plain,
% 127.24/79.77 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v978(VarCurr, bitIndex0))) | v17(constB8, bitIndex0) | v978(constB8, bitIndex0)),
% 127.24/79.77 inference(modus_ponens,[status(thm)],[6627, 6626])).
% 127.24/79.77 tff(6629,plain,
% 127.24/79.77 (v978(constB8, bitIndex0)),
% 127.24/79.77 inference(unit_resolution,[status(thm)],[6628, 3407, 6621])).
% 127.24/79.77 tff(6630,assumption,(~v20(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6631,assumption,(~v20(constB8, bitIndex2)), introduced(assumption)).
% 127.24/79.77 tff(6632,assumption,(v978(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.77 tff(6633,assumption,(~v993(constB8, bitIndex1)), introduced(assumption)).
% 127.24/79.77 tff(6634,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6635,plain,
% 127.24/79.77 ((v977(constB8, bitIndex0) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2))) <=> ((~v17(constB8, bitIndex2)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1))),
% 127.24/79.77 inference(rewrite,[status(thm)],[])).
% 127.24/79.77 tff(6636,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB8, bitIndex0) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1)))),
% 127.24/79.77 inference(monotonicity,[status(thm)],[6635])).
% 127.24/79.77 tff(6637,plain,
% 127.24/79.77 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB8, bitIndex0) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1))),
% 127.24/79.77 inference(transitivity,[status(thm)],[6636, 6634])).
% 127.24/79.77 tff(6638,plain,
% 127.24/79.77 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB8, bitIndex0) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6639,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1)),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6638, 6637])).
% 127.24/79.78 tff(6640,plain,
% 127.24/79.78 (v977(constB8, bitIndex0) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6639, 1073, 1194])).
% 127.24/79.78 tff(6641,plain,
% 127.24/79.78 (v977(constB8, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6640, 6633, 6631])).
% 127.24/79.78 tff(6642,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6643,plain,
% 127.24/79.78 (((~v977(constB8, bitIndex1)) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2))) <=> ((~v17(constB8, bitIndex2)) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6644,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB8, bitIndex1)) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1))))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6643])).
% 127.24/79.78 tff(6645,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB8, bitIndex1)) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1)))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6644, 6642])).
% 127.24/79.78 tff(6646,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB8, bitIndex1)) | v993(constB8, bitIndex1) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6647,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1))),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6646, 6645])).
% 127.24/79.78 tff(6648,plain,
% 127.24/79.78 (v20(constB8, bitIndex2) | v993(constB8, bitIndex1) | (~v977(constB8, bitIndex1))),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6647, 3439, 1194])).
% 127.24/79.78 tff(6649,plain,
% 127.24/79.78 (~v977(constB8, bitIndex1)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6648, 6633, 6631])).
% 127.24/79.78 tff(6650,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | ((~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1) | (~v978(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1) | (~v978(constB8, bitIndex0)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6651,plain,
% 127.24/79.78 ((v977(constB8, bitIndex1) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | (~v978(constB8, bitIndex0))) <=> ((~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1) | (~v978(constB8, bitIndex0)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6652,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB8, bitIndex1) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | (~v978(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | ((~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1) | (~v978(constB8, bitIndex0))))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6651])).
% 127.24/79.78 tff(6653,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB8, bitIndex1) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | (~v978(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1) | (~v978(constB8, bitIndex0)))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6652, 6650])).
% 127.24/79.78 tff(6654,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (v977(constB8, bitIndex1) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | (~v978(constB8, bitIndex0)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6655,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex1) | (~v977(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v978(VarCurr, B)))) | (~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1) | (~v978(constB8, bitIndex0))),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6654, 6653])).
% 127.24/79.78 tff(6656,plain,
% 127.24/79.78 ((~v977(constB8, bitIndex0)) | v20(constB8, bitIndex0) | v977(constB8, bitIndex1)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6655, 3421, 6632])).
% 127.24/79.78 tff(6657,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6656, 6649, 6641, 6630])).
% 127.24/79.78 tff(6658,plain,(v993(constB8, bitIndex1) | v20(constB8, bitIndex0) | (~v978(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6659,plain,
% 127.24/79.78 (v993(constB8, bitIndex1)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6658, 6630, 6632, 6631, 1194])).
% 127.24/79.78 tff(6660,assumption,(v994(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6661,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1)) | (~v994(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1)) | (~v994(constB8, bitIndex0)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6662,plain,
% 127.24/79.78 (((~v993(constB8, bitIndex1)) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v994(constB8, bitIndex0))) <=> (v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1)) | (~v994(constB8, bitIndex0)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6663,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB8, bitIndex1)) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v994(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1)) | (~v994(constB8, bitIndex0))))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6662])).
% 127.24/79.78 tff(6664,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB8, bitIndex1)) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v994(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1)) | (~v994(constB8, bitIndex0)))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6663, 6661])).
% 127.24/79.78 tff(6665,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB8, bitIndex1)) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v994(constB8, bitIndex0)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6666,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1)) | (~v994(constB8, bitIndex0))),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6665, 6664])).
% 127.24/79.78 tff(6667,plain,
% 127.24/79.78 (v993(constB8, bitIndex0) | v20(constB8, bitIndex0) | (~v993(constB8, bitIndex1))),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6666, 1092, 6660])).
% 127.24/79.78 tff(6668,plain,
% 127.24/79.78 (v993(constB8, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6667, 6659, 6630])).
% 127.24/79.78 tff(6669,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6670,plain,
% 127.24/79.78 (((~v977(constB8, bitIndex1)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2))) <=> ((~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6671,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB8, bitIndex1)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1))))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6670])).
% 127.24/79.78 tff(6672,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB8, bitIndex1)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1)))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6671, 6669])).
% 127.24/79.78 tff(6673,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v977(constB8, bitIndex1)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6674,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : ((~v977(VarCurr, bitIndex1)) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1))),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6673, 6672])).
% 127.24/79.78 tff(6675,plain,
% 127.24/79.78 ((~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v977(constB8, bitIndex1))),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6674, 3457, 1194])).
% 127.24/79.78 tff(6676,plain,
% 127.24/79.78 (~v977(constB8, bitIndex1)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6675, 6668, 6631])).
% 127.24/79.78 tff(6677,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6678,plain,
% 127.24/79.78 ((v977(constB8, bitIndex0) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2))) <=> ((~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6679,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB8, bitIndex0) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2)))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6678])).
% 127.24/79.78 tff(6680,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB8, bitIndex0) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6679, 6677])).
% 127.24/79.78 tff(6681,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB8, bitIndex0) | (~v993(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6682,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | (~v993(VarCurr, bitIndex0)) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB8, bitIndex2)) | (~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2)),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6681, 6680])).
% 127.24/79.78 tff(6683,plain,
% 127.24/79.78 ((~v993(constB8, bitIndex0)) | v977(constB8, bitIndex0) | v20(constB8, bitIndex2)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6682, 3390, 1194])).
% 127.24/79.78 tff(6684,plain,
% 127.24/79.78 (v977(constB8, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6683, 6668, 6631])).
% 127.24/79.78 tff(6685,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6656, 6684, 6676, 6630])).
% 127.24/79.78 tff(6686,plain,(v20(constB8, bitIndex0) | (~v978(constB8, bitIndex0)) | v20(constB8, bitIndex2) | (~v17(constB8, bitIndex2)) | (~v994(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6687,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6686, 6629, 6625, 1194, 6620, 6616])).
% 127.24/79.78 tff(6688,plain,(v1017(constB8, bitIndex0) | (~v17(constB8, bitIndex2)) | v17(constB8, bitIndex0) | v1017(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6689,plain,
% 127.24/79.78 (v17(constB8, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6688, 6603, 6599, 6598])).
% 127.24/79.78 tff(6690,assumption,(v17(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6691,assumption,(~v17(constB7, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6692,plain,
% 127.24/79.78 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB7, constB8)) | v1011(constB8) | (~v17(constB8, bitIndex0)) | v17(constB7, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB7, constB8)) | v1011(constB8) | (~v17(constB8, bitIndex0)) | v17(constB7, bitIndex0))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6693,plain,
% 127.24/79.78 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB7, constB8)) | v1011(constB8) | (~v17(constB8, bitIndex0)) | v17(constB7, bitIndex0))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6694,plain,
% 127.24/79.78 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB7, constB8)) | v1011(constB8) | (~v17(constB8, bitIndex0)) | v17(constB7, bitIndex0)),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6693, 6692])).
% 127.24/79.78 tff(6695,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6694, 996, 111, 1186, 6691, 6690])).
% 127.24/79.78 tff(6696,plain,((~v17(constB8, bitIndex0)) | v17(constB7, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6697,plain,
% 127.24/79.78 (v17(constB7, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6696, 6689])).
% 127.24/79.78 tff(6698,assumption,(v1017(constB6, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6699,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB6) | (~v1017(constB6, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB6) | (~v1017(constB6, bitIndex0)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6700,plain,
% 127.24/79.78 ((v11(constB6) | (~v1017(constB6, bitIndex0)) | b100(bitIndex0)) <=> (b100(bitIndex0) | v11(constB6) | (~v1017(constB6, bitIndex0)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6701,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB6) | (~v1017(constB6, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB6) | (~v1017(constB6, bitIndex0))))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6700])).
% 127.24/79.78 tff(6702,plain,
% 127.24/79.78 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB6) | (~v1017(constB6, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB6) | (~v1017(constB6, bitIndex0)))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6701, 6699])).
% 127.24/79.78 tff(6703,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB6) | (~v1017(constB6, bitIndex0)) | b100(bitIndex0))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6704,plain,
% 127.24/79.78 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB6) | (~v1017(constB6, bitIndex0))),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6703, 6702])).
% 127.24/79.78 tff(6705,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6704, 936, 933, 1104, 6698])).
% 127.24/79.78 tff(6706,plain,((~v1017(constB6, bitIndex0)) | v11(constB6)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6707,plain,
% 127.24/79.78 (~v1017(constB6, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6706, 1104])).
% 127.24/79.78 tff(6708,assumption,(v1019(constB7, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6709,assumption,(~v1017(constB6, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6710,plain,
% 127.24/79.78 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB6, constB7)) | (~v1019(constB7, bitIndex0)) | v1017(constB6, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB6, constB7)) | (~v1019(constB7, bitIndex0)) | v1017(constB6, bitIndex0))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6711,plain,
% 127.24/79.78 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB6, constB7)) | (~v1019(constB7, bitIndex0)) | v1017(constB6, bitIndex0))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6712,plain,
% 127.24/79.78 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB6, constB7)) | (~v1019(constB7, bitIndex0)) | v1017(constB6, bitIndex0)),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6711, 6710])).
% 127.24/79.78 tff(6713,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6712, 957, 101, 6709, 6708])).
% 127.24/79.78 tff(6714,plain,((~v1019(constB7, bitIndex0)) | v1017(constB6, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6715,plain,
% 127.24/79.78 (~v1019(constB7, bitIndex0)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6714, 6707])).
% 127.24/79.78 tff(6716,plain,
% 127.24/79.78 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB7)) | (~v17(constB7, bitIndex0)) | v1019(constB7, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB7)) | (~v17(constB7, bitIndex0)) | v1019(constB7, bitIndex0))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6717,plain,
% 127.24/79.78 (((~v17(constB7, bitIndex0)) | (~v1011(constB7)) | v1019(constB7, bitIndex0)) <=> ((~v1011(constB7)) | (~v17(constB7, bitIndex0)) | v1019(constB7, bitIndex0))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6718,plain,
% 127.24/79.78 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB7, bitIndex0)) | (~v1011(constB7)) | v1019(constB7, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB7)) | (~v17(constB7, bitIndex0)) | v1019(constB7, bitIndex0)))),
% 127.24/79.78 inference(monotonicity,[status(thm)],[6717])).
% 127.24/79.78 tff(6719,plain,
% 127.24/79.78 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB7, bitIndex0)) | (~v1011(constB7)) | v1019(constB7, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB7)) | (~v17(constB7, bitIndex0)) | v1019(constB7, bitIndex0))),
% 127.24/79.78 inference(transitivity,[status(thm)],[6718, 6716])).
% 127.24/79.78 tff(6720,plain,
% 127.24/79.78 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB7, bitIndex0)) | (~v1011(constB7)) | v1019(constB7, bitIndex0))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6721,plain,
% 127.24/79.78 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB7)) | (~v17(constB7, bitIndex0)) | v1019(constB7, bitIndex0)),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6720, 6719])).
% 127.24/79.78 tff(6722,plain,
% 127.24/79.78 ($false),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6721, 975, 1163, 6715, 6697])).
% 127.24/79.78 tff(6723,plain,(v11(constB6) | v1017(constB8, bitIndex2) | v1017(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.24/79.78 tff(6724,plain,
% 127.24/79.78 (v11(constB6)),
% 127.24/79.78 inference(unit_resolution,[status(thm)],[6723, 6597, 6552])).
% 127.24/79.78 tff(6725,assumption,(v13(constB8, bitIndex0)), introduced(assumption)).
% 127.24/79.78 tff(6726,assumption,(v11(constB6)), introduced(assumption)).
% 127.24/79.78 tff(6727,plain,
% 127.24/79.78 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB6) | (~v32(constB6)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB6) | (~v32(constB6)))),
% 127.24/79.78 inference(rewrite,[status(thm)],[])).
% 127.24/79.78 tff(6728,plain,
% 127.24/79.78 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB6) | (~v32(constB6)))),
% 127.24/79.78 inference(quant_inst,[status(thm)],[])).
% 127.24/79.78 tff(6729,plain,
% 127.24/79.78 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB6) | (~v32(constB6))),
% 127.24/79.78 inference(modus_ponens,[status(thm)],[6728, 6727])).
% 127.24/79.78 tff(6730,plain,
% 127.24/79.79 (sP958(constB6)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6729, 1923, 674])).
% 127.24/79.79 tff(6731,plain,
% 127.24/79.79 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex2)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB6, bitIndex2)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6732,plain,
% 127.24/79.79 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex2)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6733,plain,
% 127.24/79.79 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB6, bitIndex2)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6732, 6731])).
% 127.24/79.79 tff(6734,plain,
% 127.24/79.79 ((~v17(constB6, bitIndex2)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6))),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6733, 1205, 5929])).
% 127.24/79.79 tff(6735,plain,
% 127.24/79.79 (~v13(constB6, bitIndex1)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6734, 6730, 498])).
% 127.24/79.79 tff(6736,plain,
% 127.24/79.79 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[5924, 320, 6726])).
% 127.24/79.79 tff(6737,plain,
% 127.24/79.79 (~v938(constB6, bitIndex0)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6736, 6735])).
% 127.24/79.79 tff(6738,plain,
% 127.24/79.79 (~v940(constB7, bitIndex0)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[2524, 6737])).
% 127.24/79.79 tff(6739,plain,
% 127.24/79.79 (~v956(constB7, bitIndex0)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[2516, 6738])).
% 127.24/79.79 tff(6740,plain,
% 127.24/79.79 (~v7(constB7, bitIndex1)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[2490, 6739])).
% 127.24/79.79 tff(6741,plain,
% 127.24/79.79 (~v7(constB8, bitIndex1)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[2482, 6740])).
% 127.24/79.79 tff(6742,plain,
% 127.24/79.79 (^[VarCurr: $i] : refl(((~v73(VarCurr)) | (~v32(VarCurr))) <=> ((~v73(VarCurr)) | (~v32(VarCurr))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6743,plain,
% 127.24/79.79 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr))) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6742])).
% 127.24/79.79 tff(6744,plain,
% 127.24/79.79 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr))) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6745,axiom,(![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21075')).
% 127.24/79.79 tff(6746,plain,
% 127.24/79.79 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6745, 6744])).
% 127.24/79.79 tff(6747,plain,(
% 127.24/79.79 ![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6746])).
% 127.24/79.79 tff(6748,plain,
% 127.24/79.79 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6747, 6743])).
% 127.24/79.79 tff(6749,plain,
% 127.24/79.79 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB6)) | (~v73(constB6)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB6)) | (~v73(constB6)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6750,plain,
% 127.24/79.79 (((~v73(constB6)) | (~v32(constB6))) <=> ((~v32(constB6)) | (~v73(constB6)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6751,plain,
% 127.24/79.79 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB6)) | (~v32(constB6)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB6)) | (~v73(constB6))))),
% 127.24/79.79 inference(monotonicity,[status(thm)],[6750])).
% 127.24/79.79 tff(6752,plain,
% 127.24/79.79 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB6)) | (~v32(constB6)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB6)) | (~v73(constB6)))),
% 127.24/79.79 inference(transitivity,[status(thm)],[6751, 6749])).
% 127.24/79.79 tff(6753,plain,
% 127.24/79.79 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB6)) | (~v32(constB6)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6754,plain,
% 127.24/79.79 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB6)) | (~v73(constB6))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6753, 6752])).
% 127.24/79.79 tff(6755,plain,
% 127.24/79.79 (~v73(constB6)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6754, 6748, 674])).
% 127.24/79.79 tff(6756,plain,
% 127.24/79.79 (^[VarCurr: $i] : refl((v11(VarCurr) | v615(VarCurr)) <=> (v11(VarCurr) | v615(VarCurr)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6757,plain,
% 127.24/79.79 (![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr)) <=> ![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6756])).
% 127.24/79.79 tff(6758,plain,
% 127.24/79.79 (![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr)) <=> ![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6759,plain,
% 127.24/79.79 (^[VarCurr: $i] : rewrite((v615(VarCurr) | v11(VarCurr)) <=> (v11(VarCurr) | v615(VarCurr)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6760,plain,
% 127.24/79.79 (![VarCurr: $i] : (v615(VarCurr) | v11(VarCurr)) <=> ![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6759])).
% 127.24/79.79 tff(6761,axiom,(![VarCurr: $i] : (v615(VarCurr) | v11(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21104')).
% 127.24/79.79 tff(6762,plain,
% 127.24/79.79 (![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6761, 6760])).
% 127.24/79.79 tff(6763,plain,
% 127.24/79.79 (![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6762, 6758])).
% 127.24/79.79 tff(6764,plain,(
% 127.24/79.79 ![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6763])).
% 127.24/79.79 tff(6765,plain,
% 127.24/79.79 (![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6764, 6757])).
% 127.24/79.79 tff(6766,plain,
% 127.24/79.79 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB4) | v615(constB4))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB4) | v615(constB4))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6767,plain,
% 127.24/79.79 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB4) | v615(constB4))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6768,plain,
% 127.24/79.79 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB4) | v615(constB4)),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6767, 6766])).
% 127.24/79.79 tff(6769,plain,
% 127.24/79.79 (v615(constB4)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6768, 6765, 342])).
% 127.24/79.79 tff(6770,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6771,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6770])).
% 127.24/79.79 tff(6772,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6773,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : rewrite(((v617(VarNext) | (~v615(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6774,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((v617(VarNext) | (~v615(VarCurr))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6773])).
% 127.24/79.79 tff(6775,axiom,(![VarNext: $i, VarCurr: $i] : ((v617(VarNext) | (~v615(VarCurr))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21098')).
% 127.24/79.79 tff(6776,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6775, 6774])).
% 127.24/79.79 tff(6777,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6776, 6772])).
% 127.24/79.79 tff(6778,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6777])).
% 127.24/79.79 tff(6779,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6778, 6771])).
% 127.24/79.79 tff(6780,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB4, constB5)) | (~v615(constB4)) | v617(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB4, constB5)) | (~v615(constB4)) | v617(constB5))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6781,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB4, constB5)) | (~v615(constB4)) | v617(constB5))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6782,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB4, constB5)) | (~v615(constB4)) | v617(constB5)),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6781, 6780])).
% 127.24/79.79 tff(6783,plain,
% 127.24/79.79 ((~v615(constB4)) | v617(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6782, 6779, 81])).
% 127.24/79.79 tff(6784,plain,
% 127.24/79.79 (v617(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6783, 6769])).
% 127.24/79.79 tff(6785,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6786,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6785])).
% 127.24/79.79 tff(6787,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6788,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarCurr) | (~v572(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6789,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | (~v572(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6788])).
% 127.24/79.79 tff(6790,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarCurr) | (~v572(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21219')).
% 127.24/79.79 tff(6791,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6790, 6789])).
% 127.24/79.79 tff(6792,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6791, 6787])).
% 127.24/79.79 tff(6793,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6792])).
% 127.24/79.79 tff(6794,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6793, 6786])).
% 127.24/79.79 tff(6795,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB4) | (~nextState(constB4, constB5)) | (~v572(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v572(constB5)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6796,plain,
% 127.24/79.79 (((~nextState(constB4, constB5)) | v1(constB4) | (~v572(constB5))) <=> (v1(constB4) | (~nextState(constB4, constB5)) | (~v572(constB5)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6797,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB4, constB5)) | v1(constB4) | (~v572(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB4) | (~nextState(constB4, constB5)) | (~v572(constB5))))),
% 127.24/79.79 inference(monotonicity,[status(thm)],[6796])).
% 127.24/79.79 tff(6798,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB4, constB5)) | v1(constB4) | (~v572(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v572(constB5)))),
% 127.24/79.79 inference(transitivity,[status(thm)],[6797, 6795])).
% 127.24/79.79 tff(6799,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB4, constB5)) | v1(constB4) | (~v572(constB5)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6800,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB4) | (~nextState(constB4, constB5)) | (~v572(constB5))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6799, 6798])).
% 127.24/79.79 tff(6801,plain,
% 127.24/79.79 (~v572(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6800, 6794, 81, 78])).
% 127.24/79.79 tff(6802,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6803,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6802])).
% 127.24/79.79 tff(6804,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6805,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : rewrite(((v572(VarNext) | v612(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6806,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((v572(VarNext) | v612(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6805])).
% 127.24/79.79 tff(6807,axiom,(![VarNext: $i, VarCurr: $i] : ((v572(VarNext) | v612(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21117')).
% 127.24/79.79 tff(6808,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6807, 6806])).
% 127.24/79.79 tff(6809,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6808, 6804])).
% 127.24/79.79 tff(6810,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6809])).
% 127.24/79.79 tff(6811,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6810, 6803])).
% 127.24/79.79 tff(6812,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB4, constB5)) | v572(constB5) | v612(constB5))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB4, constB5)) | v572(constB5) | v612(constB5))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6813,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB4, constB5)) | v572(constB5) | v612(constB5))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6814,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB4, constB5)) | v572(constB5) | v612(constB5)),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6813, 6812])).
% 127.24/79.79 tff(6815,plain,
% 127.24/79.79 (v572(constB5) | v612(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6814, 6811, 81])).
% 127.24/79.79 tff(6816,plain,
% 127.24/79.79 (v612(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6815, 6801])).
% 127.24/79.79 tff(6817,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6818,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6817])).
% 127.24/79.79 tff(6819,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6820,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite(((v610(VarNext) | (~v612(VarNext))) | (~v1(VarNext))) <=> ((~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))), ((((v610(VarNext) | (~v612(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> (((~v1(VarNext)) | v610(VarNext) | (~v612(VarNext))) | (~nextState(VarCurr, VarNext))))), rewrite((((~v1(VarNext)) | v610(VarNext) | (~v612(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))), ((((v610(VarNext) | (~v612(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6821,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : (((v610(VarNext) | (~v612(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6820])).
% 127.24/79.79 tff(6822,axiom,(![VarNext: $i, VarCurr: $i] : (((v610(VarNext) | (~v612(VarNext))) | (~v1(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21114')).
% 127.24/79.79 tff(6823,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6822, 6821])).
% 127.24/79.79 tff(6824,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6823, 6819])).
% 127.24/79.79 tff(6825,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6824])).
% 127.24/79.79 tff(6826,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6825, 6818])).
% 127.24/79.79 tff(6827,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v610(constB5) | (~v612(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v610(constB5) | (~v612(constB5)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6828,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB4, constB5)) | (~v1(constB5)) | v610(constB5) | (~v612(constB5)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6829,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB4, constB5)) | (~v1(constB5)) | v610(constB5) | (~v612(constB5))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6828, 6827])).
% 127.24/79.79 tff(6830,plain,
% 127.24/79.79 (v610(constB5) | (~v612(constB5))),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6829, 6826, 81, 88])).
% 127.24/79.79 tff(6831,plain,
% 127.24/79.79 (v610(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6830, 6816])).
% 127.24/79.79 tff(6832,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6833,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6832])).
% 127.24/79.79 tff(6834,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6835,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : rewrite(((v609(VarNext) | (~v610(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6836,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((v609(VarNext) | (~v610(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6835])).
% 127.24/79.79 tff(6837,axiom,(![VarNext: $i, VarCurr: $i] : ((v609(VarNext) | (~v610(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21108')).
% 127.24/79.79 tff(6838,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6837, 6836])).
% 127.24/79.79 tff(6839,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6838, 6834])).
% 127.24/79.79 tff(6840,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6839])).
% 127.24/79.79 tff(6841,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6840, 6833])).
% 127.24/79.79 tff(6842,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB4, constB5)) | v609(constB5) | (~v610(constB5)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB4, constB5)) | v609(constB5) | (~v610(constB5)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6843,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB4, constB5)) | v609(constB5) | (~v610(constB5)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6844,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB4, constB5)) | v609(constB5) | (~v610(constB5))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6843, 6842])).
% 127.24/79.79 tff(6845,plain,
% 127.24/79.79 (v609(constB5) | (~v610(constB5))),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6844, 6841, 81])).
% 127.24/79.79 tff(6846,plain,
% 127.24/79.79 (v609(constB5)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6845, 6831])).
% 127.24/79.79 tff(6847,plain,
% 127.24/79.79 (^[VarNext: $i] : refl((v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext))) <=> (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6848,plain,
% 127.24/79.79 (![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext))) <=> ![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6847])).
% 127.24/79.79 tff(6849,plain,
% 127.24/79.79 (![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext))) <=> ![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6850,plain,
% 127.24/79.79 (^[VarNext: $i] : trans(monotonicity(rewrite((v62(VarNext, bitIndex0) | (~v617(VarNext))) <=> (v62(VarNext, bitIndex0) | (~v617(VarNext)))), (((v62(VarNext, bitIndex0) | (~v617(VarNext))) | (~v609(VarNext))) <=> ((v62(VarNext, bitIndex0) | (~v617(VarNext))) | (~v609(VarNext))))), rewrite(((v62(VarNext, bitIndex0) | (~v617(VarNext))) | (~v609(VarNext))) <=> (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))), (((v62(VarNext, bitIndex0) | (~v617(VarNext))) | (~v609(VarNext))) <=> (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6851,plain,
% 127.24/79.79 (![VarNext: $i] : ((v62(VarNext, bitIndex0) | (~v617(VarNext))) | (~v609(VarNext))) <=> ![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6850])).
% 127.24/79.79 tff(6852,axiom,(![VarNext: $i] : ((v62(VarNext, bitIndex0) | (~v617(VarNext))) | (~v609(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21094')).
% 127.24/79.79 tff(6853,plain,
% 127.24/79.79 (![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6852, 6851])).
% 127.24/79.79 tff(6854,plain,
% 127.24/79.79 (![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6853, 6849])).
% 127.24/79.79 tff(6855,plain,(
% 127.24/79.79 ![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6854])).
% 127.24/79.79 tff(6856,plain,
% 127.24/79.79 (![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6855, 6848])).
% 127.24/79.79 tff(6857,plain,
% 127.24/79.79 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB5, bitIndex0) | (~v617(constB5)) | (~v609(constB5)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB5, bitIndex0) | (~v617(constB5)) | (~v609(constB5)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6858,plain,
% 127.24/79.79 ((v62(constB5, bitIndex0) | (~v609(constB5)) | (~v617(constB5))) <=> (v62(constB5, bitIndex0) | (~v617(constB5)) | (~v609(constB5)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6859,plain,
% 127.24/79.79 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB5, bitIndex0) | (~v609(constB5)) | (~v617(constB5)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB5, bitIndex0) | (~v617(constB5)) | (~v609(constB5))))),
% 127.24/79.79 inference(monotonicity,[status(thm)],[6858])).
% 127.24/79.79 tff(6860,plain,
% 127.24/79.79 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB5, bitIndex0) | (~v609(constB5)) | (~v617(constB5)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB5, bitIndex0) | (~v617(constB5)) | (~v609(constB5)))),
% 127.24/79.79 inference(transitivity,[status(thm)],[6859, 6857])).
% 127.24/79.79 tff(6861,plain,
% 127.24/79.79 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB5, bitIndex0) | (~v609(constB5)) | (~v617(constB5)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6862,plain,
% 127.24/79.79 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB5, bitIndex0) | (~v617(constB5)) | (~v609(constB5))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6861, 6860])).
% 127.24/79.79 tff(6863,plain,
% 127.24/79.79 (v62(constB5, bitIndex0) | (~v617(constB5))),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6862, 6856, 6846])).
% 127.24/79.79 tff(6864,plain,
% 127.24/79.79 (v62(constB5, bitIndex0)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6863, 6784])).
% 127.24/79.79 tff(6865,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6866,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6865])).
% 127.24/79.79 tff(6867,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6868,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : rewrite(((v1(VarNext) | (~v610(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6869,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v610(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6868])).
% 127.24/79.79 tff(6870,axiom,(![VarNext: $i, VarCurr: $i] : ((v1(VarNext) | (~v610(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21112')).
% 127.24/79.79 tff(6871,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6870, 6869])).
% 127.24/79.79 tff(6872,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6871, 6867])).
% 127.24/79.79 tff(6873,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6872])).
% 127.24/79.79 tff(6874,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6873, 6866])).
% 127.24/79.79 tff(6875,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v610(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v610(constB6)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6876,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB5, constB6)) | v1(constB6) | (~v610(constB6)))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6877,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB5, constB6)) | v1(constB6) | (~v610(constB6))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6876, 6875])).
% 127.24/79.79 tff(6878,plain,
% 127.24/79.79 (~v610(constB6)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6877, 6874, 91, 98])).
% 127.24/79.79 tff(6879,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext)) <=> ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6880,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6879])).
% 127.24/79.79 tff(6881,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6882,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : rewrite(((v610(VarNext) | (~v609(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6883,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((v610(VarNext) | (~v609(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6882])).
% 127.24/79.79 tff(6884,axiom,(![VarNext: $i, VarCurr: $i] : ((v610(VarNext) | (~v609(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21107')).
% 127.24/79.79 tff(6885,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6884, 6883])).
% 127.24/79.79 tff(6886,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6885, 6881])).
% 127.24/79.79 tff(6887,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6886])).
% 127.24/79.79 tff(6888,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6887, 6880])).
% 127.24/79.79 tff(6889,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB5, constB6)) | v610(constB6) | (~v609(constB6)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB5, constB6)) | v610(constB6) | (~v609(constB6)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6890,plain,
% 127.24/79.79 (((~nextState(constB5, constB6)) | (~v609(constB6)) | v610(constB6)) <=> ((~nextState(constB5, constB6)) | v610(constB6) | (~v609(constB6)))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6891,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB5, constB6)) | (~v609(constB6)) | v610(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB5, constB6)) | v610(constB6) | (~v609(constB6))))),
% 127.24/79.79 inference(monotonicity,[status(thm)],[6890])).
% 127.24/79.79 tff(6892,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB5, constB6)) | (~v609(constB6)) | v610(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB5, constB6)) | v610(constB6) | (~v609(constB6)))),
% 127.24/79.79 inference(transitivity,[status(thm)],[6891, 6889])).
% 127.24/79.79 tff(6893,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB5, constB6)) | (~v609(constB6)) | v610(constB6))),
% 127.24/79.79 inference(quant_inst,[status(thm)],[])).
% 127.24/79.79 tff(6894,plain,
% 127.24/79.79 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB5, constB6)) | v610(constB6) | (~v609(constB6))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6893, 6892])).
% 127.24/79.79 tff(6895,plain,
% 127.24/79.79 (v610(constB6) | (~v609(constB6))),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6894, 6888, 91])).
% 127.24/79.79 tff(6896,plain,
% 127.24/79.79 (~v609(constB6)),
% 127.24/79.79 inference(unit_resolution,[status(thm)],[6895, 6878])).
% 127.24/79.79 tff(6897,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : refl(((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0)) <=> ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0)))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6898,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0)) <=> ![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6897])).
% 127.24/79.79 tff(6899,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0)) <=> ![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(rewrite,[status(thm)],[])).
% 127.24/79.79 tff(6900,plain,
% 127.24/79.79 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) <=> ((~v62(VarCurr, bitIndex0)) | v62(VarNext, bitIndex0))), (((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) | v609(VarNext)) <=> (((~v62(VarCurr, bitIndex0)) | v62(VarNext, bitIndex0)) | v609(VarNext)))), rewrite((((~v62(VarCurr, bitIndex0)) | v62(VarNext, bitIndex0)) | v609(VarNext)) <=> ((~v62(VarCurr, bitIndex0)) | v609(VarNext) | v62(VarNext, bitIndex0))), (((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) | v609(VarNext)) <=> ((~v62(VarCurr, bitIndex0)) | v609(VarNext) | v62(VarNext, bitIndex0)))), ((((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (((~v62(VarCurr, bitIndex0)) | v609(VarNext) | v62(VarNext, bitIndex0)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v62(VarCurr, bitIndex0)) | v609(VarNext) | v62(VarNext, bitIndex0)) | (~nextState(VarCurr, VarNext))) <=> ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))), ((((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))))),
% 127.24/79.79 inference(bind,[status(th)],[])).
% 127.24/79.79 tff(6901,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : (((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(quant_intro,[status(thm)],[6900])).
% 127.24/79.79 tff(6902,axiom,(![VarNext: $i, VarCurr: $i] : (((v62(VarNext, bitIndex0) | (~v62(VarCurr, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21090')).
% 127.24/79.79 tff(6903,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6902, 6901])).
% 127.24/79.79 tff(6904,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6903, 6899])).
% 127.24/79.79 tff(6905,plain,(
% 127.24/79.79 ![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(skolemize,[status(sab)],[6904])).
% 127.24/79.79 tff(6906,plain,
% 127.24/79.79 (![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))),
% 127.24/79.79 inference(modus_ponens,[status(thm)],[6905, 6898])).
% 127.24/79.79 tff(6907,plain,
% 127.24/79.79 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v609(constB6) | v62(constB6, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v609(constB6) | v62(constB6, bitIndex0))),
% 127.24/79.80 inference(rewrite,[status(thm)],[])).
% 127.24/79.80 tff(6908,plain,
% 127.24/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v609(constB6) | v62(constB6, bitIndex0))),
% 127.24/79.80 inference(quant_inst,[status(thm)],[])).
% 127.24/79.80 tff(6909,plain,
% 127.24/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB5, bitIndex0)) | (~nextState(constB5, constB6)) | v609(constB6) | v62(constB6, bitIndex0)),
% 127.24/79.80 inference(modus_ponens,[status(thm)],[6908, 6907])).
% 127.24/79.80 tff(6910,plain,
% 127.24/79.80 ((~v62(constB5, bitIndex0)) | v609(constB6) | v62(constB6, bitIndex0)),
% 127.24/79.80 inference(unit_resolution,[status(thm)],[6909, 6906, 91])).
% 127.24/79.80 tff(6911,plain,
% 127.24/79.80 ((~v62(constB5, bitIndex0)) | v62(constB6, bitIndex0)),
% 127.24/79.80 inference(unit_resolution,[status(thm)],[6910, 6896])).
% 127.24/79.80 tff(6912,plain,
% 127.24/79.80 (v62(constB6, bitIndex0)),
% 127.24/79.80 inference(unit_resolution,[status(thm)],[6911, 6864])).
% 127.24/79.80 tff(6913,plain,
% 127.24/79.80 (^[VarCurr: $i] : refl((v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0)) <=> (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0)))),
% 127.24/79.80 inference(bind,[status(th)],[])).
% 127.24/79.80 tff(6914,plain,
% 127.24/79.80 (![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(quant_intro,[status(thm)],[6913])).
% 127.24/79.80 tff(6915,plain,
% 127.24/79.80 (![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(rewrite,[status(thm)],[])).
% 127.24/79.80 tff(6916,plain,
% 127.24/79.80 (^[VarCurr: $i] : trans(monotonicity(rewrite(((~v62(VarCurr, bitIndex0)) | v73(VarCurr)) <=> (v73(VarCurr) | (~v62(VarCurr, bitIndex0)))), ((((~v62(VarCurr, bitIndex0)) | v73(VarCurr)) | v67(VarCurr, bitIndex0)) <=> ((v73(VarCurr) | (~v62(VarCurr, bitIndex0))) | v67(VarCurr, bitIndex0)))), rewrite(((v73(VarCurr) | (~v62(VarCurr, bitIndex0))) | v67(VarCurr, bitIndex0)) <=> (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))), ((((~v62(VarCurr, bitIndex0)) | v73(VarCurr)) | v67(VarCurr, bitIndex0)) <=> (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))))),
% 127.24/79.80 inference(bind,[status(th)],[])).
% 127.24/79.80 tff(6917,plain,
% 127.24/79.80 (![VarCurr: $i] : (((~v62(VarCurr, bitIndex0)) | v73(VarCurr)) | v67(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(quant_intro,[status(thm)],[6916])).
% 127.24/79.80 tff(6918,axiom,(![VarCurr: $i] : (((~v62(VarCurr, bitIndex0)) | v73(VarCurr)) | v67(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21130')).
% 127.24/79.80 tff(6919,plain,
% 127.24/79.80 (![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(modus_ponens,[status(thm)],[6918, 6917])).
% 127.24/79.80 tff(6920,plain,
% 127.24/79.80 (![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(modus_ponens,[status(thm)],[6919, 6915])).
% 127.24/79.80 tff(6921,plain,(
% 127.24/79.80 ![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(skolemize,[status(sab)],[6920])).
% 127.24/79.80 tff(6922,plain,
% 127.24/79.80 (![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))),
% 127.24/79.80 inference(modus_ponens,[status(thm)],[6921, 6914])).
% 127.24/79.80 tff(6923,plain,
% 127.24/79.80 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB6) | (~v62(constB6, bitIndex0)) | v67(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB6) | (~v62(constB6, bitIndex0)) | v67(constB6, bitIndex0))),
% 127.24/79.80 inference(rewrite,[status(thm)],[])).
% 127.24/79.80 tff(6924,plain,
% 127.24/79.80 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB6) | (~v62(constB6, bitIndex0)) | v67(constB6, bitIndex0))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6925,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB6) | (~v62(constB6, bitIndex0)) | v67(constB6, bitIndex0)),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6924, 6923])).
% 127.27/79.80 tff(6926,plain,
% 127.27/79.80 (v67(constB6, bitIndex0)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6925, 6922, 6912, 6755])).
% 127.27/79.80 tff(6927,plain,
% 127.27/79.80 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0))) <=> ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0))))),
% 127.27/79.80 inference(bind,[status(th)],[])).
% 127.27/79.80 tff(6928,plain,
% 127.27/79.80 (![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(quant_intro,[status(thm)],[6927])).
% 127.27/79.80 tff(6929,plain,
% 127.27/79.80 (![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6930,plain,
% 127.27/79.80 (^[VarCurr: $i] : rewrite(((v615(VarCurr) | (~v67(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0))))),
% 127.27/79.80 inference(bind,[status(th)],[])).
% 127.27/79.80 tff(6931,plain,
% 127.27/79.80 (![VarCurr: $i] : ((v615(VarCurr) | (~v67(VarCurr, bitIndex0))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(quant_intro,[status(thm)],[6930])).
% 127.27/79.80 tff(6932,axiom,(![VarCurr: $i] : ((v615(VarCurr) | (~v67(VarCurr, bitIndex0))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21102')).
% 127.27/79.80 tff(6933,plain,
% 127.27/79.80 (![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6932, 6931])).
% 127.27/79.80 tff(6934,plain,
% 127.27/79.80 (![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6933, 6929])).
% 127.27/79.80 tff(6935,plain,(
% 127.27/79.80 ![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(skolemize,[status(sab)],[6934])).
% 127.27/79.80 tff(6936,plain,
% 127.27/79.80 (![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6935, 6928])).
% 127.27/79.80 tff(6937,plain,
% 127.27/79.80 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB6)) | v615(constB6) | (~v67(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB6)) | v615(constB6) | (~v67(constB6, bitIndex0)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6938,plain,
% 127.27/79.80 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB6)) | v615(constB6) | (~v67(constB6, bitIndex0)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6939,plain,
% 127.27/79.80 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB6)) | v615(constB6) | (~v67(constB6, bitIndex0))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6938, 6937])).
% 127.27/79.80 tff(6940,plain,
% 127.27/79.80 (v615(constB6) | (~v67(constB6, bitIndex0))),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6939, 6936, 6726])).
% 127.27/79.80 tff(6941,plain,
% 127.27/79.80 (v615(constB6)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6940, 6926])).
% 127.27/79.80 tff(6942,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB6, constB7)) | (~v615(constB6)) | v617(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB6, constB7)) | (~v615(constB6)) | v617(constB7))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6943,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB6, constB7)) | (~v615(constB6)) | v617(constB7))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6944,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB6, constB7)) | (~v615(constB6)) | v617(constB7)),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6943, 6942])).
% 127.27/79.80 tff(6945,plain,
% 127.27/79.80 ((~v615(constB6)) | v617(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6944, 6779, 101])).
% 127.27/79.80 tff(6946,plain,
% 127.27/79.80 (v617(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6945, 6941])).
% 127.27/79.80 tff(6947,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB6) | (~nextState(constB6, constB7)) | (~v572(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v572(constB7)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6948,plain,
% 127.27/79.80 (((~nextState(constB6, constB7)) | v1(constB6) | (~v572(constB7))) <=> (v1(constB6) | (~nextState(constB6, constB7)) | (~v572(constB7)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6949,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB6, constB7)) | v1(constB6) | (~v572(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB6) | (~nextState(constB6, constB7)) | (~v572(constB7))))),
% 127.27/79.80 inference(monotonicity,[status(thm)],[6948])).
% 127.27/79.80 tff(6950,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB6, constB7)) | v1(constB6) | (~v572(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v572(constB7)))),
% 127.27/79.80 inference(transitivity,[status(thm)],[6949, 6947])).
% 127.27/79.80 tff(6951,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB6, constB7)) | v1(constB6) | (~v572(constB7)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6952,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v572(constB7))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6951, 6950])).
% 127.27/79.80 tff(6953,plain,
% 127.27/79.80 (~v572(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6952, 6794, 101, 98])).
% 127.27/79.80 tff(6954,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB6, constB7)) | v572(constB7) | v612(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB6, constB7)) | v572(constB7) | v612(constB7))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6955,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB6, constB7)) | v572(constB7) | v612(constB7))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6956,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB6, constB7)) | v572(constB7) | v612(constB7)),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6955, 6954])).
% 127.27/79.80 tff(6957,plain,
% 127.27/79.80 (v572(constB7) | v612(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6956, 6811, 101])).
% 127.27/79.80 tff(6958,plain,
% 127.27/79.80 (v612(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6957, 6953])).
% 127.27/79.80 tff(6959,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v610(constB7) | (~v612(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v610(constB7) | (~v612(constB7)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6960,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v610(constB7) | (~v612(constB7)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6961,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v610(constB7) | (~v612(constB7))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6960, 6959])).
% 127.27/79.80 tff(6962,plain,
% 127.27/79.80 (v610(constB7) | (~v612(constB7))),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6961, 6826, 101, 108])).
% 127.27/79.80 tff(6963,plain,
% 127.27/79.80 (v610(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6962, 6958])).
% 127.27/79.80 tff(6964,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB6, constB7)) | v609(constB7) | (~v610(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB6, constB7)) | v609(constB7) | (~v610(constB7)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6965,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB6, constB7)) | v609(constB7) | (~v610(constB7)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6966,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB6, constB7)) | v609(constB7) | (~v610(constB7))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6965, 6964])).
% 127.27/79.80 tff(6967,plain,
% 127.27/79.80 (v609(constB7) | (~v610(constB7))),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6966, 6841, 101])).
% 127.27/79.80 tff(6968,plain,
% 127.27/79.80 (v609(constB7)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6967, 6963])).
% 127.27/79.80 tff(6969,plain,
% 127.27/79.80 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB7, bitIndex0) | (~v617(constB7)) | (~v609(constB7)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB7, bitIndex0) | (~v617(constB7)) | (~v609(constB7)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6970,plain,
% 127.27/79.80 ((v62(constB7, bitIndex0) | (~v609(constB7)) | (~v617(constB7))) <=> (v62(constB7, bitIndex0) | (~v617(constB7)) | (~v609(constB7)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6971,plain,
% 127.27/79.80 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB7, bitIndex0) | (~v609(constB7)) | (~v617(constB7)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB7, bitIndex0) | (~v617(constB7)) | (~v609(constB7))))),
% 127.27/79.80 inference(monotonicity,[status(thm)],[6970])).
% 127.27/79.80 tff(6972,plain,
% 127.27/79.80 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB7, bitIndex0) | (~v609(constB7)) | (~v617(constB7)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB7, bitIndex0) | (~v617(constB7)) | (~v609(constB7)))),
% 127.27/79.80 inference(transitivity,[status(thm)],[6971, 6969])).
% 127.27/79.80 tff(6973,plain,
% 127.27/79.80 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB7, bitIndex0) | (~v609(constB7)) | (~v617(constB7)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6974,plain,
% 127.27/79.80 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB7, bitIndex0) | (~v617(constB7)) | (~v609(constB7))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6973, 6972])).
% 127.27/79.80 tff(6975,plain,
% 127.27/79.80 (v62(constB7, bitIndex0) | (~v617(constB7))),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6974, 6856, 6968])).
% 127.27/79.80 tff(6976,plain,
% 127.27/79.80 (v62(constB7, bitIndex0)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6975, 6946])).
% 127.27/79.80 tff(6977,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v610(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v610(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6978,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v610(constB8)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6979,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v610(constB8))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6978, 6977])).
% 127.27/79.80 tff(6980,plain,
% 127.27/79.80 (~v610(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6979, 6874, 111, 118])).
% 127.27/79.80 tff(6981,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB7, constB8)) | v610(constB8) | (~v609(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB7, constB8)) | v610(constB8) | (~v609(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6982,plain,
% 127.27/79.80 (((~nextState(constB7, constB8)) | (~v609(constB8)) | v610(constB8)) <=> ((~nextState(constB7, constB8)) | v610(constB8) | (~v609(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6983,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB7, constB8)) | (~v609(constB8)) | v610(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB7, constB8)) | v610(constB8) | (~v609(constB8))))),
% 127.27/79.80 inference(monotonicity,[status(thm)],[6982])).
% 127.27/79.80 tff(6984,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB7, constB8)) | (~v609(constB8)) | v610(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB7, constB8)) | v610(constB8) | (~v609(constB8)))),
% 127.27/79.80 inference(transitivity,[status(thm)],[6983, 6981])).
% 127.27/79.80 tff(6985,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB7, constB8)) | (~v609(constB8)) | v610(constB8))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6986,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB7, constB8)) | v610(constB8) | (~v609(constB8))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6985, 6984])).
% 127.27/79.80 tff(6987,plain,
% 127.27/79.80 (v610(constB8) | (~v609(constB8))),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6986, 6888, 111])).
% 127.27/79.80 tff(6988,plain,
% 127.27/79.80 (~v609(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6987, 6980])).
% 127.27/79.80 tff(6989,plain,
% 127.27/79.80 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v609(constB8) | v62(constB8, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v609(constB8) | v62(constB8, bitIndex0))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6990,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v609(constB8) | v62(constB8, bitIndex0))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(6991,plain,
% 127.27/79.80 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v609(constB8) | v62(constB8, bitIndex0)),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6990, 6989])).
% 127.27/79.80 tff(6992,plain,
% 127.27/79.80 ((~v62(constB7, bitIndex0)) | v609(constB8) | v62(constB8, bitIndex0)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6991, 6906, 111])).
% 127.27/79.80 tff(6993,plain,
% 127.27/79.80 ((~v62(constB7, bitIndex0)) | v62(constB8, bitIndex0)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6992, 6988])).
% 127.27/79.80 tff(6994,plain,
% 127.27/79.80 (v62(constB8, bitIndex0)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[6993, 6976])).
% 127.27/79.80 tff(6995,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | sP957(constB8))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | sP957(constB8))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6996,plain,
% 127.27/79.80 ((v7(constB8, bitIndex2) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0))) <=> (v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | sP957(constB8))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(6997,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex2) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | sP957(constB8)))),
% 127.27/79.80 inference(monotonicity,[status(thm)],[6996])).
% 127.27/79.80 tff(6998,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex2) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | sP957(constB8))),
% 127.27/79.80 inference(transitivity,[status(thm)],[6997, 6995])).
% 127.27/79.80 tff(6999,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex2) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(7000,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | sP957(constB8)),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[6999, 6998])).
% 127.27/79.80 tff(7001,plain,
% 127.27/79.80 (v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | sP957(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[7000, 1785, 6725])).
% 127.27/79.80 tff(7002,plain,
% 127.27/79.80 (sP957(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[7001, 2427, 2459])).
% 127.27/79.80 tff(7003,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | sP960(constB8))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | sP960(constB8))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(7004,plain,
% 127.27/79.80 ((v7(constB8, bitIndex2) | sP960(constB8) | (~v13(constB8, bitIndex2))) <=> (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | sP960(constB8))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(7005,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB8, bitIndex2) | sP960(constB8) | (~v13(constB8, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | sP960(constB8)))),
% 127.27/79.80 inference(monotonicity,[status(thm)],[7004])).
% 127.27/79.80 tff(7006,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB8, bitIndex2) | sP960(constB8) | (~v13(constB8, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | sP960(constB8))),
% 127.27/79.80 inference(transitivity,[status(thm)],[7005, 7003])).
% 127.27/79.80 tff(7007,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB8, bitIndex2) | sP960(constB8) | (~v13(constB8, bitIndex2)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(7008,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | sP960(constB8)),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[7007, 7006])).
% 127.27/79.80 tff(7009,plain,
% 127.27/79.80 (v7(constB8, bitIndex2) | sP960(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[7008, 1804, 6494])).
% 127.27/79.80 tff(7010,plain,
% 127.27/79.80 (sP960(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[7009, 2427])).
% 127.27/79.80 tff(7011,plain,
% 127.27/79.80 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB8, bitIndex1) | (~sP960(constB8)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB8, bitIndex1) | (~sP960(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(7012,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB8, bitIndex1) | (~sP960(constB8)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(7013,plain,
% 127.27/79.80 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB8, bitIndex1) | (~sP960(constB8))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[7012, 7011])).
% 127.27/79.80 tff(7014,plain,
% 127.27/79.80 (v28(constB8, bitIndex1)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[7013, 1819, 7010])).
% 127.27/79.80 tff(7015,plain,
% 127.27/79.80 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB8)) | (~sP960(constB8)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB8)) | (~sP960(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(7016,plain,
% 127.27/79.80 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB8)) | (~sP960(constB8)))),
% 127.27/79.80 inference(quant_inst,[status(thm)],[])).
% 127.27/79.80 tff(7017,plain,
% 127.27/79.80 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB8)) | (~sP960(constB8))),
% 127.27/79.80 inference(modus_ponens,[status(thm)],[7016, 7015])).
% 127.27/79.80 tff(7018,plain,
% 127.27/79.80 (~v32(constB8)),
% 127.27/79.80 inference(unit_resolution,[status(thm)],[7017, 1841, 7010])).
% 127.27/79.80 tff(7019,assumption,(v62(constB8, bitIndex0)), introduced(assumption)).
% 127.27/79.80 tff(7020,plain,
% 127.27/79.80 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB8) | (~v62(constB8, bitIndex0)) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB8) | (~v62(constB8, bitIndex0)) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(7021,plain,
% 127.27/79.80 (((~v62(constB8, bitIndex0)) | v32(constB8) | (~v28(constB8, bitIndex1)) | (~sP957(constB8))) <=> (v32(constB8) | (~v62(constB8, bitIndex0)) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))),
% 127.27/79.80 inference(rewrite,[status(thm)],[])).
% 127.27/79.80 tff(7022,plain,
% 127.27/79.80 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB8, bitIndex0)) | v32(constB8) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB8) | (~v62(constB8, bitIndex0)) | (~v28(constB8, bitIndex1)) | (~sP957(constB8))))),
% 127.27/79.80 inference(monotonicity,[status(thm)],[7021])).
% 127.27/79.80 tff(7023,plain,
% 127.27/79.80 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB8, bitIndex0)) | v32(constB8) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB8) | (~v62(constB8, bitIndex0)) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7022, 7020])).
% 127.27/79.81 tff(7024,plain,
% 127.27/79.81 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB8, bitIndex0)) | v32(constB8) | (~v28(constB8, bitIndex1)) | (~sP957(constB8)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7025,plain,
% 127.27/79.81 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB8) | (~v62(constB8, bitIndex0)) | (~v28(constB8, bitIndex1)) | (~sP957(constB8))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7024, 7023])).
% 127.27/79.81 tff(7026,plain,
% 127.27/79.81 (v32(constB8) | (~v28(constB8, bitIndex1)) | (~sP957(constB8))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7025, 1855, 7019])).
% 127.27/79.81 tff(7027,plain,
% 127.27/79.81 ($false),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7026, 7018, 7014, 7002])).
% 127.27/79.81 tff(7028,plain,(v7(constB8, bitIndex2) | (~v62(constB8, bitIndex0)) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.27/79.81 tff(7029,plain,
% 127.27/79.81 (v7(constB8, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7028, 6994, 6741, 6725, 6494])).
% 127.27/79.81 tff(7030,plain,
% 127.27/79.81 (v7(constB7, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2450, 7029])).
% 127.27/79.81 tff(7031,plain,
% 127.27/79.81 (v929(constB7, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2454, 778, 7030])).
% 127.27/79.81 tff(7032,plain,
% 127.27/79.81 (~sP960(constB6)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2418, 1841, 674])).
% 127.27/79.81 tff(7033,plain,
% 127.27/79.81 (sP960(constB6) | (~v13(constB6, bitIndex2))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2413, 1804, 4125])).
% 127.27/79.81 tff(7034,plain,
% 127.27/79.81 (~v13(constB6, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7033, 7032])).
% 127.27/79.81 tff(7035,plain,
% 127.27/79.81 (v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2536, 2226, 6726])).
% 127.27/79.81 tff(7036,plain,
% 127.27/79.81 (~v938(constB6, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7035, 7034])).
% 127.27/79.81 tff(7037,plain,
% 127.27/79.81 (~v940(constB7, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2545, 7036])).
% 127.27/79.81 tff(7038,plain,
% 127.27/79.81 ($false),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 7037, 7031])).
% 127.27/79.81 tff(7039,plain,(v11(constB4) | (~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex2)) | (~v11(constB6)) | v7(constB6, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.27/79.81 tff(7040,plain,
% 127.27/79.81 (v11(constB4)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7039, 4125, 6494, 6726, 6725])).
% 127.27/79.81 tff(7041,plain,
% 127.27/79.81 (~v62(constB8, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7028, 2427, 2459, 6725, 6494])).
% 127.27/79.81 tff(7042,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB8, bitIndex0) | (~sP960(constB8)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB8, bitIndex0) | (~sP960(constB8)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7043,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB8, bitIndex0) | (~sP960(constB8)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7044,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB8, bitIndex0) | (~sP960(constB8))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7043, 7042])).
% 127.27/79.81 tff(7045,plain,
% 127.27/79.81 ($false),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7044, 1830, 7041, 7010])).
% 127.27/79.81 tff(7046,plain,(v7(constB8, bitIndex2) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.27/79.81 tff(7047,plain,
% 127.27/79.81 (v7(constB8, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7046, 2459, 6725, 6494])).
% 127.27/79.81 tff(7048,plain,
% 127.27/79.81 (v7(constB7, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2450, 7047])).
% 127.27/79.81 tff(7049,plain,
% 127.27/79.81 (v929(constB7, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2454, 778, 7048])).
% 127.27/79.81 tff(7050,plain,
% 127.27/79.81 (v940(constB7, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 7049])).
% 127.27/79.81 tff(7051,plain,
% 127.27/79.81 (v938(constB6, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2545, 7050])).
% 127.27/79.81 tff(7052,plain,
% 127.27/79.81 (v13(constB6, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7035, 7051])).
% 127.27/79.81 tff(7053,plain,
% 127.27/79.81 (sP960(constB6)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7033, 7052])).
% 127.27/79.81 tff(7054,plain,
% 127.27/79.81 (v28(constB6, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[5933, 1819, 7053])).
% 127.27/79.81 tff(7055,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB6, bitIndex0) | (~sP960(constB6)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB6, bitIndex0) | (~sP960(constB6)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7056,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB6, bitIndex0) | (~sP960(constB6)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7057,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB6, bitIndex0) | (~sP960(constB6))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7056, 7055])).
% 127.27/79.81 tff(7058,plain,
% 127.27/79.81 (v62(constB6, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7057, 1830, 7053])).
% 127.27/79.81 tff(7059,plain,
% 127.27/79.81 (~v32(constB6)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[2418, 1841, 7053])).
% 127.27/79.81 tff(7060,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB6) | (~v62(constB6, bitIndex0)) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB6) | (~v62(constB6, bitIndex0)) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7061,plain,
% 127.27/79.81 (((~v62(constB6, bitIndex0)) | v32(constB6) | (~v28(constB6, bitIndex1)) | (~sP957(constB6))) <=> (v32(constB6) | (~v62(constB6, bitIndex0)) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7062,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB6, bitIndex0)) | v32(constB6) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB6) | (~v62(constB6, bitIndex0)) | (~v28(constB6, bitIndex1)) | (~sP957(constB6))))),
% 127.27/79.81 inference(monotonicity,[status(thm)],[7061])).
% 127.27/79.81 tff(7063,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB6, bitIndex0)) | v32(constB6) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB6) | (~v62(constB6, bitIndex0)) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7062, 7060])).
% 127.27/79.81 tff(7064,plain,
% 127.27/79.81 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB6, bitIndex0)) | v32(constB6) | (~v28(constB6, bitIndex1)) | (~sP957(constB6)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7065,plain,
% 127.27/79.81 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB6) | (~v62(constB6, bitIndex0)) | (~v28(constB6, bitIndex1)) | (~sP957(constB6))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7064, 7063])).
% 127.27/79.81 tff(7066,plain,
% 127.27/79.81 (~sP957(constB6)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7065, 1855, 7059, 7058, 7054])).
% 127.27/79.81 tff(7067,plain,
% 127.27/79.81 (v7(constB6, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[5980, 5864, 7053])).
% 127.27/79.81 tff(7068,plain,
% 127.27/79.81 (v7(constB5, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[5996, 7067])).
% 127.27/79.81 tff(7069,plain,
% 127.27/79.81 (v1052(constB5)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6014, 7068])).
% 127.27/79.81 tff(7070,plain,
% 127.27/79.81 (v1050(constB4)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6029, 7069])).
% 127.27/79.81 tff(7071,plain,
% 127.27/79.81 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6046, 6040, 7040])).
% 127.27/79.81 tff(7072,plain,
% 127.27/79.81 (v13(constB4, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7071, 7070])).
% 127.27/79.81 tff(7073,plain,
% 127.27/79.81 (~v924(constB4, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6064, 7072, 3690])).
% 127.27/79.81 tff(7074,plain,
% 127.27/79.81 (v952(constB4, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6082, 7072, 3690])).
% 127.27/79.81 tff(7075,plain,
% 127.27/79.81 (v970(constB4)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6096, 6093, 7074, 7073])).
% 127.27/79.81 tff(7076,assumption,(~sP959(constB4)), introduced(assumption)).
% 127.27/79.81 tff(7077,plain,
% 127.27/79.81 (~v17(constB4, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[5974, 5971, 7076])).
% 127.27/79.81 tff(7078,plain,
% 127.27/79.81 (~v17(constB4, bitIndex2)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[4989, 1233, 7076])).
% 127.27/79.81 tff(7079,plain,
% 127.27/79.81 (~v17(constB4, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[5136, 5133, 7076])).
% 127.27/79.81 tff(7080,assumption,(v970(constB4)), introduced(assumption)).
% 127.27/79.81 tff(7081,plain,
% 127.27/79.81 (v17(constB4, bitIndex2) | v17(constB4, bitIndex1) | v17(constB4, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[6113, 6107, 7080])).
% 127.27/79.81 tff(7082,plain,
% 127.27/79.81 ($false),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7081, 7079, 7078, 7077])).
% 127.27/79.81 tff(7083,plain,(sP959(constB4) | (~v970(constB4))), inference(lemma,lemma(discharge,[]))).
% 127.27/79.81 tff(7084,plain,
% 127.27/79.81 (sP959(constB4)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7083, 7075])).
% 127.27/79.81 tff(7085,plain,
% 127.27/79.81 (~v13(constB4, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[5963, 7084, 3690])).
% 127.27/79.81 tff(7086,plain,
% 127.27/79.81 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[4136, 320, 7040])).
% 127.27/79.81 tff(7087,plain,
% 127.27/79.81 (~v938(constB4, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7086, 7085])).
% 127.27/79.81 tff(7088,plain,
% 127.27/79.81 (~v940(constB5, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[849, 7087])).
% 127.27/79.81 tff(7089,plain,
% 127.27/79.81 (~v956(constB5, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[875, 7088])).
% 127.27/79.81 tff(7090,plain,
% 127.27/79.81 (~v7(constB5, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[883, 7089])).
% 127.27/79.81 tff(7091,plain,
% 127.27/79.81 (~v7(constB6, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[904, 7090])).
% 127.27/79.81 tff(7092,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7093,plain,
% 127.27/79.81 ((v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))) <=> (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7094,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0))))),
% 127.27/79.81 inference(monotonicity,[status(thm)],[7093])).
% 127.27/79.81 tff(7095,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7094, 7092])).
% 127.27/79.81 tff(7096,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7097,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7096, 7095])).
% 127.27/79.81 tff(7098,plain,
% 127.27/79.81 (v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7097, 1785, 4125])).
% 127.27/79.81 tff(7099,plain,
% 127.27/79.81 (~v13(constB6, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7098, 7091, 7066])).
% 127.27/79.81 tff(7100,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB6)) | (~v11(constB6)) | v13(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB6)) | (~v11(constB6)) | v13(constB6, bitIndex0))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7101,plain,
% 127.27/79.81 (((~v11(constB6)) | v13(constB6, bitIndex0) | (~v1050(constB6))) <=> ((~v1050(constB6)) | (~v11(constB6)) | v13(constB6, bitIndex0))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7102,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB6)) | v13(constB6, bitIndex0) | (~v1050(constB6)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB6)) | (~v11(constB6)) | v13(constB6, bitIndex0)))),
% 127.27/79.81 inference(monotonicity,[status(thm)],[7101])).
% 127.27/79.81 tff(7103,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB6)) | v13(constB6, bitIndex0) | (~v1050(constB6)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB6)) | (~v11(constB6)) | v13(constB6, bitIndex0))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7102, 7100])).
% 127.27/79.81 tff(7104,plain,
% 127.27/79.81 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB6)) | v13(constB6, bitIndex0) | (~v1050(constB6)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7105,plain,
% 127.27/79.81 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB6)) | (~v11(constB6)) | v13(constB6, bitIndex0)),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7104, 7103])).
% 127.27/79.81 tff(7106,plain,
% 127.27/79.81 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7105, 6040, 6726])).
% 127.27/79.81 tff(7107,plain,
% 127.27/79.81 (~v1050(constB6)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7106, 7099])).
% 127.27/79.81 tff(7108,plain,
% 127.27/79.81 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB6, constB7)) | v1050(constB6) | (~v1052(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB6, constB7)) | v1050(constB6) | (~v1052(constB7)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7109,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB6, constB7)) | v1050(constB6) | (~v1052(constB7)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7110,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB6, constB7)) | v1050(constB6) | (~v1052(constB7))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7109, 7108])).
% 127.27/79.81 tff(7111,plain,
% 127.27/79.81 (v1050(constB6) | (~v1052(constB7))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7110, 6025, 101])).
% 127.27/79.81 tff(7112,plain,
% 127.27/79.81 (~v1052(constB7)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7111, 7107])).
% 127.27/79.81 tff(7113,plain,
% 127.27/79.81 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB7, bitIndex0)) | v1052(constB7) | (~v1044(constB7)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB7, bitIndex0)) | v1052(constB7) | (~v1044(constB7)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7114,plain,
% 127.27/79.81 (((~v7(constB7, bitIndex0)) | (~v1044(constB7)) | v1052(constB7)) <=> ((~v7(constB7, bitIndex0)) | v1052(constB7) | (~v1044(constB7)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7115,plain,
% 127.27/79.81 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB7, bitIndex0)) | (~v1044(constB7)) | v1052(constB7))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB7, bitIndex0)) | v1052(constB7) | (~v1044(constB7))))),
% 127.27/79.81 inference(monotonicity,[status(thm)],[7114])).
% 127.27/79.81 tff(7116,plain,
% 127.27/79.81 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB7, bitIndex0)) | (~v1044(constB7)) | v1052(constB7))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB7, bitIndex0)) | v1052(constB7) | (~v1044(constB7)))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7115, 7113])).
% 127.27/79.81 tff(7117,plain,
% 127.27/79.81 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB7, bitIndex0)) | (~v1044(constB7)) | v1052(constB7))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7118,plain,
% 127.27/79.81 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB7, bitIndex0)) | v1052(constB7) | (~v1044(constB7))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7117, 7116])).
% 127.27/79.81 tff(7119,plain,
% 127.27/79.81 ((~v7(constB7, bitIndex0)) | v1052(constB7)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7118, 6007, 2699])).
% 127.27/79.81 tff(7120,plain,
% 127.27/79.81 (~v7(constB7, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7119, 7112])).
% 127.27/79.81 tff(7121,plain,
% 127.27/79.81 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v1045(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v1045(constB8)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7122,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v1045(constB8)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7123,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1045(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v1045(constB8))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7122, 7121])).
% 127.27/79.81 tff(7124,plain,
% 127.27/79.81 (~v1045(constB8)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7123, 1583, 111, 118])).
% 127.27/79.81 tff(7125,plain,
% 127.27/79.81 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB7, constB8)) | v1045(constB8) | (~v1044(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB7, constB8)) | v1045(constB8) | (~v1044(constB8)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7126,plain,
% 127.27/79.81 (((~nextState(constB7, constB8)) | (~v1044(constB8)) | v1045(constB8)) <=> ((~nextState(constB7, constB8)) | v1045(constB8) | (~v1044(constB8)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7127,plain,
% 127.27/79.81 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB7, constB8)) | (~v1044(constB8)) | v1045(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB7, constB8)) | v1045(constB8) | (~v1044(constB8))))),
% 127.27/79.81 inference(monotonicity,[status(thm)],[7126])).
% 127.27/79.81 tff(7128,plain,
% 127.27/79.81 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB7, constB8)) | (~v1044(constB8)) | v1045(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB7, constB8)) | v1045(constB8) | (~v1044(constB8)))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7127, 7125])).
% 127.27/79.81 tff(7129,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | ((~nextState(constB7, constB8)) | (~v1044(constB8)) | v1045(constB8))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7130,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1044(VarNext)) | v1045(VarNext))) | (~nextState(constB7, constB8)) | v1045(constB8) | (~v1044(constB8))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7129, 7128])).
% 127.27/79.81 tff(7131,plain,
% 127.27/79.81 (v1045(constB8) | (~v1044(constB8))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7130, 1597, 111])).
% 127.27/79.81 tff(7132,plain,
% 127.27/79.81 (~v1044(constB8)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7131, 7124])).
% 127.27/79.81 tff(7133,plain,
% 127.27/79.81 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB7, bitIndex0) | (~nextState(constB7, constB8)) | v1044(constB8) | (~v7(constB8, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB7, bitIndex0) | (~nextState(constB7, constB8)) | v1044(constB8) | (~v7(constB8, bitIndex0)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7134,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB7, bitIndex0) | (~nextState(constB7, constB8)) | v1044(constB8) | (~v7(constB8, bitIndex0)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7135,plain,
% 127.27/79.81 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB7, bitIndex0) | (~nextState(constB7, constB8)) | v1044(constB8) | (~v7(constB8, bitIndex0))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7134, 7133])).
% 127.27/79.81 tff(7136,plain,
% 127.27/79.81 (v7(constB7, bitIndex0) | v1044(constB8) | (~v7(constB8, bitIndex0))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7135, 5991, 111])).
% 127.27/79.81 tff(7137,plain,
% 127.27/79.81 (v7(constB7, bitIndex0) | (~v7(constB8, bitIndex0))),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7136, 7132])).
% 127.27/79.81 tff(7138,plain,
% 127.27/79.81 (~v7(constB8, bitIndex0)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7137, 7120])).
% 127.27/79.81 tff(7139,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB8, bitIndex0) | (~sP960(constB8)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB8, bitIndex0) | (~sP960(constB8)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7140,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB8, bitIndex0) | (~sP960(constB8)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7141,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB8, bitIndex0) | (~sP960(constB8))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7140, 7139])).
% 127.27/79.81 tff(7142,plain,
% 127.27/79.81 (~sP960(constB8)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7141, 5864, 7138])).
% 127.27/79.81 tff(7143,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB8, bitIndex0) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB8, bitIndex0) | (~sP957(constB8)))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7144,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB8, bitIndex0) | (~sP957(constB8)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7145,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB8, bitIndex0) | (~sP957(constB8))),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7144, 7143])).
% 127.27/79.81 tff(7146,plain,
% 127.27/79.81 (~sP957(constB8)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7145, 5875, 7138])).
% 127.27/79.81 tff(7147,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | sP957(constB8) | v952(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | sP957(constB8) | v952(constB8, bitIndex1))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7148,plain,
% 127.27/79.81 ((v952(constB8, bitIndex1) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0))) <=> (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | sP957(constB8) | v952(constB8, bitIndex1))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7149,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB8, bitIndex1) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | sP957(constB8) | v952(constB8, bitIndex1)))),
% 127.27/79.81 inference(monotonicity,[status(thm)],[7148])).
% 127.27/79.81 tff(7150,plain,
% 127.27/79.81 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB8, bitIndex1) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | sP957(constB8) | v952(constB8, bitIndex1))),
% 127.27/79.81 inference(transitivity,[status(thm)],[7149, 7147])).
% 127.27/79.81 tff(7151,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB8, bitIndex1) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))),
% 127.27/79.81 inference(quant_inst,[status(thm)],[])).
% 127.27/79.81 tff(7152,plain,
% 127.27/79.81 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | sP957(constB8) | v952(constB8, bitIndex1)),
% 127.27/79.81 inference(modus_ponens,[status(thm)],[7151, 7150])).
% 127.27/79.81 tff(7153,plain,
% 127.27/79.81 (v7(constB8, bitIndex1) | sP957(constB8) | v952(constB8, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7152, 6075, 6725])).
% 127.27/79.81 tff(7154,plain,
% 127.27/79.81 (v952(constB8, bitIndex1)),
% 127.27/79.81 inference(unit_resolution,[status(thm)],[7153, 7146, 2459])).
% 127.27/79.81 tff(7155,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | sP960(constB8))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | sP960(constB8))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7156,plain,
% 127.27/79.81 (((~v952(constB8, bitIndex1)) | sP960(constB8) | (~v13(constB8, bitIndex2))) <=> ((~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | sP960(constB8))),
% 127.27/79.81 inference(rewrite,[status(thm)],[])).
% 127.27/79.81 tff(7157,plain,
% 127.27/79.81 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB8, bitIndex1)) | sP960(constB8) | (~v13(constB8, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | sP960(constB8)))),
% 127.27/79.82 inference(monotonicity,[status(thm)],[7156])).
% 127.27/79.82 tff(7158,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB8, bitIndex1)) | sP960(constB8) | (~v13(constB8, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | sP960(constB8))),
% 127.27/79.82 inference(transitivity,[status(thm)],[7157, 7155])).
% 127.27/79.82 tff(7159,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB8, bitIndex1)) | sP960(constB8) | (~v13(constB8, bitIndex2)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7160,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | sP960(constB8)),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7159, 7158])).
% 127.27/79.82 tff(7161,plain,
% 127.27/79.82 ((~v952(constB8, bitIndex1)) | sP960(constB8)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7160, 6136, 6494])).
% 127.27/79.82 tff(7162,plain,
% 127.27/79.82 ($false),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7161, 7154, 7142])).
% 127.27/79.82 tff(7163,plain,(v7(constB8, bitIndex1) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | (~v11(constB6)) | v7(constB6, bitIndex2) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.27/79.82 tff(7164,plain,
% 127.27/79.82 (v7(constB8, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7163, 4125, 6725, 6726, 6494, 3690, 5918, 5920])).
% 127.27/79.82 tff(7165,plain,
% 127.27/79.82 (v7(constB7, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[2482, 7164])).
% 127.27/79.82 tff(7166,plain,
% 127.27/79.82 (v956(constB7, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[2490, 7165])).
% 127.27/79.82 tff(7167,plain,
% 127.27/79.82 (v940(constB7, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[2516, 7166])).
% 127.27/79.82 tff(7168,plain,
% 127.27/79.82 (v938(constB6, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[2524, 7167])).
% 127.27/79.82 tff(7169,plain,
% 127.27/79.82 (v13(constB6, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6736, 7168])).
% 127.27/79.82 tff(7170,assumption,(~v7(constB6, bitIndex1)), introduced(assumption)).
% 127.27/79.82 tff(7171,plain,
% 127.27/79.82 (v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP958(constB6))),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[5945, 1886, 5929])).
% 127.27/79.82 tff(7172,plain,
% 127.27/79.82 (~sP958(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7171, 7170, 5939])).
% 127.27/79.82 tff(7173,plain,
% 127.27/79.82 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB6) | (~v1003(constB6)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB6) | (~v1003(constB6)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7174,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB6) | (~v1003(constB6)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7175,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB6) | (~v1003(constB6))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7174, 7173])).
% 127.27/79.82 tff(7176,plain,
% 127.27/79.82 (~v1003(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7175, 1953, 7172])).
% 127.27/79.82 tff(7177,plain,
% 127.27/79.82 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB6) | (~v17(constB6, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB6) | (~v17(constB6, bitIndex2)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7178,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB6) | (~v17(constB6, bitIndex2)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7179,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB6) | (~v17(constB6, bitIndex2))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7178, 7177])).
% 127.27/79.82 tff(7180,plain,
% 127.27/79.82 (~v17(constB6, bitIndex2)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7179, 1220, 7172])).
% 127.27/79.82 tff(7181,plain,
% 127.27/79.82 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB6) | v1003(constB6) | v17(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB6) | v1003(constB6) | v17(constB6, bitIndex2))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7182,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB6) | v1003(constB6) | v17(constB6, bitIndex2))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7183,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB6) | v1003(constB6) | v17(constB6, bitIndex2)),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7182, 7181])).
% 127.27/79.82 tff(7184,plain,
% 127.27/79.82 (sP954_aig_name(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7183, 1971, 7180, 7176])).
% 127.27/79.82 tff(7185,plain,
% 127.27/79.82 (~v28(constB6, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[5937, 1912, 7172])).
% 127.27/79.82 tff(7186,plain,
% 127.27/79.82 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB6) | (~v28(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB6) | (~v28(constB6, bitIndex0)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7187,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB6) | (~v28(constB6, bitIndex0)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7188,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB6) | (~v28(constB6, bitIndex0))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7187, 7186])).
% 127.27/79.82 tff(7189,plain,
% 127.27/79.82 (~v28(constB6, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7188, 1901, 7172])).
% 127.27/79.82 tff(7190,plain,
% 127.27/79.82 (~v32(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6729, 1923, 7172])).
% 127.27/79.82 tff(7191,plain,
% 127.27/79.82 (sP957(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7098, 7170, 2713])).
% 127.27/79.82 tff(7192,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7193,plain,
% 127.27/79.82 (((~v924(constB6, bitIndex0)) | v32(constB6) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6))) <=> (v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7194,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB6, bitIndex0)) | v32(constB6) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6))))),
% 127.27/79.82 inference(monotonicity,[status(thm)],[7193])).
% 127.27/79.82 tff(7195,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB6, bitIndex0)) | v32(constB6) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))),
% 127.27/79.82 inference(transitivity,[status(thm)],[7194, 7192])).
% 127.27/79.82 tff(7196,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB6, bitIndex0)) | v32(constB6) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7197,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1) | (~sP957(constB6))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7196, 7195])).
% 127.27/79.82 tff(7198,plain,
% 127.27/79.82 (v32(constB6) | (~v924(constB6, bitIndex0)) | v28(constB6, bitIndex0) | v28(constB6, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7197, 1938, 7191])).
% 127.27/79.82 tff(7199,plain,
% 127.27/79.82 (~v924(constB6, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7198, 7190, 7189, 7185])).
% 127.27/79.82 tff(7200,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB6)) | v924(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB6)) | v924(constB6, bitIndex0))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7201,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB6)) | v924(constB6, bitIndex0))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7202,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB6)) | v924(constB6, bitIndex0)),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7201, 7200])).
% 127.27/79.82 tff(7203,plain,
% 127.27/79.82 ($false),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7202, 1982, 7199, 7184])).
% 127.27/79.82 tff(7204,plain,(v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex0)) | v7(constB6, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.27/79.82 tff(7205,plain,
% 127.27/79.82 (v7(constB6, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7204, 2713, 5939, 4125])).
% 127.27/79.82 tff(7206,plain,
% 127.27/79.82 (v7(constB5, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[904, 7205])).
% 127.27/79.82 tff(7207,plain,
% 127.27/79.82 (v956(constB5, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[883, 7206])).
% 127.27/79.82 tff(7208,plain,
% 127.27/79.82 (v940(constB5, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[875, 7207])).
% 127.27/79.82 tff(7209,plain,
% 127.27/79.82 (v938(constB4, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[849, 7208])).
% 127.27/79.82 tff(7210,plain,
% 127.27/79.82 (v13(constB4, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6198, 7209])).
% 127.27/79.82 tff(7211,plain,
% 127.27/79.82 (~sP959(constB4)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[5963, 7210, 3690])).
% 127.27/79.82 tff(7212,plain,
% 127.27/79.82 (v952(constB4, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6154, 6151, 7211])).
% 127.27/79.82 tff(7213,plain,
% 127.27/79.82 (~v970(constB4)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7083, 7211])).
% 127.27/79.82 tff(7214,plain,
% 127.27/79.82 (v924(constB4, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6096, 6093, 7213, 7212])).
% 127.27/79.82 tff(7215,plain,
% 127.27/79.82 (^[VarCurr: $i] : refl(((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 127.27/79.82 inference(bind,[status(th)],[])).
% 127.27/79.82 tff(7216,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(quant_intro,[status(thm)],[7215])).
% 127.27/79.82 tff(7217,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7218,plain,
% 127.27/79.82 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) <=> (~v924(VarCurr, bitIndex0))), ((((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex0))))), rewrite(((~v924(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex0)))), ((((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex0))))), (((((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (((~v924(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)))), rewrite((((~v924(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))), (((((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))))),
% 127.27/79.82 inference(bind,[status(th)],[])).
% 127.27/79.82 tff(7219,plain,
% 127.27/79.82 (![VarCurr: $i] : ((((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(quant_intro,[status(thm)],[7218])).
% 127.27/79.82 tff(7220,axiom,(![VarCurr: $i] : ((((~v924(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16459')).
% 127.27/79.82 tff(7221,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7220, 7219])).
% 127.27/79.82 tff(7222,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7221, 7217])).
% 127.27/79.82 tff(7223,plain,(
% 127.27/79.82 ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(skolemize,[status(sab)],[7222])).
% 127.27/79.82 tff(7224,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7223, 7216])).
% 127.27/79.82 tff(7225,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7226,plain,
% 127.27/79.82 (((~v924(constB4, bitIndex0)) | sP957(constB4) | (~v13(constB4, bitIndex0))) <=> ((~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7227,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB4, bitIndex0)) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4)))),
% 127.27/79.82 inference(monotonicity,[status(thm)],[7226])).
% 127.27/79.82 tff(7228,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB4, bitIndex0)) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4))),
% 127.27/79.82 inference(transitivity,[status(thm)],[7227, 7225])).
% 127.27/79.82 tff(7229,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB4, bitIndex0)) | sP957(constB4) | (~v13(constB4, bitIndex0)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7230,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0)) | sP957(constB4)),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7229, 7228])).
% 127.27/79.82 tff(7231,plain,
% 127.27/79.82 ((~v13(constB4, bitIndex0)) | (~v924(constB4, bitIndex0))),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7230, 7224, 5920])).
% 127.27/79.82 tff(7232,plain,
% 127.27/79.82 (~v13(constB4, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7231, 7214])).
% 127.27/79.82 tff(7233,plain,
% 127.27/79.82 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6046, 6040, 6192])).
% 127.27/79.82 tff(7234,plain,
% 127.27/79.82 (~v1050(constB4)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7233, 7232])).
% 127.27/79.82 tff(7235,plain,
% 127.27/79.82 (~v1052(constB5)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6029, 7234])).
% 127.27/79.82 tff(7236,plain,
% 127.27/79.82 (~v7(constB5, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6014, 7235])).
% 127.27/79.82 tff(7237,plain,
% 127.27/79.82 (~v7(constB6, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[5996, 7236])).
% 127.27/79.82 tff(7238,plain,
% 127.27/79.82 (sP958(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[6169, 5886, 7237])).
% 127.27/79.82 tff(7239,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex1)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7240,plain,
% 127.27/79.82 (((~v17(constB6, bitIndex1)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6))) <=> ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex1)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7241,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex1)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex1))))),
% 127.27/79.82 inference(monotonicity,[status(thm)],[7240])).
% 127.27/79.82 tff(7242,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex1)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex1)))),
% 127.27/79.82 inference(transitivity,[status(thm)],[7241, 7239])).
% 127.27/79.82 tff(7243,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex1)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7244,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex1))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7243, 7242])).
% 127.27/79.82 tff(7245,plain,
% 127.27/79.82 ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~v17(constB6, bitIndex1))),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7244, 5118, 5929])).
% 127.27/79.82 tff(7246,plain,
% 127.27/79.82 (~v17(constB6, bitIndex1)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7245, 7238, 5939])).
% 127.27/79.82 tff(7247,plain,
% 127.27/79.82 (^[VarCurr: $i] : refl(((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))),
% 127.27/79.82 inference(bind,[status(th)],[])).
% 127.27/79.82 tff(7248,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(quant_intro,[status(thm)],[7247])).
% 127.27/79.82 tff(7249,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7250,plain,
% 127.27/79.82 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) <=> ((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex0))) <=> (((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex0))))), rewrite((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex0))) <=> ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))), (((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex0))) <=> ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))))),
% 127.27/79.82 inference(bind,[status(th)],[])).
% 127.27/79.82 tff(7251,plain,
% 127.27/79.82 (![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(quant_intro,[status(thm)],[7250])).
% 127.27/79.82 tff(7252,axiom,(![VarCurr: $i] : ((((~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr))) | (~sP959(VarCurr))) | (~v17(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16673')).
% 127.27/79.82 tff(7253,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7252, 7251])).
% 127.27/79.82 tff(7254,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7253, 7249])).
% 127.27/79.82 tff(7255,plain,(
% 127.27/79.82 ![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(skolemize,[status(sab)],[7254])).
% 127.27/79.82 tff(7256,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7255, 7248])).
% 127.27/79.82 tff(7257,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex0)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7258,plain,
% 127.27/79.82 (((~v17(constB6, bitIndex0)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6))) <=> ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex0)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7259,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex0)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex0))))),
% 127.27/79.82 inference(monotonicity,[status(thm)],[7258])).
% 127.27/79.82 tff(7260,plain,
% 127.27/79.82 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex0)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex0)))),
% 127.27/79.82 inference(transitivity,[status(thm)],[7259, 7257])).
% 127.27/79.82 tff(7261,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB6, bitIndex0)) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7262,plain,
% 127.27/79.82 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6)) | (~v17(constB6, bitIndex0))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7261, 7260])).
% 127.27/79.82 tff(7263,plain,
% 127.27/79.82 ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~v17(constB6, bitIndex0))),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7262, 7256, 5929])).
% 127.27/79.82 tff(7264,plain,
% 127.27/79.82 (~v17(constB6, bitIndex0)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7263, 7238, 5939])).
% 127.27/79.82 tff(7265,plain,
% 127.27/79.82 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB6, bitIndex0) | (~sP957(constB6)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB6, bitIndex0) | (~sP957(constB6)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7266,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB6, bitIndex0) | (~sP957(constB6)))),
% 127.27/79.82 inference(quant_inst,[status(thm)],[])).
% 127.27/79.82 tff(7267,plain,
% 127.27/79.82 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB6, bitIndex0) | (~sP957(constB6))),
% 127.27/79.82 inference(modus_ponens,[status(thm)],[7266, 7265])).
% 127.27/79.82 tff(7268,plain,
% 127.27/79.82 (~sP957(constB6)),
% 127.27/79.82 inference(unit_resolution,[status(thm)],[7267, 5875, 7237])).
% 127.27/79.82 tff(7269,plain,
% 127.27/79.82 (^[VarCurr: $i] : refl(((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))))),
% 127.27/79.82 inference(bind,[status(th)],[])).
% 127.27/79.82 tff(7270,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(quant_intro,[status(thm)],[7269])).
% 127.27/79.82 tff(7271,plain,
% 127.27/79.82 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.82 inference(rewrite,[status(thm)],[])).
% 127.27/79.82 tff(7272,plain,
% 127.27/79.82 (^[VarCurr: $i] : trans(monotonicity(rewrite((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | (~v13(VarCurr, bitIndex0)))), (((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> (((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)))), rewrite((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))), (((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))))),
% 127.27/79.83 inference(bind,[status(th)],[])).
% 127.27/79.83 tff(7273,plain,
% 127.27/79.83 (![VarCurr: $i] : ((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr)) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.83 inference(quant_intro,[status(thm)],[7272])).
% 127.27/79.83 tff(7274,axiom,(![VarCurr: $i] : ((((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex0))) | sP957(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16460')).
% 127.27/79.83 tff(7275,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7274, 7273])).
% 127.27/79.83 tff(7276,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7275, 7271])).
% 127.27/79.83 tff(7277,plain,(
% 127.27/79.83 ![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.83 inference(skolemize,[status(sab)],[7276])).
% 127.27/79.83 tff(7278,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7277, 7270])).
% 127.27/79.83 tff(7279,plain,
% 127.27/79.83 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex2) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex2) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.83 inference(rewrite,[status(thm)],[])).
% 127.27/79.83 tff(7280,plain,
% 127.27/79.83 (((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0))) <=> (v7(constB6, bitIndex2) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.83 inference(rewrite,[status(thm)],[])).
% 127.27/79.83 tff(7281,plain,
% 127.27/79.83 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex2) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))))),
% 127.27/79.83 inference(monotonicity,[status(thm)],[7280])).
% 127.27/79.83 tff(7282,plain,
% 127.27/79.83 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex2) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.83 inference(transitivity,[status(thm)],[7281, 7279])).
% 127.27/79.83 tff(7283,plain,
% 127.27/79.83 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.27/79.83 inference(quant_inst,[status(thm)],[])).
% 127.27/79.83 tff(7284,plain,
% 127.27/79.83 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex2) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7283, 7282])).
% 127.27/79.83 tff(7285,plain,
% 127.27/79.83 ((~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.27/79.83 inference(unit_resolution,[status(thm)],[7284, 7278, 4125])).
% 127.27/79.83 tff(7286,plain,
% 127.27/79.83 (~v924(constB6, bitIndex0)),
% 127.27/79.83 inference(unit_resolution,[status(thm)],[7285, 7268, 2713])).
% 127.27/79.83 tff(7287,plain,
% 127.27/79.83 (^[VarCurr: $i] : refl(((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)))),
% 127.27/79.83 inference(bind,[status(th)],[])).
% 127.27/79.83 tff(7288,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 127.27/79.83 inference(quant_intro,[status(thm)],[7287])).
% 127.27/79.83 tff(7289,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 127.27/79.83 inference(rewrite,[status(thm)],[])).
% 127.27/79.83 tff(7290,axiom,(![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26279')).
% 127.27/79.83 tff(7291,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7290, 7289])).
% 127.27/79.83 tff(7292,plain,(
% 127.27/79.83 ![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 127.27/79.83 inference(skolemize,[status(sab)],[7291])).
% 127.27/79.83 tff(7293,plain,
% 127.27/79.83 (![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7292, 7288])).
% 127.27/79.83 tff(7294,plain,
% 127.27/79.83 (((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB6)) | v924(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB6)) | v924(constB6, bitIndex0))),
% 127.27/79.83 inference(rewrite,[status(thm)],[])).
% 127.27/79.83 tff(7295,plain,
% 127.27/79.83 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB6)) | v924(constB6, bitIndex0))),
% 127.27/79.83 inference(quant_inst,[status(thm)],[])).
% 127.27/79.83 tff(7296,plain,
% 127.27/79.83 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB6)) | v924(constB6, bitIndex0)),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7295, 7294])).
% 127.27/79.83 tff(7297,plain,
% 127.27/79.83 (~sP956_aig_name(constB6)),
% 127.27/79.83 inference(unit_resolution,[status(thm)],[7296, 7293, 7286])).
% 127.27/79.83 tff(7298,plain,
% 127.27/79.83 (~v17(constB6, bitIndex2)),
% 127.27/79.83 inference(unit_resolution,[status(thm)],[6734, 7238, 5939])).
% 127.27/79.83 tff(7299,plain,
% 127.27/79.83 (^[VarCurr: $i] : refl((v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr)))),
% 127.27/79.83 inference(bind,[status(th)],[])).
% 127.27/79.83 tff(7300,plain,
% 127.27/79.83 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr)) <=> ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.27/79.83 inference(quant_intro,[status(thm)],[7299])).
% 127.27/79.83 tff(7301,plain,
% 127.27/79.83 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr)) <=> ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.27/79.83 inference(rewrite,[status(thm)],[])).
% 127.27/79.83 tff(7302,plain,
% 127.27/79.83 (^[VarCurr: $i] : rewrite(((sP956_aig_name(VarCurr) | v17(VarCurr, bitIndex2)) | v1003(VarCurr)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr)))),
% 127.27/79.83 inference(bind,[status(th)],[])).
% 127.27/79.83 tff(7303,plain,
% 127.27/79.83 (![VarCurr: $i] : ((sP956_aig_name(VarCurr) | v17(VarCurr, bitIndex2)) | v1003(VarCurr)) <=> ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.27/79.83 inference(quant_intro,[status(thm)],[7302])).
% 127.27/79.83 tff(7304,axiom,(![VarCurr: $i] : ((sP956_aig_name(VarCurr) | v17(VarCurr, bitIndex2)) | v1003(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26285')).
% 127.27/79.83 tff(7305,plain,
% 127.27/79.83 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7304, 7303])).
% 127.27/79.83 tff(7306,plain,
% 127.27/79.83 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.27/79.83 inference(modus_ponens,[status(thm)],[7305, 7301])).
% 127.27/79.83 tff(7307,plain,(
% 127.27/79.83 ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.27/79.83 inference(skolemize,[status(sab)],[7306])).
% 127.27/79.83 tff(7308,plain,
% 127.27/79.83 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7307, 7300])).
% 127.30/79.83 tff(7309,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB6) | v17(constB6, bitIndex2) | sP956_aig_name(constB6))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB6) | v17(constB6, bitIndex2) | sP956_aig_name(constB6))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7310,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB6) | v17(constB6, bitIndex2) | sP956_aig_name(constB6))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7311,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB6) | v17(constB6, bitIndex2) | sP956_aig_name(constB6)),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7310, 7309])).
% 127.30/79.83 tff(7312,plain,
% 127.30/79.83 (v1003(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7311, 7308, 7298, 7297])).
% 127.30/79.83 tff(7313,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB6)) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB6)) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7314,plain,
% 127.30/79.83 ((v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | (~v1003(constB6))) <=> ((~v1003(constB6)) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7315,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | (~v1003(constB6)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB6)) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0)))),
% 127.30/79.83 inference(monotonicity,[status(thm)],[7314])).
% 127.30/79.83 tff(7316,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | (~v1003(constB6)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB6)) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))),
% 127.30/79.83 inference(transitivity,[status(thm)],[7315, 7313])).
% 127.30/79.83 tff(7317,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | (~v1003(constB6)))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7318,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB6)) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0)),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7317, 7316])).
% 127.30/79.83 tff(7319,plain,
% 127.30/79.83 ($false),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7318, 4834, 7312, 7264, 7246])).
% 127.30/79.83 tff(7320,plain,((~v13(constB6, bitIndex0)) | (~v13(constB6, bitIndex1)) | v7(constB6, bitIndex2) | (~v11(constB4)) | sP957(constB4) | v7(constB4, bitIndex1) | (~sP958(constB4))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.83 tff(7321,plain,
% 127.30/79.83 (~v13(constB6, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7320, 7169, 4125, 7040, 5920, 3690, 5918])).
% 127.30/79.83 tff(7322,plain,
% 127.30/79.83 (~v1050(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7106, 7321])).
% 127.30/79.83 tff(7323,plain,
% 127.30/79.83 (~v1052(constB7)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7111, 7322])).
% 127.30/79.83 tff(7324,plain,
% 127.30/79.83 (~v7(constB7, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7119, 7323])).
% 127.30/79.83 tff(7325,plain,
% 127.30/79.83 (~v7(constB8, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7137, 7324])).
% 127.30/79.83 tff(7326,plain,
% 127.30/79.83 (~sP960(constB8)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7141, 5864, 7325])).
% 127.30/79.83 tff(7327,plain,
% 127.30/79.83 (v7(constB8, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7009, 7326])).
% 127.30/79.83 tff(7328,plain,
% 127.30/79.83 (v7(constB7, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2450, 7327])).
% 127.30/79.83 tff(7329,plain,
% 127.30/79.83 (v929(constB7, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2454, 778, 7328])).
% 127.30/79.83 tff(7330,plain,
% 127.30/79.83 (~v13(constB6, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6116, 7169, 5918, 5920, 3690, 4125])).
% 127.30/79.83 tff(7331,plain,
% 127.30/79.83 (~v938(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7035, 7330])).
% 127.30/79.83 tff(7332,plain,
% 127.30/79.83 (~v940(constB7, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2545, 7331])).
% 127.30/79.83 tff(7333,plain,
% 127.30/79.83 ($false),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 7332, 7329])).
% 127.30/79.83 tff(7334,plain,(v7(constB6, bitIndex2) | (~v13(constB8, bitIndex2)) | (~v11(constB6)) | sP957(constB4) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.83 tff(7335,plain,
% 127.30/79.83 (v7(constB6, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7334, 6724, 6494, 5920, 3690, 5918, 6493])).
% 127.30/79.83 tff(7336,plain,
% 127.30/79.83 (v7(constB5, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[834, 7335])).
% 127.30/79.83 tff(7337,plain,
% 127.30/79.83 (v929(constB5, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[783, 7336])).
% 127.30/79.83 tff(7338,plain,
% 127.30/79.83 (v940(constB5, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[765, 7337])).
% 127.30/79.83 tff(7339,plain,
% 127.30/79.83 (v938(constB4, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[699, 7338])).
% 127.30/79.83 tff(7340,plain,
% 127.30/79.83 (v11(constB4)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[691, 7339])).
% 127.30/79.83 tff(7341,plain,
% 127.30/79.83 (v13(constB4, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6125, 2226, 7340, 7339])).
% 127.30/79.83 tff(7342,plain,
% 127.30/79.83 (~v952(constB4, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6143, 7341])).
% 127.30/79.83 tff(7343,plain,
% 127.30/79.83 (~v13(constB4, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6082, 7342, 3690])).
% 127.30/79.83 tff(7344,plain,
% 127.30/79.83 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6046, 6040, 7340])).
% 127.30/79.83 tff(7345,plain,
% 127.30/79.83 (~v1050(constB4)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7344, 7343])).
% 127.30/79.83 tff(7346,plain,
% 127.30/79.83 (~v1052(constB5)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6029, 7345])).
% 127.30/79.83 tff(7347,plain,
% 127.30/79.83 (~v7(constB5, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6014, 7346])).
% 127.30/79.83 tff(7348,plain,
% 127.30/79.83 (~v7(constB6, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[5996, 7347])).
% 127.30/79.83 tff(7349,plain,
% 127.30/79.83 (~sP960(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[5980, 5864, 7348])).
% 127.30/79.83 tff(7350,plain,
% 127.30/79.83 (~sP957(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7267, 5875, 7348])).
% 127.30/79.83 tff(7351,plain,
% 127.30/79.83 (sP959(constB4)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6154, 6151, 7342])).
% 127.30/79.83 tff(7352,plain,
% 127.30/79.83 (~v13(constB4, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[5963, 7351, 3690])).
% 127.30/79.83 tff(7353,plain,
% 127.30/79.83 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[4136, 320, 7340])).
% 127.30/79.83 tff(7354,plain,
% 127.30/79.83 (~v938(constB4, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7353, 7352])).
% 127.30/79.83 tff(7355,plain,
% 127.30/79.83 (~v940(constB5, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[849, 7354])).
% 127.30/79.83 tff(7356,plain,
% 127.30/79.83 (~v956(constB5, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[875, 7355])).
% 127.30/79.83 tff(7357,plain,
% 127.30/79.83 (~v7(constB5, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[883, 7356])).
% 127.30/79.83 tff(7358,plain,
% 127.30/79.83 (~v7(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[904, 7357])).
% 127.30/79.83 tff(7359,assumption,(~sP960(constB6)), introduced(assumption)).
% 127.30/79.83 tff(7360,plain,
% 127.30/79.83 ((~v952(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6174, 6136, 7359])).
% 127.30/79.83 tff(7361,plain,
% 127.30/79.83 (~v952(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7360, 7052])).
% 127.30/79.83 tff(7362,assumption,(~sP957(constB6)), introduced(assumption)).
% 127.30/79.83 tff(7363,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7364,plain,
% 127.30/79.83 ((v952(constB6, bitIndex1) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))) <=> (v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7365,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB6, bitIndex1) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))))),
% 127.30/79.83 inference(monotonicity,[status(thm)],[7364])).
% 127.30/79.83 tff(7366,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB6, bitIndex1) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.83 inference(transitivity,[status(thm)],[7365, 7363])).
% 127.30/79.83 tff(7367,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB6, bitIndex1) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7368,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7367, 7366])).
% 127.30/79.83 tff(7369,plain,
% 127.30/79.83 (v952(constB6, bitIndex1) | (~v13(constB6, bitIndex0))),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7368, 6075, 7170, 7362])).
% 127.30/79.83 tff(7370,plain,
% 127.30/79.83 (~v13(constB6, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7369, 7361])).
% 127.30/79.83 tff(7371,plain,
% 127.30/79.83 (~v1050(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7106, 7370])).
% 127.30/79.83 tff(7372,plain,
% 127.30/79.83 (~v1052(constB7)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7111, 7371])).
% 127.30/79.83 tff(7373,plain,
% 127.30/79.83 (~v7(constB7, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7119, 7372])).
% 127.30/79.83 tff(7374,plain,
% 127.30/79.83 (~v7(constB8, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7137, 7373])).
% 127.30/79.83 tff(7375,plain,
% 127.30/79.83 (~sP960(constB8)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7141, 5864, 7374])).
% 127.30/79.83 tff(7376,plain,
% 127.30/79.83 (~sP957(constB8)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7145, 5875, 7374])).
% 127.30/79.83 tff(7377,plain,
% 127.30/79.83 (v952(constB8, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7153, 7376, 2459])).
% 127.30/79.83 tff(7378,plain,
% 127.30/79.83 ($false),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7161, 7377, 7375])).
% 127.30/79.83 tff(7379,plain,(v7(constB8, bitIndex1) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | (~v11(constB6)) | v7(constB6, bitIndex1) | sP957(constB6) | sP960(constB6)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.83 tff(7380,plain,
% 127.30/79.83 (v7(constB8, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7379, 6493, 6494, 6724, 7358, 7350, 7349])).
% 127.30/79.83 tff(7381,plain,
% 127.30/79.83 (v7(constB7, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2482, 7380])).
% 127.30/79.83 tff(7382,plain,
% 127.30/79.83 (v956(constB7, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2490, 7381])).
% 127.30/79.83 tff(7383,plain,
% 127.30/79.83 (v940(constB7, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2516, 7382])).
% 127.30/79.83 tff(7384,plain,
% 127.30/79.83 (v938(constB6, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[2524, 7383])).
% 127.30/79.83 tff(7385,plain,
% 127.30/79.83 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[5924, 320, 6724])).
% 127.30/79.83 tff(7386,plain,
% 127.30/79.83 (v13(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7385, 7384])).
% 127.30/79.83 tff(7387,plain,
% 127.30/79.83 (sP958(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6169, 5886, 7348])).
% 127.30/79.83 tff(7388,plain,
% 127.30/79.83 ((~v13(constB6, bitIndex1)) | (~sP959(constB6))),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[5945, 1886, 7358, 7387])).
% 127.30/79.83 tff(7389,plain,
% 127.30/79.83 (~sP959(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7388, 7386])).
% 127.30/79.83 tff(7390,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB6) | (~v17(constB6, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB6) | (~v17(constB6, bitIndex1)))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7391,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB6) | (~v17(constB6, bitIndex1)))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7392,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB6) | (~v17(constB6, bitIndex1))),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7391, 7390])).
% 127.30/79.83 tff(7393,plain,
% 127.30/79.83 (~v17(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7392, 5133, 7389])).
% 127.30/79.83 tff(7394,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB6) | (~v17(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB6) | (~v17(constB6, bitIndex0)))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7395,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB6) | (~v17(constB6, bitIndex0)))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7396,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB6) | (~v17(constB6, bitIndex0))),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7395, 7394])).
% 127.30/79.83 tff(7397,plain,
% 127.30/79.83 (~v17(constB6, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7396, 5971, 7389])).
% 127.30/79.83 tff(7398,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB6) | (~v17(constB6, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB6) | (~v17(constB6, bitIndex2)))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7399,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB6) | (~v17(constB6, bitIndex2)))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7400,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB6) | (~v17(constB6, bitIndex2))),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7399, 7398])).
% 127.30/79.83 tff(7401,plain,
% 127.30/79.83 (~v17(constB6, bitIndex2)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7400, 1233, 7389])).
% 127.30/79.83 tff(7402,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB6)) | v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB6)) | v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7403,plain,
% 127.30/79.83 ((v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | v17(constB6, bitIndex2) | (~v970(constB6))) <=> ((~v970(constB6)) | v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7404,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | v17(constB6, bitIndex2) | (~v970(constB6)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB6)) | v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0)))),
% 127.30/79.83 inference(monotonicity,[status(thm)],[7403])).
% 127.30/79.83 tff(7405,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | v17(constB6, bitIndex2) | (~v970(constB6)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB6)) | v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0))),
% 127.30/79.83 inference(transitivity,[status(thm)],[7404, 7402])).
% 127.30/79.83 tff(7406,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB6, bitIndex0) | v17(constB6, bitIndex1) | v17(constB6, bitIndex2) | (~v970(constB6)))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7407,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB6)) | v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0)),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7406, 7405])).
% 127.30/79.83 tff(7408,plain,
% 127.30/79.83 (~v970(constB6)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7407, 6107, 7401, 7397, 7393])).
% 127.30/79.83 tff(7409,plain,
% 127.30/79.83 (v952(constB6, bitIndex1)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[6179, 6151, 7389])).
% 127.30/79.83 tff(7410,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB6, bitIndex1)) | v924(constB6, bitIndex0) | v970(constB6))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB6, bitIndex1)) | v924(constB6, bitIndex0) | v970(constB6))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7411,plain,
% 127.30/79.83 ((v924(constB6, bitIndex0) | (~v952(constB6, bitIndex1)) | v970(constB6)) <=> ((~v952(constB6, bitIndex1)) | v924(constB6, bitIndex0) | v970(constB6))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7412,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB6, bitIndex0) | (~v952(constB6, bitIndex1)) | v970(constB6))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB6, bitIndex1)) | v924(constB6, bitIndex0) | v970(constB6)))),
% 127.30/79.83 inference(monotonicity,[status(thm)],[7411])).
% 127.30/79.83 tff(7413,plain,
% 127.30/79.83 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB6, bitIndex0) | (~v952(constB6, bitIndex1)) | v970(constB6))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB6, bitIndex1)) | v924(constB6, bitIndex0) | v970(constB6))),
% 127.30/79.83 inference(transitivity,[status(thm)],[7412, 7410])).
% 127.30/79.83 tff(7414,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB6, bitIndex0) | (~v952(constB6, bitIndex1)) | v970(constB6))),
% 127.30/79.83 inference(quant_inst,[status(thm)],[])).
% 127.30/79.83 tff(7415,plain,
% 127.30/79.83 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB6, bitIndex1)) | v924(constB6, bitIndex0) | v970(constB6)),
% 127.30/79.83 inference(modus_ponens,[status(thm)],[7414, 7413])).
% 127.30/79.83 tff(7416,plain,
% 127.30/79.83 (v924(constB6, bitIndex0)),
% 127.30/79.83 inference(unit_resolution,[status(thm)],[7415, 6093, 7409, 7408])).
% 127.30/79.83 tff(7417,plain,
% 127.30/79.83 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.83 inference(rewrite,[status(thm)],[])).
% 127.30/79.83 tff(7418,plain,
% 127.30/79.83 (((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))) <=> (v7(constB6, bitIndex1) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7419,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB6, bitIndex1) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))))),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7418])).
% 127.30/79.84 tff(7420,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.84 inference(transitivity,[status(thm)],[7419, 7417])).
% 127.30/79.84 tff(7421,plain,
% 127.30/79.84 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | v7(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7422,plain,
% 127.30/79.84 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB6, bitIndex1) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7421, 7420])).
% 127.30/79.84 tff(7423,plain,
% 127.30/79.84 ((~v924(constB6, bitIndex0)) | (~v13(constB6, bitIndex0))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7422, 6057, 7358, 7350])).
% 127.30/79.84 tff(7424,plain,
% 127.30/79.84 (~v13(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7423, 7416])).
% 127.30/79.84 tff(7425,plain,
% 127.30/79.84 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7105, 6040, 6724])).
% 127.30/79.84 tff(7426,plain,
% 127.30/79.84 (~v1050(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7425, 7424])).
% 127.30/79.84 tff(7427,plain,
% 127.30/79.84 (~v1052(constB7)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7111, 7426])).
% 127.30/79.84 tff(7428,plain,
% 127.30/79.84 (~v7(constB7, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7119, 7427])).
% 127.30/79.84 tff(7429,plain,
% 127.30/79.84 (~v7(constB8, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7137, 7428])).
% 127.30/79.84 tff(7430,plain,
% 127.30/79.84 (~sP960(constB8)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7141, 5864, 7429])).
% 127.30/79.84 tff(7431,plain,
% 127.30/79.84 (v7(constB8, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7009, 7430])).
% 127.30/79.84 tff(7432,plain,
% 127.30/79.84 (v7(constB7, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2450, 7431])).
% 127.30/79.84 tff(7433,plain,
% 127.30/79.84 (v929(constB7, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2454, 778, 7432])).
% 127.30/79.84 tff(7434,plain,
% 127.30/79.84 ((~v952(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6174, 6136, 7349])).
% 127.30/79.84 tff(7435,plain,
% 127.30/79.84 (~v13(constB6, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7434, 7409])).
% 127.30/79.84 tff(7436,plain,
% 127.30/79.84 (v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2536, 2226, 6724])).
% 127.30/79.84 tff(7437,plain,
% 127.30/79.84 (~v938(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7436, 7435])).
% 127.30/79.84 tff(7438,plain,
% 127.30/79.84 (~v940(constB7, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2545, 7437])).
% 127.30/79.84 tff(7439,plain,
% 127.30/79.84 ($false),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 7438, 7433])).
% 127.30/79.84 tff(7440,plain,(sP958(constB10) | (~v13(constB8, bitIndex2)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | (~v11(constB8))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.84 tff(7441,plain,
% 127.30/79.84 (sP958(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7440, 6460, 3690, 5918, 5920, 5919, 6347])).
% 127.30/79.84 tff(7442,plain,
% 127.30/79.84 (~sP959(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6385, 7441, 6222])).
% 127.30/79.84 tff(7443,plain,
% 127.30/79.84 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB10) | v952(constB10, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB10) | v952(constB10, bitIndex1))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7444,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB10) | v952(constB10, bitIndex1))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7445,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB10) | v952(constB10, bitIndex1)),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7444, 7443])).
% 127.30/79.84 tff(7446,plain,
% 127.30/79.84 (v952(constB10, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7445, 6151, 7442])).
% 127.30/79.84 tff(7447,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2)) | sP960(constB10))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2)) | sP960(constB10))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7448,plain,
% 127.30/79.84 (((~v952(constB10, bitIndex1)) | sP960(constB10) | (~v13(constB10, bitIndex2))) <=> ((~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2)) | sP960(constB10))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7449,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB10, bitIndex1)) | sP960(constB10) | (~v13(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2)) | sP960(constB10)))),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7448])).
% 127.30/79.84 tff(7450,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB10, bitIndex1)) | sP960(constB10) | (~v13(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2)) | sP960(constB10))),
% 127.30/79.84 inference(transitivity,[status(thm)],[7449, 7447])).
% 127.30/79.84 tff(7451,plain,
% 127.30/79.84 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB10, bitIndex1)) | sP960(constB10) | (~v13(constB10, bitIndex2)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7452,plain,
% 127.30/79.84 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7451, 7450])).
% 127.30/79.84 tff(7453,plain,
% 127.30/79.84 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7452, 6136, 6359])).
% 127.30/79.84 tff(7454,plain,
% 127.30/79.84 (sP960(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7453, 7446])).
% 127.30/79.84 tff(7455,plain,
% 127.30/79.84 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB10, bitIndex0) | (~sP960(constB10)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB10, bitIndex0) | (~sP960(constB10)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7456,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB10, bitIndex0) | (~sP960(constB10)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7457,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB10, bitIndex0) | (~sP960(constB10))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7456, 7455])).
% 127.30/79.84 tff(7458,plain,
% 127.30/79.84 (v7(constB10, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7457, 5864, 7454])).
% 127.30/79.84 tff(7459,plain,
% 127.30/79.84 (v7(constB9, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6470, 7458])).
% 127.30/79.84 tff(7460,plain,
% 127.30/79.84 (v1052(constB9)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6478, 7459])).
% 127.30/79.84 tff(7461,plain,
% 127.30/79.84 (v1050(constB8)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6483, 7460])).
% 127.30/79.84 tff(7462,plain,
% 127.30/79.84 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6491, 6040, 6347])).
% 127.30/79.84 tff(7463,plain,
% 127.30/79.84 (v13(constB8, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7462, 7461])).
% 127.30/79.84 tff(7464,plain,
% 127.30/79.84 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB10) | (~v17(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB10) | (~v17(constB10, bitIndex2)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7465,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB10) | (~v17(constB10, bitIndex2)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7466,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB10) | (~v17(constB10, bitIndex2))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7465, 7464])).
% 127.30/79.84 tff(7467,plain,
% 127.30/79.84 (~v17(constB10, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7466, 1233, 7442])).
% 127.30/79.84 tff(7468,plain,
% 127.30/79.84 (~v17(constB9, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6517, 7467])).
% 127.30/79.84 tff(7469,plain,
% 127.30/79.84 (~v1019(constB9, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6543, 7468])).
% 127.30/79.84 tff(7470,plain,
% 127.30/79.84 (~v1017(constB8, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6551, 7469])).
% 127.30/79.84 tff(7471,plain,
% 127.30/79.84 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB10) | (~v17(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB10) | (~v17(constB10, bitIndex0)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7472,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB10) | (~v17(constB10, bitIndex0)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7473,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB10) | (~v17(constB10, bitIndex0))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7472, 7471])).
% 127.30/79.84 tff(7474,plain,
% 127.30/79.84 (~v17(constB10, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7473, 5971, 7442])).
% 127.30/79.84 tff(7475,plain,
% 127.30/79.84 (~v17(constB9, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6581, 7474])).
% 127.30/79.84 tff(7476,plain,
% 127.30/79.84 (~v1019(constB9, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6588, 405, 6535, 7475])).
% 127.30/79.84 tff(7477,plain,
% 127.30/79.84 (~v1017(constB8, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6596, 7476])).
% 127.30/79.84 tff(7478,plain,
% 127.30/79.84 (v11(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6723, 7477, 7470])).
% 127.30/79.84 tff(7479,plain,
% 127.30/79.84 (v7(constB6, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7334, 7478, 6460, 5920, 3690, 5918, 7463])).
% 127.30/79.84 tff(7480,plain,
% 127.30/79.84 (v7(constB5, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[834, 7479])).
% 127.30/79.84 tff(7481,plain,
% 127.30/79.84 (v929(constB5, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[783, 7480])).
% 127.30/79.84 tff(7482,plain,
% 127.30/79.84 (v940(constB5, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[765, 7481])).
% 127.30/79.84 tff(7483,plain,
% 127.30/79.84 (v938(constB4, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[699, 7482])).
% 127.30/79.84 tff(7484,plain,
% 127.30/79.84 (v11(constB4)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[691, 7483])).
% 127.30/79.84 tff(7485,plain,
% 127.30/79.84 (v13(constB4, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6125, 2226, 7484, 7483])).
% 127.30/79.84 tff(7486,plain,
% 127.30/79.84 (~v952(constB4, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6143, 7485])).
% 127.30/79.84 tff(7487,plain,
% 127.30/79.84 (~v13(constB4, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6082, 7486, 3690])).
% 127.30/79.84 tff(7488,plain,
% 127.30/79.84 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6046, 6040, 7484])).
% 127.30/79.84 tff(7489,plain,
% 127.30/79.84 (~v1050(constB4)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7488, 7487])).
% 127.30/79.84 tff(7490,plain,
% 127.30/79.84 (~v1052(constB5)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6029, 7489])).
% 127.30/79.84 tff(7491,plain,
% 127.30/79.84 (~v7(constB5, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6014, 7490])).
% 127.30/79.84 tff(7492,plain,
% 127.30/79.84 (~v7(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5996, 7491])).
% 127.30/79.84 tff(7493,plain,
% 127.30/79.84 (sP958(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6169, 5886, 7492])).
% 127.30/79.84 tff(7494,plain,
% 127.30/79.84 (~sP957(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7267, 5875, 7492])).
% 127.30/79.84 tff(7495,plain,
% 127.30/79.84 (~sP960(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5980, 5864, 7492])).
% 127.30/79.84 tff(7496,plain,
% 127.30/79.84 (sP959(constB4)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6154, 6151, 7486])).
% 127.30/79.84 tff(7497,plain,
% 127.30/79.84 (~v13(constB4, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5963, 7496, 3690])).
% 127.30/79.84 tff(7498,plain,
% 127.30/79.84 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[4136, 320, 7484])).
% 127.30/79.84 tff(7499,plain,
% 127.30/79.84 (~v938(constB4, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7498, 7497])).
% 127.30/79.84 tff(7500,plain,
% 127.30/79.84 (~v940(constB5, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[849, 7499])).
% 127.30/79.84 tff(7501,plain,
% 127.30/79.84 (~v956(constB5, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[875, 7500])).
% 127.30/79.84 tff(7502,plain,
% 127.30/79.84 (~v7(constB5, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[883, 7501])).
% 127.30/79.84 tff(7503,plain,
% 127.30/79.84 (~v7(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[904, 7502])).
% 127.30/79.84 tff(7504,plain,
% 127.30/79.84 (v7(constB8, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7379, 7503, 7463, 7478, 7495, 7494, 6460])).
% 127.30/79.84 tff(7505,plain,
% 127.30/79.84 (v7(constB7, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2482, 7504])).
% 127.30/79.84 tff(7506,plain,
% 127.30/79.84 (v956(constB7, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2490, 7505])).
% 127.30/79.84 tff(7507,plain,
% 127.30/79.84 (v940(constB7, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2516, 7506])).
% 127.30/79.84 tff(7508,plain,
% 127.30/79.84 (v938(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2524, 7507])).
% 127.30/79.84 tff(7509,plain,
% 127.30/79.84 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5924, 320, 7478])).
% 127.30/79.84 tff(7510,plain,
% 127.30/79.84 (v13(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7509, 7508])).
% 127.30/79.84 tff(7511,plain,
% 127.30/79.84 (~sP959(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5945, 1886, 7503, 7510, 7493])).
% 127.30/79.84 tff(7512,plain,
% 127.30/79.84 (~v17(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7392, 5133, 7511])).
% 127.30/79.84 tff(7513,plain,
% 127.30/79.84 (~v17(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7396, 5971, 7511])).
% 127.30/79.84 tff(7514,plain,
% 127.30/79.84 (~v17(constB6, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7400, 1233, 7511])).
% 127.30/79.84 tff(7515,plain,
% 127.30/79.84 (~v970(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7407, 6107, 7514, 7513, 7512])).
% 127.30/79.84 tff(7516,plain,
% 127.30/79.84 (v952(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6179, 6151, 7511])).
% 127.30/79.84 tff(7517,plain,
% 127.30/79.84 (v924(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7415, 6093, 7516, 7515])).
% 127.30/79.84 tff(7518,plain,
% 127.30/79.84 ((~v924(constB6, bitIndex0)) | (~v13(constB6, bitIndex0))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7422, 6057, 7503, 7494])).
% 127.30/79.84 tff(7519,plain,
% 127.30/79.84 (~v13(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7518, 7517])).
% 127.30/79.84 tff(7520,plain,
% 127.30/79.84 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7105, 6040, 7478])).
% 127.30/79.84 tff(7521,plain,
% 127.30/79.84 (~v1050(constB6)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7520, 7519])).
% 127.30/79.84 tff(7522,plain,
% 127.30/79.84 (~v1052(constB7)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7111, 7521])).
% 127.30/79.84 tff(7523,plain,
% 127.30/79.84 (~v7(constB7, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7119, 7522])).
% 127.30/79.84 tff(7524,plain,
% 127.30/79.84 (~v7(constB8, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7137, 7523])).
% 127.30/79.84 tff(7525,plain,
% 127.30/79.84 (~sP960(constB8)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7141, 5864, 7524])).
% 127.30/79.84 tff(7526,plain,
% 127.30/79.84 (v7(constB8, bitIndex2) | sP960(constB8)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7008, 1804, 6460])).
% 127.30/79.84 tff(7527,plain,
% 127.30/79.84 (v7(constB8, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7526, 7525])).
% 127.30/79.84 tff(7528,plain,
% 127.30/79.84 (v7(constB7, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2450, 7527])).
% 127.30/79.84 tff(7529,plain,
% 127.30/79.84 (v929(constB7, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2454, 778, 7528])).
% 127.30/79.84 tff(7530,plain,
% 127.30/79.84 ((~v952(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6174, 6136, 7495])).
% 127.30/79.84 tff(7531,plain,
% 127.30/79.84 (~v13(constB6, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7530, 7516])).
% 127.30/79.84 tff(7532,plain,
% 127.30/79.84 (v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2536, 2226, 7478])).
% 127.30/79.84 tff(7533,plain,
% 127.30/79.84 (~v938(constB6, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7532, 7531])).
% 127.30/79.84 tff(7534,plain,
% 127.30/79.84 (~v940(constB7, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2545, 7533])).
% 127.30/79.84 tff(7535,plain,
% 127.30/79.84 ($false),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 7534, 7529])).
% 127.30/79.84 tff(7536,plain,((~(constB12 = sK952_VarCurr)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.84 tff(7537,plain,
% 127.30/79.84 (~(constB12 = sK952_VarCurr)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7536, 1, 5918, 5920, 5919, 3690, 1245])).
% 127.30/79.84 tff(7538,plain,
% 127.30/79.84 (constB14 = sK952_VarCurr),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5347, 7537, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 5310, 2408, 5309, 5308, 5284, 6212, 5282, 6211, 5280, 6186, 2409])).
% 127.30/79.84 tff(7539,plain,
% 127.30/79.84 (v7(constB14, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.30/79.84 inference(monotonicity,[status(thm)],[5349])).
% 127.30/79.84 tff(7540,plain,
% 127.30/79.84 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB14, bitIndex1)),
% 127.30/79.84 inference(symmetry,[status(thm)],[7539])).
% 127.30/79.84 tff(7541,plain,
% 127.30/79.84 (v7(constB14, bitIndex1)),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[11, 7540])).
% 127.30/79.84 tff(7542,assumption,(~v7(constB14, bitIndex1)), introduced(assumption)).
% 127.30/79.84 tff(7543,plain,
% 127.30/79.84 ($false),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7542, 7541])).
% 127.30/79.84 tff(7544,plain,((~(constB14 = sK952_VarCurr)) | v7(constB14, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.84 tff(7545,plain,
% 127.30/79.84 (v7(constB14, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7544, 7538, 1516])).
% 127.30/79.84 tff(7546,plain,
% 127.30/79.84 (v7(constB13, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2214, 7545])).
% 127.30/79.84 tff(7547,plain,
% 127.30/79.84 (v956(constB13, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2191, 201, 7546])).
% 127.30/79.84 tff(7548,plain,
% 127.30/79.84 (v940(constB13, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 7547])).
% 127.30/79.84 tff(7549,plain,
% 127.30/79.84 (v938(constB12, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2159, 7548])).
% 127.30/79.84 tff(7550,plain,
% 127.30/79.84 (v7(constB14, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7538])).
% 127.30/79.84 tff(7551,plain,
% 127.30/79.84 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB14, bitIndex0)),
% 127.30/79.84 inference(symmetry,[status(thm)],[7550])).
% 127.30/79.84 tff(7552,plain,
% 127.30/79.84 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB14, bitIndex0))),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7551])).
% 127.30/79.84 tff(7553,plain,
% 127.30/79.84 (~v7(constB14, bitIndex0)),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[1245, 7552])).
% 127.30/79.84 tff(7554,plain,
% 127.30/79.84 (~v7(constB13, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2074, 7553])).
% 127.30/79.84 tff(7555,plain,
% 127.30/79.84 (~v1052(constB13)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2056, 7554])).
% 127.30/79.84 tff(7556,plain,
% 127.30/79.84 (~v1050(constB12)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2020, 7555])).
% 127.30/79.84 tff(7557,plain,
% 127.30/79.84 (v11(constB12)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2015, 1480, 7556])).
% 127.30/79.84 tff(7558,plain,
% 127.30/79.84 (v13(constB12, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2150, 320, 7557, 7549])).
% 127.30/79.84 tff(7559,plain,
% 127.30/79.84 (v13(constB12, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[5366, 7538, 1245])).
% 127.30/79.84 tff(7560,plain,
% 127.30/79.84 ((~v11(constB12)) | (~v13(constB12, bitIndex0))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[2390, 2000, 7556])).
% 127.30/79.84 tff(7561,plain,
% 127.30/79.84 (~v13(constB12, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7560, 7557])).
% 127.30/79.84 tff(7562,plain,
% 127.30/79.84 (v11(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1701, 7561])).
% 127.30/79.84 tff(7563,assumption,(v11(constB10)), introduced(assumption)).
% 127.30/79.84 tff(7564,assumption,(~v13(constB8, bitIndex2)), introduced(assumption)).
% 127.30/79.84 tff(7565,plain,
% 127.30/79.84 (v11(constB8)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6346, 6305])).
% 127.30/79.84 tff(7566,plain,
% 127.30/79.84 ((~v11(constB8)) | (~v938(constB8, bitIndex1))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6458, 2226, 7564])).
% 127.30/79.84 tff(7567,plain,
% 127.30/79.84 (~v938(constB8, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7566, 7565])).
% 127.30/79.84 tff(7568,plain,
% 127.30/79.84 (~v940(constB9, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6454, 7567])).
% 127.30/79.84 tff(7569,plain,
% 127.30/79.84 (~v929(constB9, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6446, 7568])).
% 127.30/79.84 tff(7570,plain,
% 127.30/79.84 (~v7(constB9, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6420, 7569])).
% 127.30/79.84 tff(7571,plain,
% 127.30/79.84 (~v7(constB10, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6412, 7570])).
% 127.30/79.84 tff(7572,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB10)) | (~v11(constB10)) | v13(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB10)) | (~v11(constB10)) | v13(constB10, bitIndex0))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7573,plain,
% 127.30/79.84 (((~v11(constB10)) | v13(constB10, bitIndex0) | (~v1050(constB10))) <=> ((~v1050(constB10)) | (~v11(constB10)) | v13(constB10, bitIndex0))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7574,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB10)) | v13(constB10, bitIndex0) | (~v1050(constB10)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB10)) | (~v11(constB10)) | v13(constB10, bitIndex0)))),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7573])).
% 127.30/79.84 tff(7575,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB10)) | v13(constB10, bitIndex0) | (~v1050(constB10)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB10)) | (~v11(constB10)) | v13(constB10, bitIndex0))),
% 127.30/79.84 inference(transitivity,[status(thm)],[7574, 7572])).
% 127.30/79.84 tff(7576,plain,
% 127.30/79.84 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB10)) | v13(constB10, bitIndex0) | (~v1050(constB10)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7577,plain,
% 127.30/79.84 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB10)) | (~v11(constB10)) | v13(constB10, bitIndex0)),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7576, 7575])).
% 127.30/79.84 tff(7578,plain,
% 127.30/79.84 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7577, 6040, 7563])).
% 127.30/79.84 tff(7579,plain,
% 127.30/79.84 (~v1050(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7578, 6305])).
% 127.30/79.84 tff(7580,plain,
% 127.30/79.84 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB10, constB11)) | v1050(constB10) | (~v1052(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB10, constB11)) | v1050(constB10) | (~v1052(constB11)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7581,plain,
% 127.30/79.84 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB10, constB11)) | v1050(constB10) | (~v1052(constB11)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7582,plain,
% 127.30/79.84 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB10, constB11)) | v1050(constB10) | (~v1052(constB11))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7581, 7580])).
% 127.30/79.84 tff(7583,plain,
% 127.30/79.84 (v1050(constB10) | (~v1052(constB11))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7582, 6025, 1258])).
% 127.30/79.84 tff(7584,plain,
% 127.30/79.84 (~v1052(constB11)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7583, 7579])).
% 127.30/79.84 tff(7585,plain,
% 127.30/79.84 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB11, bitIndex0)) | v1052(constB11) | (~v1044(constB11)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB11, bitIndex0)) | v1052(constB11) | (~v1044(constB11)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7586,plain,
% 127.30/79.84 (((~v7(constB11, bitIndex0)) | (~v1044(constB11)) | v1052(constB11)) <=> ((~v7(constB11, bitIndex0)) | v1052(constB11) | (~v1044(constB11)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7587,plain,
% 127.30/79.84 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB11, bitIndex0)) | (~v1044(constB11)) | v1052(constB11))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB11, bitIndex0)) | v1052(constB11) | (~v1044(constB11))))),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7586])).
% 127.30/79.84 tff(7588,plain,
% 127.30/79.84 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB11, bitIndex0)) | (~v1044(constB11)) | v1052(constB11))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB11, bitIndex0)) | v1052(constB11) | (~v1044(constB11)))),
% 127.30/79.84 inference(transitivity,[status(thm)],[7587, 7585])).
% 127.30/79.84 tff(7589,plain,
% 127.30/79.84 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB11, bitIndex0)) | (~v1044(constB11)) | v1052(constB11))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7590,plain,
% 127.30/79.84 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB11, bitIndex0)) | v1052(constB11) | (~v1044(constB11))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7589, 7588])).
% 127.30/79.84 tff(7591,plain,
% 127.30/79.84 ((~v7(constB11, bitIndex0)) | v1052(constB11)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7590, 6007, 1565])).
% 127.30/79.84 tff(7592,plain,
% 127.30/79.84 (~v7(constB11, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7591, 7584])).
% 127.30/79.84 tff(7593,plain,
% 127.30/79.84 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB11, bitIndex0) | (~nextState(constB11, constB12)) | v1044(constB12) | (~v7(constB12, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB11, bitIndex0) | (~nextState(constB11, constB12)) | v1044(constB12) | (~v7(constB12, bitIndex0)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7594,plain,
% 127.30/79.84 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB11, bitIndex0) | (~nextState(constB11, constB12)) | v1044(constB12) | (~v7(constB12, bitIndex0)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7595,plain,
% 127.30/79.84 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB11, bitIndex0) | (~nextState(constB11, constB12)) | v1044(constB12) | (~v7(constB12, bitIndex0))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7594, 7593])).
% 127.30/79.84 tff(7596,plain,
% 127.30/79.84 (v7(constB11, bitIndex0) | v1044(constB12) | (~v7(constB12, bitIndex0))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7595, 5991, 1315])).
% 127.30/79.84 tff(7597,plain,
% 127.30/79.84 (v7(constB11, bitIndex0) | (~v7(constB12, bitIndex0))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7596, 1605])).
% 127.30/79.84 tff(7598,plain,
% 127.30/79.84 (~v7(constB12, bitIndex0)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7597, 7592])).
% 127.30/79.84 tff(7599,plain,
% 127.30/79.84 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB12, bitIndex0) | (~sP960(constB12)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB12, bitIndex0) | (~sP960(constB12)))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7600,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB12, bitIndex0) | (~sP960(constB12)))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7601,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB12, bitIndex0) | (~sP960(constB12))),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7600, 7599])).
% 127.30/79.84 tff(7602,plain,
% 127.30/79.84 (~sP960(constB12)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7601, 5864, 7598])).
% 127.30/79.84 tff(7603,plain,
% 127.30/79.84 (v7(constB12, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1811, 7602])).
% 127.30/79.84 tff(7604,plain,
% 127.30/79.84 (v7(constB11, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1772, 7603])).
% 127.30/79.84 tff(7605,plain,
% 127.30/79.84 (v929(constB11, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1749, 778, 7604])).
% 127.30/79.84 tff(7606,plain,
% 127.30/79.84 (v940(constB11, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1743, 7605])).
% 127.30/79.84 tff(7607,plain,
% 127.30/79.84 (v938(constB10, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1717, 7606])).
% 127.30/79.84 tff(7608,plain,
% 127.30/79.84 (v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1))),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6357, 2226, 7563])).
% 127.30/79.84 tff(7609,plain,
% 127.30/79.84 (v13(constB10, bitIndex2)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7608, 7607])).
% 127.30/79.84 tff(7610,plain,
% 127.30/79.84 (v7(constB10, bitIndex2) | sP960(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6367, 1804, 7609])).
% 127.30/79.84 tff(7611,plain,
% 127.30/79.84 (sP960(constB10)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7610, 7571])).
% 127.30/79.84 tff(7612,plain,
% 127.30/79.84 (v28(constB10, bitIndex1)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[6372, 1819, 7611])).
% 127.30/79.84 tff(7613,assumption,(~v7(constB12, bitIndex0)), introduced(assumption)).
% 127.30/79.84 tff(7614,plain,
% 127.30/79.84 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB12) | v7(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB12) | v7(constB12, bitIndex0))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7615,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB12) | v7(constB12, bitIndex0))),
% 127.30/79.84 inference(quant_inst,[status(thm)],[])).
% 127.30/79.84 tff(7616,plain,
% 127.30/79.84 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB12) | v7(constB12, bitIndex0)),
% 127.30/79.84 inference(modus_ponens,[status(thm)],[7615, 7614])).
% 127.30/79.84 tff(7617,plain,
% 127.30/79.84 (sP958(constB12)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7616, 5886, 7613])).
% 127.30/79.84 tff(7618,plain,
% 127.30/79.84 (~sP959(constB12)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[1893, 7617, 1703])).
% 127.30/79.84 tff(7619,plain,
% 127.30/79.84 (~sP960(constB12)),
% 127.30/79.84 inference(unit_resolution,[status(thm)],[7601, 5864, 7613])).
% 127.30/79.84 tff(7620,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | sP960(constB12))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | sP960(constB12))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7621,plain,
% 127.30/79.84 (((~v952(constB12, bitIndex1)) | sP960(constB12) | (~v13(constB12, bitIndex2))) <=> ((~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | sP960(constB12))),
% 127.30/79.84 inference(rewrite,[status(thm)],[])).
% 127.30/79.84 tff(7622,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB12, bitIndex1)) | sP960(constB12) | (~v13(constB12, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | sP960(constB12)))),
% 127.30/79.84 inference(monotonicity,[status(thm)],[7621])).
% 127.30/79.84 tff(7623,plain,
% 127.30/79.84 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB12, bitIndex1)) | sP960(constB12) | (~v13(constB12, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | sP960(constB12))),
% 127.30/79.85 inference(transitivity,[status(thm)],[7622, 7620])).
% 127.30/79.85 tff(7624,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB12, bitIndex1)) | sP960(constB12) | (~v13(constB12, bitIndex2)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7625,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7624, 7623])).
% 127.30/79.85 tff(7626,plain,
% 127.30/79.85 ((~v952(constB12, bitIndex1)) | sP960(constB12)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7625, 6136, 1794])).
% 127.30/79.85 tff(7627,plain,
% 127.30/79.85 (~v952(constB12, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7626, 7619])).
% 127.30/79.85 tff(7628,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB12) | v952(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB12) | v952(constB12, bitIndex1))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7629,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB12) | v952(constB12, bitIndex1))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7630,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB12) | v952(constB12, bitIndex1)),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7629, 7628])).
% 127.30/79.85 tff(7631,plain,
% 127.30/79.85 ($false),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7630, 6151, 7627, 7618])).
% 127.30/79.85 tff(7632,plain,(v7(constB12, bitIndex0) | (~v13(constB12, bitIndex2)) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.85 tff(7633,plain,
% 127.30/79.85 (v7(constB12, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7632, 7598, 1794, 1876])).
% 127.30/79.85 tff(7634,plain,
% 127.30/79.85 (v7(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1342, 7633])).
% 127.30/79.85 tff(7635,plain,
% 127.30/79.85 (v956(constB11, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1311, 7634])).
% 127.30/79.85 tff(7636,plain,
% 127.30/79.85 (v940(constB11, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1303, 7635])).
% 127.30/79.85 tff(7637,plain,
% 127.30/79.85 (v938(constB10, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1263, 7636])).
% 127.30/79.85 tff(7638,plain,
% 127.30/79.85 ((~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6221, 320, 7563])).
% 127.30/79.85 tff(7639,plain,
% 127.30/79.85 (v13(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7638, 7637])).
% 127.30/79.85 tff(7640,plain,
% 127.30/79.85 (sP959(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6377, 1871, 7571])).
% 127.30/79.85 tff(7641,plain,
% 127.30/79.85 (~sP958(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6385, 7640, 7639])).
% 127.30/79.85 tff(7642,plain,
% 127.30/79.85 ($false),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6389, 1912, 7641, 7612])).
% 127.30/79.85 tff(7643,plain,(v13(constB10, bitIndex0) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.85 tff(7644,plain,
% 127.30/79.85 (v13(constB10, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7643, 7564, 1794, 7563, 1876, 1])).
% 127.30/79.85 tff(7645,assumption,(v938(constB8, bitIndex1)), introduced(assumption)).
% 127.30/79.85 tff(7646,plain,
% 127.30/79.85 (~v11(constB8)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7566, 7645])).
% 127.30/79.85 tff(7647,plain,
% 127.30/79.85 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB8) | (~v938(constB8, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB8) | (~v938(constB8, bitIndex1)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7648,plain,
% 127.30/79.85 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB8) | (~v938(constB8, bitIndex1)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7649,plain,
% 127.30/79.85 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB8) | (~v938(constB8, bitIndex1))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7648, 7647])).
% 127.30/79.85 tff(7650,plain,
% 127.30/79.85 ($false),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7649, 335, 7646, 7645])).
% 127.30/79.85 tff(7651,plain,((~v938(constB8, bitIndex1)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.85 tff(7652,plain,
% 127.30/79.85 (~v938(constB8, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7651, 7564])).
% 127.30/79.85 tff(7653,plain,
% 127.30/79.85 (~v940(constB9, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6454, 7652])).
% 127.30/79.85 tff(7654,plain,
% 127.30/79.85 (~v929(constB9, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6446, 7653])).
% 127.30/79.85 tff(7655,plain,
% 127.30/79.85 (~v7(constB9, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6420, 7654])).
% 127.30/79.85 tff(7656,plain,
% 127.30/79.85 (~v7(constB10, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6412, 7655])).
% 127.30/79.85 tff(7657,plain,
% 127.30/79.85 (~v28(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6389, 1912, 6386])).
% 127.30/79.85 tff(7658,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB10) | (~v28(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB10) | (~v28(constB10, bitIndex0)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7659,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB10) | (~v28(constB10, bitIndex0)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7660,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB10) | (~v28(constB10, bitIndex0))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7659, 7658])).
% 127.30/79.85 tff(7661,plain,
% 127.30/79.85 (~v28(constB10, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7660, 1901, 6386])).
% 127.30/79.85 tff(7662,assumption,(v13(constB10, bitIndex0)), introduced(assumption)).
% 127.30/79.85 tff(7663,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7664,plain,
% 127.30/79.85 ((v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))) <=> (v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7665,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0))))),
% 127.30/79.85 inference(monotonicity,[status(thm)],[7664])).
% 127.30/79.85 tff(7666,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.85 inference(transitivity,[status(thm)],[7665, 7663])).
% 127.30/79.85 tff(7667,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7668,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7667, 7666])).
% 127.30/79.85 tff(7669,plain,
% 127.30/79.85 (v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7668, 1785, 1])).
% 127.30/79.85 tff(7670,plain,
% 127.30/79.85 (sP957(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7669, 6360, 7662])).
% 127.30/79.85 tff(7671,assumption,(v32(constB10)), introduced(assumption)).
% 127.30/79.85 tff(7672,plain,
% 127.30/79.85 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB10)) | (~sP960(constB10)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB10)) | (~sP960(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7673,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB10)) | (~sP960(constB10)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7674,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB10)) | (~sP960(constB10))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7673, 7672])).
% 127.30/79.85 tff(7675,plain,
% 127.30/79.85 (~sP960(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7674, 1841, 7671])).
% 127.30/79.85 tff(7676,plain,
% 127.30/79.85 ((~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6367, 1804, 6360])).
% 127.30/79.85 tff(7677,plain,
% 127.30/79.85 (~v13(constB10, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7676, 7675])).
% 127.30/79.85 tff(7678,plain,
% 127.30/79.85 (~v938(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7608, 7677])).
% 127.30/79.85 tff(7679,plain,
% 127.30/79.85 (~v940(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1717, 7678])).
% 127.30/79.85 tff(7680,plain,
% 127.30/79.85 (~v929(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1743, 7679])).
% 127.30/79.85 tff(7681,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB10) | (~v32(constB10)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB10) | (~v32(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7682,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB10) | (~v32(constB10)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7683,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB10) | (~v32(constB10))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7682, 7681])).
% 127.30/79.85 tff(7684,plain,
% 127.30/79.85 (sP958(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7683, 1923, 7671])).
% 127.30/79.85 tff(7685,plain,
% 127.30/79.85 (~v13(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6385, 7684, 6378])).
% 127.30/79.85 tff(7686,plain,
% 127.30/79.85 (~v938(constB10, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7638, 7685])).
% 127.30/79.85 tff(7687,plain,
% 127.30/79.85 (~v940(constB11, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1263, 7686])).
% 127.30/79.85 tff(7688,plain,
% 127.30/79.85 (~v956(constB11, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1303, 7687])).
% 127.30/79.85 tff(7689,plain,
% 127.30/79.85 (~v7(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1311, 7688])).
% 127.30/79.85 tff(7690,plain,
% 127.30/79.85 (~v7(constB12, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1342, 7689])).
% 127.30/79.85 tff(7691,plain,
% 127.30/79.85 (~sP958(constB12)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1893, 1875, 1703])).
% 127.30/79.85 tff(7692,plain,
% 127.30/79.85 ($false),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1915, 1912, 1823, 7691])).
% 127.30/79.85 tff(7693,plain,(v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.85 tff(7694,plain,
% 127.30/79.85 (v7(constB12, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7693, 7690, 1794, 1876])).
% 127.30/79.85 tff(7695,plain,
% 127.30/79.85 (v7(constB11, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1772, 7694])).
% 127.30/79.85 tff(7696,plain,
% 127.30/79.85 ($false),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1749, 778, 7695, 7680])).
% 127.30/79.85 tff(7697,plain,((~v32(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.85 tff(7698,plain,
% 127.30/79.85 (~v32(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7697, 6360, 1876, 7563, 1794, 1])).
% 127.30/79.85 tff(7699,plain,
% 127.30/79.85 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7700,plain,
% 127.30/79.85 (((~v924(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10))) <=> (v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7701,plain,
% 127.30/79.85 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10))))),
% 127.30/79.85 inference(monotonicity,[status(thm)],[7700])).
% 127.30/79.85 tff(7702,plain,
% 127.30/79.85 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))),
% 127.30/79.85 inference(transitivity,[status(thm)],[7701, 7699])).
% 127.30/79.85 tff(7703,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7704,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~sP957(constB10))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7703, 7702])).
% 127.30/79.85 tff(7705,plain,
% 127.30/79.85 ((~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7704, 1938, 7698, 7670])).
% 127.30/79.85 tff(7706,plain,
% 127.30/79.85 (~v924(constB10, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7705, 7661, 7657])).
% 127.30/79.85 tff(7707,plain,
% 127.30/79.85 (~v1003(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6555, 1953, 6386])).
% 127.30/79.85 tff(7708,plain,
% 127.30/79.85 (~v17(constB10, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6497, 1220, 6386])).
% 127.30/79.85 tff(7709,plain,
% 127.30/79.85 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB10) | v1003(constB10) | v17(constB10, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB10) | v1003(constB10) | v17(constB10, bitIndex2))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7710,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB10) | v1003(constB10) | v17(constB10, bitIndex2))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7711,plain,
% 127.30/79.85 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB10) | v1003(constB10) | v17(constB10, bitIndex2)),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7710, 7709])).
% 127.30/79.85 tff(7712,plain,
% 127.30/79.85 (sP954_aig_name(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7711, 1971, 7708, 7707])).
% 127.30/79.85 tff(7713,plain,
% 127.30/79.85 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB10)) | v924(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB10)) | v924(constB10, bitIndex0))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7714,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB10)) | v924(constB10, bitIndex0))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7715,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB10)) | v924(constB10, bitIndex0)),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7714, 7713])).
% 127.30/79.85 tff(7716,plain,
% 127.30/79.85 ($false),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7715, 1982, 7712, 7706])).
% 127.30/79.85 tff(7717,plain,(v7(constB10, bitIndex2) | (~v13(constB10, bitIndex1)) | v7(constB10, bitIndex1) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.85 tff(7718,plain,
% 127.30/79.85 (~v13(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7717, 7656, 1, 1876, 7563, 1794, 7644])).
% 127.30/79.85 tff(7719,plain,
% 127.30/79.85 (~v938(constB10, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7638, 7718])).
% 127.30/79.85 tff(7720,plain,
% 127.30/79.85 (~v940(constB11, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1263, 7719])).
% 127.30/79.85 tff(7721,plain,
% 127.30/79.85 (~v956(constB11, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1303, 7720])).
% 127.30/79.85 tff(7722,plain,
% 127.30/79.85 (~v7(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1311, 7721])).
% 127.30/79.85 tff(7723,plain,
% 127.30/79.85 (~v7(constB12, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1342, 7722])).
% 127.30/79.85 tff(7724,plain,
% 127.30/79.85 (v7(constB12, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7693, 7723, 1794, 1876])).
% 127.30/79.85 tff(7725,plain,
% 127.30/79.85 (v7(constB11, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1772, 7724])).
% 127.30/79.85 tff(7726,plain,
% 127.30/79.85 (v929(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1751, 7725])).
% 127.30/79.85 tff(7727,plain,
% 127.30/79.85 (v940(constB11, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1743, 7726])).
% 127.30/79.85 tff(7728,plain,
% 127.30/79.85 (v938(constB10, bitIndex1)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[1717, 7727])).
% 127.30/79.85 tff(7729,plain,
% 127.30/79.85 (v13(constB10, bitIndex2)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7608, 7728])).
% 127.30/79.85 tff(7730,plain,
% 127.30/79.85 (sP960(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6367, 1804, 7656, 7729])).
% 127.30/79.85 tff(7731,plain,
% 127.30/79.85 (~v32(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6303, 7698])).
% 127.30/79.85 tff(7732,plain,
% 127.30/79.85 (v11(constB8)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[6285, 7731])).
% 127.30/79.85 tff(7733,assumption,(v67(constB8, bitIndex0)), introduced(assumption)).
% 127.30/79.85 tff(7734,plain,
% 127.30/79.85 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB8)) | v615(constB8) | (~v67(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB8)) | v615(constB8) | (~v67(constB8, bitIndex0)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7735,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB8)) | v615(constB8) | (~v67(constB8, bitIndex0)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7736,plain,
% 127.30/79.85 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB8)) | v615(constB8) | (~v67(constB8, bitIndex0))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7735, 7734])).
% 127.30/79.85 tff(7737,plain,
% 127.30/79.85 ((~v11(constB8)) | v615(constB8)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7736, 6936, 7733])).
% 127.30/79.85 tff(7738,plain,
% 127.30/79.85 (v615(constB8)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7737, 7732])).
% 127.30/79.85 tff(7739,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB8, constB9)) | (~v615(constB8)) | v617(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB8, constB9)) | (~v615(constB8)) | v617(constB9))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7740,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB8, constB9)) | (~v615(constB8)) | v617(constB9))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7741,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB8, constB9)) | (~v615(constB8)) | v617(constB9)),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7740, 7739])).
% 127.30/79.85 tff(7742,plain,
% 127.30/79.85 ((~v615(constB8)) | v617(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7741, 6779, 121])).
% 127.30/79.85 tff(7743,plain,
% 127.30/79.85 (v617(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7742, 7738])).
% 127.30/79.85 tff(7744,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB8) | (~nextState(constB8, constB9)) | (~v572(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v572(constB9)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7745,plain,
% 127.30/79.85 (((~nextState(constB8, constB9)) | v1(constB8) | (~v572(constB9))) <=> (v1(constB8) | (~nextState(constB8, constB9)) | (~v572(constB9)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7746,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB8, constB9)) | v1(constB8) | (~v572(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB8) | (~nextState(constB8, constB9)) | (~v572(constB9))))),
% 127.30/79.85 inference(monotonicity,[status(thm)],[7745])).
% 127.30/79.85 tff(7747,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB8, constB9)) | v1(constB8) | (~v572(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v572(constB9)))),
% 127.30/79.85 inference(transitivity,[status(thm)],[7746, 7744])).
% 127.30/79.85 tff(7748,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB8, constB9)) | v1(constB8) | (~v572(constB9)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7749,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB8) | (~nextState(constB8, constB9)) | (~v572(constB9))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7748, 7747])).
% 127.30/79.85 tff(7750,plain,
% 127.30/79.85 (~v572(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7749, 6794, 121, 118])).
% 127.30/79.85 tff(7751,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB8, constB9)) | v572(constB9) | v612(constB9))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB8, constB9)) | v572(constB9) | v612(constB9))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7752,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB8, constB9)) | v572(constB9) | v612(constB9))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7753,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB8, constB9)) | v572(constB9) | v612(constB9)),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7752, 7751])).
% 127.30/79.85 tff(7754,plain,
% 127.30/79.85 (v572(constB9) | v612(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7753, 6811, 121])).
% 127.30/79.85 tff(7755,plain,
% 127.30/79.85 (v612(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7754, 7750])).
% 127.30/79.85 tff(7756,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v610(constB9) | (~v612(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v610(constB9) | (~v612(constB9)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7757,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB8, constB9)) | (~v1(constB9)) | v610(constB9) | (~v612(constB9)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7758,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB8, constB9)) | (~v1(constB9)) | v610(constB9) | (~v612(constB9))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7757, 7756])).
% 127.30/79.85 tff(7759,plain,
% 127.30/79.85 (v610(constB9) | (~v612(constB9))),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7758, 6826, 121, 128])).
% 127.30/79.85 tff(7760,plain,
% 127.30/79.85 (v610(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7759, 7755])).
% 127.30/79.85 tff(7761,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB8, constB9)) | v609(constB9) | (~v610(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB8, constB9)) | v609(constB9) | (~v610(constB9)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7762,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB8, constB9)) | v609(constB9) | (~v610(constB9)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7763,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB8, constB9)) | v609(constB9) | (~v610(constB9))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7762, 7761])).
% 127.30/79.85 tff(7764,plain,
% 127.30/79.85 (v609(constB9) | (~v610(constB9))),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7763, 6841, 121])).
% 127.30/79.85 tff(7765,plain,
% 127.30/79.85 (v609(constB9)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7764, 7760])).
% 127.30/79.85 tff(7766,plain,
% 127.30/79.85 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB9, bitIndex0) | (~v617(constB9)) | (~v609(constB9)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB9, bitIndex0) | (~v617(constB9)) | (~v609(constB9)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7767,plain,
% 127.30/79.85 ((v62(constB9, bitIndex0) | (~v609(constB9)) | (~v617(constB9))) <=> (v62(constB9, bitIndex0) | (~v617(constB9)) | (~v609(constB9)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7768,plain,
% 127.30/79.85 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB9, bitIndex0) | (~v609(constB9)) | (~v617(constB9)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB9, bitIndex0) | (~v617(constB9)) | (~v609(constB9))))),
% 127.30/79.85 inference(monotonicity,[status(thm)],[7767])).
% 127.30/79.85 tff(7769,plain,
% 127.30/79.85 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB9, bitIndex0) | (~v609(constB9)) | (~v617(constB9)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB9, bitIndex0) | (~v617(constB9)) | (~v609(constB9)))),
% 127.30/79.85 inference(transitivity,[status(thm)],[7768, 7766])).
% 127.30/79.85 tff(7770,plain,
% 127.30/79.85 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB9, bitIndex0) | (~v609(constB9)) | (~v617(constB9)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7771,plain,
% 127.30/79.85 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB9, bitIndex0) | (~v617(constB9)) | (~v609(constB9))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7770, 7769])).
% 127.30/79.85 tff(7772,plain,
% 127.30/79.85 (v62(constB9, bitIndex0) | (~v617(constB9))),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7771, 6856, 7765])).
% 127.30/79.85 tff(7773,plain,
% 127.30/79.85 (v62(constB9, bitIndex0)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7772, 7743])).
% 127.30/79.85 tff(7774,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v610(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v610(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7775,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB9, constB10)) | v1(constB10) | (~v610(constB10)))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7776,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB9, constB10)) | v1(constB10) | (~v610(constB10))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7775, 7774])).
% 127.30/79.85 tff(7777,plain,
% 127.30/79.85 (~v610(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7776, 6874, 131, 138])).
% 127.30/79.85 tff(7778,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB9, constB10)) | v610(constB10) | (~v609(constB10)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB9, constB10)) | v610(constB10) | (~v609(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7779,plain,
% 127.30/79.85 (((~nextState(constB9, constB10)) | (~v609(constB10)) | v610(constB10)) <=> ((~nextState(constB9, constB10)) | v610(constB10) | (~v609(constB10)))),
% 127.30/79.85 inference(rewrite,[status(thm)],[])).
% 127.30/79.85 tff(7780,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB9, constB10)) | (~v609(constB10)) | v610(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB9, constB10)) | v610(constB10) | (~v609(constB10))))),
% 127.30/79.85 inference(monotonicity,[status(thm)],[7779])).
% 127.30/79.85 tff(7781,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB9, constB10)) | (~v609(constB10)) | v610(constB10))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB9, constB10)) | v610(constB10) | (~v609(constB10)))),
% 127.30/79.85 inference(transitivity,[status(thm)],[7780, 7778])).
% 127.30/79.85 tff(7782,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB9, constB10)) | (~v609(constB10)) | v610(constB10))),
% 127.30/79.85 inference(quant_inst,[status(thm)],[])).
% 127.30/79.85 tff(7783,plain,
% 127.30/79.85 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB9, constB10)) | v610(constB10) | (~v609(constB10))),
% 127.30/79.85 inference(modus_ponens,[status(thm)],[7782, 7781])).
% 127.30/79.85 tff(7784,plain,
% 127.30/79.85 (v610(constB10) | (~v609(constB10))),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7783, 6888, 131])).
% 127.30/79.85 tff(7785,plain,
% 127.30/79.85 (~v609(constB10)),
% 127.30/79.85 inference(unit_resolution,[status(thm)],[7784, 7777])).
% 127.30/79.85 tff(7786,plain,
% 127.30/79.85 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v609(constB10) | v62(constB10, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v609(constB10) | v62(constB10, bitIndex0))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7787,plain,
% 127.30/79.86 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v609(constB10) | v62(constB10, bitIndex0))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7788,plain,
% 127.30/79.86 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB9, bitIndex0)) | (~nextState(constB9, constB10)) | v609(constB10) | v62(constB10, bitIndex0)),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7787, 7786])).
% 127.30/79.86 tff(7789,plain,
% 127.30/79.86 ((~v62(constB9, bitIndex0)) | v609(constB10) | v62(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7788, 6906, 131])).
% 127.30/79.86 tff(7790,plain,
% 127.30/79.86 ((~v62(constB9, bitIndex0)) | v62(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7789, 7785])).
% 127.30/79.86 tff(7791,plain,
% 127.30/79.86 (v62(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7790, 7773])).
% 127.30/79.86 tff(7792,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB10) | (~v62(constB10, bitIndex0)) | (~sP957(constB10)) | (~v28(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB10) | (~v62(constB10, bitIndex0)) | (~sP957(constB10)) | (~v28(constB10, bitIndex1)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7793,plain,
% 127.30/79.86 (((~v62(constB10, bitIndex0)) | v32(constB10) | (~v28(constB10, bitIndex1)) | (~sP957(constB10))) <=> (v32(constB10) | (~v62(constB10, bitIndex0)) | (~sP957(constB10)) | (~v28(constB10, bitIndex1)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7794,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB10, bitIndex0)) | v32(constB10) | (~v28(constB10, bitIndex1)) | (~sP957(constB10)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB10) | (~v62(constB10, bitIndex0)) | (~sP957(constB10)) | (~v28(constB10, bitIndex1))))),
% 127.30/79.86 inference(monotonicity,[status(thm)],[7793])).
% 127.30/79.86 tff(7795,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB10, bitIndex0)) | v32(constB10) | (~v28(constB10, bitIndex1)) | (~sP957(constB10)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB10) | (~v62(constB10, bitIndex0)) | (~sP957(constB10)) | (~v28(constB10, bitIndex1)))),
% 127.30/79.86 inference(transitivity,[status(thm)],[7794, 7792])).
% 127.30/79.86 tff(7796,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB10, bitIndex0)) | v32(constB10) | (~v28(constB10, bitIndex1)) | (~sP957(constB10)))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7797,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB10) | (~v62(constB10, bitIndex0)) | (~sP957(constB10)) | (~v28(constB10, bitIndex1))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7796, 7795])).
% 127.30/79.86 tff(7798,plain,
% 127.30/79.86 (v32(constB10) | (~v62(constB10, bitIndex0)) | (~v28(constB10, bitIndex1))),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7797, 1855, 7670])).
% 127.30/79.86 tff(7799,plain,
% 127.30/79.86 (~v28(constB10, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7798, 7791, 7698])).
% 127.30/79.86 tff(7800,plain,
% 127.30/79.86 (~sP960(constB10)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6372, 1819, 7799])).
% 127.30/79.86 tff(7801,plain,
% 127.30/79.86 (~v13(constB10, bitIndex2)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7676, 7800])).
% 127.30/79.86 tff(7802,plain,
% 127.30/79.86 (~v938(constB10, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7608, 7801])).
% 127.30/79.86 tff(7803,plain,
% 127.30/79.86 (~v940(constB11, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1717, 7802])).
% 127.30/79.86 tff(7804,plain,
% 127.30/79.86 (~v929(constB11, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1743, 7803])).
% 127.30/79.86 tff(7805,plain,
% 127.30/79.86 (~v7(constB11, bitIndex2)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1751, 7804])).
% 127.30/79.86 tff(7806,plain,
% 127.30/79.86 (~v7(constB12, bitIndex2)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1772, 7805])).
% 127.30/79.86 tff(7807,plain,
% 127.30/79.86 (v7(constB12, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7693, 7806, 1794, 1876])).
% 127.30/79.86 tff(7808,plain,
% 127.30/79.86 (v7(constB11, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1342, 7807])).
% 127.30/79.86 tff(7809,plain,
% 127.30/79.86 (v956(constB11, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1311, 7808])).
% 127.30/79.86 tff(7810,plain,
% 127.30/79.86 (v940(constB11, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1303, 7809])).
% 127.30/79.86 tff(7811,plain,
% 127.30/79.86 (v938(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[1263, 7810])).
% 127.30/79.86 tff(7812,plain,
% 127.30/79.86 (v13(constB10, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7638, 7811])).
% 127.30/79.86 tff(7813,plain,
% 127.30/79.86 (~sP958(constB10)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6385, 7812, 6378])).
% 127.30/79.86 tff(7814,assumption,(~v47(constB10)), introduced(assumption)).
% 127.30/79.86 tff(7815,plain,
% 127.30/79.86 (~v28(constB10, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6389, 1912, 6461])).
% 127.30/79.86 tff(7816,plain,
% 127.30/79.86 (~v28(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7660, 1901, 6461])).
% 127.30/79.86 tff(7817,assumption,(~v32(constB10)), introduced(assumption)).
% 127.30/79.86 tff(7818,plain,
% 127.30/79.86 (^[VarCurr: $i] : refl((v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) <=> (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7819,plain,
% 127.30/79.86 (![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7818])).
% 127.30/79.86 tff(7820,plain,
% 127.30/79.86 (![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7821,plain,
% 127.30/79.86 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) <=> (v47(VarCurr) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))), ((((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) <=> ((v47(VarCurr) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)))), rewrite(((v47(VarCurr) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) <=> (v47(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))), ((((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) <=> (v47(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))))), (((((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) <=> ((v47(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) | v32(VarCurr)))), rewrite(((v47(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0))) | v32(VarCurr)) <=> (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))), (((((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) <=> (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7822,plain,
% 127.30/79.86 (![VarCurr: $i] : ((((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) <=> ![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7821])).
% 127.30/79.86 tff(7823,axiom,(![VarCurr: $i] : ((((v47(VarCurr) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex1)) | v28(VarCurr, bitIndex0)) | v32(VarCurr))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26234')).
% 127.30/79.86 tff(7824,plain,
% 127.30/79.86 (![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7823, 7822])).
% 127.30/79.86 tff(7825,plain,
% 127.30/79.86 (![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7824, 7820])).
% 127.30/79.86 tff(7826,plain,(
% 127.30/79.86 ![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(skolemize,[status(sab)],[7825])).
% 127.30/79.86 tff(7827,plain,
% 127.30/79.86 (![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7826, 7819])).
% 127.30/79.86 tff(7828,plain,
% 127.30/79.86 (((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | ((~v7(constB10, bitIndex0)) | v32(constB10) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | (~v7(constB10, bitIndex0)) | v32(constB10) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7829,plain,
% 127.30/79.86 ((v47(constB10) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~v7(constB10, bitIndex0))) <=> ((~v7(constB10, bitIndex0)) | v32(constB10) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7830,plain,
% 127.30/79.86 (((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | (v47(constB10) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~v7(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | ((~v7(constB10, bitIndex0)) | v32(constB10) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1)))),
% 127.30/79.86 inference(monotonicity,[status(thm)],[7829])).
% 127.30/79.86 tff(7831,plain,
% 127.30/79.86 (((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | (v47(constB10) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~v7(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | (~v7(constB10, bitIndex0)) | v32(constB10) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1))),
% 127.30/79.86 inference(transitivity,[status(thm)],[7830, 7828])).
% 127.30/79.86 tff(7832,plain,
% 127.30/79.86 ((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | (v47(constB10) | v32(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1) | (~v7(constB10, bitIndex0)))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7833,plain,
% 127.30/79.86 ((~![VarCurr: $i] : (v47(VarCurr) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex0)))) | (~v7(constB10, bitIndex0)) | v32(constB10) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1)),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7832, 7831])).
% 127.30/79.86 tff(7834,plain,
% 127.30/79.86 ((~v7(constB10, bitIndex0)) | v47(constB10) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7833, 7827, 7817])).
% 127.30/79.86 tff(7835,plain,
% 127.30/79.86 ($false),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7834, 7816, 6465, 7815, 7814])).
% 127.30/79.86 tff(7836,plain,(sP958(constB10) | v47(constB10) | v32(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.86 tff(7837,plain,
% 127.30/79.86 (v47(constB10)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7836, 7813, 7698])).
% 127.30/79.86 tff(7838,plain,
% 127.30/79.86 (^[VarCurr: $i] : refl(((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0))) <=> ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7839,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7838])).
% 127.30/79.86 tff(7840,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7841,plain,
% 127.30/79.86 (^[VarCurr: $i] : rewrite(((~v28(VarCurr, bitIndex0)) | (~v47(VarCurr))) <=> ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7842,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~v47(VarCurr))) <=> ![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7841])).
% 127.30/79.86 tff(7843,axiom,(![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~v47(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26231')).
% 127.30/79.86 tff(7844,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7843, 7842])).
% 127.30/79.86 tff(7845,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7844, 7840])).
% 127.30/79.86 tff(7846,plain,(
% 127.30/79.86 ![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(skolemize,[status(sab)],[7845])).
% 127.30/79.86 tff(7847,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7846, 7839])).
% 127.30/79.86 tff(7848,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v47(constB10)) | (~v28(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v47(constB10)) | (~v28(constB10, bitIndex0)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7849,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v47(constB10)) | (~v28(constB10, bitIndex0)))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7850,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~v47(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v47(constB10)) | (~v28(constB10, bitIndex0))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7849, 7848])).
% 127.30/79.86 tff(7851,plain,
% 127.30/79.86 (~v28(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7850, 7847, 7837])).
% 127.30/79.86 tff(7852,plain,
% 127.30/79.86 (v32(constB10) | (~v924(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v28(constB10, bitIndex1)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7704, 1938, 7670])).
% 127.30/79.86 tff(7853,plain,
% 127.30/79.86 (~v924(constB10, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7852, 7851, 7698, 7799])).
% 127.30/79.86 tff(7854,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB10)) | v924(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB10)) | v924(constB10, bitIndex0))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7855,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB10)) | v924(constB10, bitIndex0))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7856,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB10)) | v924(constB10, bitIndex0)),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7855, 7854])).
% 127.30/79.86 tff(7857,plain,
% 127.30/79.86 (~sP956_aig_name(constB10)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7856, 7293, 7853])).
% 127.30/79.86 tff(7858,plain,
% 127.30/79.86 (~v1003(constB10)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6555, 1953, 7813])).
% 127.30/79.86 tff(7859,plain,
% 127.30/79.86 (~v17(constB10, bitIndex2)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6497, 1220, 7813])).
% 127.30/79.86 tff(7860,plain,
% 127.30/79.86 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB10) | v17(constB10, bitIndex2) | sP956_aig_name(constB10))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB10) | v17(constB10, bitIndex2) | sP956_aig_name(constB10))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7861,plain,
% 127.30/79.86 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB10) | v17(constB10, bitIndex2) | sP956_aig_name(constB10))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7862,plain,
% 127.30/79.86 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB10) | v17(constB10, bitIndex2) | sP956_aig_name(constB10)),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7861, 7860])).
% 127.30/79.86 tff(7863,plain,
% 127.30/79.86 ($false),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7862, 7308, 7859, 7858, 7857])).
% 127.30/79.86 tff(7864,plain,(v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~v67(constB8, bitIndex0)) | (~v13(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.86 tff(7865,plain,
% 127.30/79.86 (~v67(constB8, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7864, 7656, 7563, 1794, 1876, 7644, 1])).
% 127.30/79.86 tff(7866,plain,
% 127.30/79.86 (~v32(constB10)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7697, 7656, 1, 7563, 1876, 1794])).
% 127.30/79.86 tff(7867,plain,
% 127.30/79.86 (~v32(constB9)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6303, 7866])).
% 127.30/79.86 tff(7868,plain,
% 127.30/79.86 (v11(constB8)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[6285, 7867])).
% 127.30/79.86 tff(7869,plain,
% 127.30/79.86 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr))) <=> ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7870,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7869])).
% 127.30/79.86 tff(7871,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7872,plain,
% 127.30/79.86 (^[VarCurr: $i] : trans(monotonicity(rewrite((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) <=> (v67(VarCurr, bitIndex0) | (~v615(VarCurr)))), (((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) | (~v11(VarCurr))) <=> ((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) | (~v11(VarCurr))))), rewrite(((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))), (((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7873,plain,
% 127.30/79.86 (![VarCurr: $i] : ((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7872])).
% 127.30/79.86 tff(7874,axiom,(![VarCurr: $i] : ((v67(VarCurr, bitIndex0) | (~v615(VarCurr))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21101')).
% 127.30/79.86 tff(7875,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7874, 7873])).
% 127.30/79.86 tff(7876,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7875, 7871])).
% 127.30/79.86 tff(7877,plain,(
% 127.30/79.86 ![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(skolemize,[status(sab)],[7876])).
% 127.30/79.86 tff(7878,plain,
% 127.30/79.86 (![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7877, 7870])).
% 127.30/79.86 tff(7879,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB8)) | (~v615(constB8)) | v67(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | (~v11(constB8)) | (~v615(constB8)) | v67(constB8, bitIndex0))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7880,plain,
% 127.30/79.86 (((~v11(constB8)) | v67(constB8, bitIndex0) | (~v615(constB8))) <=> ((~v11(constB8)) | (~v615(constB8)) | v67(constB8, bitIndex0))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7881,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB8)) | v67(constB8, bitIndex0) | (~v615(constB8)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB8)) | (~v615(constB8)) | v67(constB8, bitIndex0)))),
% 127.30/79.86 inference(monotonicity,[status(thm)],[7880])).
% 127.30/79.86 tff(7882,plain,
% 127.30/79.86 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB8)) | v67(constB8, bitIndex0) | (~v615(constB8)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | (~v11(constB8)) | (~v615(constB8)) | v67(constB8, bitIndex0))),
% 127.30/79.86 inference(transitivity,[status(thm)],[7881, 7879])).
% 127.30/79.86 tff(7883,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB8)) | v67(constB8, bitIndex0) | (~v615(constB8)))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7884,plain,
% 127.30/79.86 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | (~v11(constB8)) | (~v615(constB8)) | v67(constB8, bitIndex0)),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7883, 7882])).
% 127.30/79.86 tff(7885,plain,
% 127.30/79.86 (~v615(constB8)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7884, 7878, 7868, 7865])).
% 127.30/79.86 tff(7886,plain,
% 127.30/79.86 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7887,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7886])).
% 127.30/79.86 tff(7888,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7889,plain,
% 127.30/79.86 (^[VarNext: $i, VarCurr: $i] : rewrite(((v615(VarCurr) | (~v617(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7890,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : ((v615(VarCurr) | (~v617(VarNext))) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7889])).
% 127.30/79.86 tff(7891,axiom,(![VarNext: $i, VarCurr: $i] : ((v615(VarCurr) | (~v617(VarNext))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21097')).
% 127.30/79.86 tff(7892,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7891, 7890])).
% 127.30/79.86 tff(7893,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7892, 7888])).
% 127.30/79.86 tff(7894,plain,(
% 127.30/79.86 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(skolemize,[status(sab)],[7893])).
% 127.30/79.86 tff(7895,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7894, 7887])).
% 127.30/79.86 tff(7896,plain,
% 127.30/79.86 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | ((~nextState(constB8, constB9)) | v615(constB8) | (~v617(constB9)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | (~nextState(constB8, constB9)) | v615(constB8) | (~v617(constB9)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7897,plain,
% 127.30/79.86 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | ((~nextState(constB8, constB9)) | v615(constB8) | (~v617(constB9)))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7898,plain,
% 127.30/79.86 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | (~nextState(constB8, constB9)) | v615(constB8) | (~v617(constB9))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7897, 7896])).
% 127.30/79.86 tff(7899,plain,
% 127.30/79.86 (v615(constB8) | (~v617(constB9))),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7898, 7895, 121])).
% 127.30/79.86 tff(7900,plain,
% 127.30/79.86 (~v617(constB9)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7899, 7885])).
% 127.30/79.86 tff(7901,plain,
% 127.30/79.86 (^[VarNext: $i] : refl(((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext)) <=> ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext)))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7902,plain,
% 127.30/79.86 (![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext)) <=> ![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7901])).
% 127.30/79.86 tff(7903,plain,
% 127.30/79.86 (![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext)) <=> ![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7904,plain,
% 127.30/79.86 (^[VarNext: $i] : rewrite(((v617(VarNext) | (~v62(VarNext, bitIndex0))) | (~v609(VarNext))) <=> ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext)))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7905,plain,
% 127.30/79.86 (![VarNext: $i] : ((v617(VarNext) | (~v62(VarNext, bitIndex0))) | (~v609(VarNext))) <=> ![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7904])).
% 127.30/79.86 tff(7906,axiom,(![VarNext: $i] : ((v617(VarNext) | (~v62(VarNext, bitIndex0))) | (~v609(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21093')).
% 127.30/79.86 tff(7907,plain,
% 127.30/79.86 (![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7906, 7905])).
% 127.30/79.86 tff(7908,plain,
% 127.30/79.86 (![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7907, 7903])).
% 127.30/79.86 tff(7909,plain,(
% 127.30/79.86 ![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(skolemize,[status(sab)],[7908])).
% 127.30/79.86 tff(7910,plain,
% 127.30/79.86 (![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7909, 7902])).
% 127.30/79.86 tff(7911,plain,
% 127.30/79.86 (((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB9, bitIndex0)) | v617(constB9) | (~v609(constB9)))) <=> ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | (~v62(constB9, bitIndex0)) | v617(constB9) | (~v609(constB9)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7912,plain,
% 127.30/79.86 (((~v62(constB9, bitIndex0)) | (~v609(constB9)) | v617(constB9)) <=> ((~v62(constB9, bitIndex0)) | v617(constB9) | (~v609(constB9)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7913,plain,
% 127.30/79.86 (((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB9, bitIndex0)) | (~v609(constB9)) | v617(constB9))) <=> ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB9, bitIndex0)) | v617(constB9) | (~v609(constB9))))),
% 127.30/79.86 inference(monotonicity,[status(thm)],[7912])).
% 127.30/79.86 tff(7914,plain,
% 127.30/79.86 (((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB9, bitIndex0)) | (~v609(constB9)) | v617(constB9))) <=> ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | (~v62(constB9, bitIndex0)) | v617(constB9) | (~v609(constB9)))),
% 127.30/79.86 inference(transitivity,[status(thm)],[7913, 7911])).
% 127.30/79.86 tff(7915,plain,
% 127.30/79.86 ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB9, bitIndex0)) | (~v609(constB9)) | v617(constB9))),
% 127.30/79.86 inference(quant_inst,[status(thm)],[])).
% 127.30/79.86 tff(7916,plain,
% 127.30/79.86 ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | (~v62(constB9, bitIndex0)) | v617(constB9) | (~v609(constB9))),
% 127.30/79.86 inference(modus_ponens,[status(thm)],[7915, 7914])).
% 127.30/79.86 tff(7917,plain,
% 127.30/79.86 ((~v62(constB9, bitIndex0)) | v617(constB9)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7916, 7910, 7765])).
% 127.30/79.86 tff(7918,plain,
% 127.30/79.86 (~v62(constB9, bitIndex0)),
% 127.30/79.86 inference(unit_resolution,[status(thm)],[7917, 7900])).
% 127.30/79.86 tff(7919,plain,
% 127.30/79.86 (^[VarNext: $i, VarCurr: $i] : refl((v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0))) <=> (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7920,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0))) <=> ![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7919])).
% 127.30/79.86 tff(7921,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0))) <=> ![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.86 inference(rewrite,[status(thm)],[])).
% 127.30/79.86 tff(7922,plain,
% 127.30/79.86 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) <=> (v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0)))), (((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) <=> ((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)))), rewrite(((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) <=> (v62(VarCurr, bitIndex0) | v609(VarNext) | (~v62(VarNext, bitIndex0)))), (((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) <=> (v62(VarCurr, bitIndex0) | v609(VarNext) | (~v62(VarNext, bitIndex0))))), ((((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((v62(VarCurr, bitIndex0) | v609(VarNext) | (~v62(VarNext, bitIndex0))) | (~nextState(VarCurr, VarNext))))), rewrite(((v62(VarCurr, bitIndex0) | v609(VarNext) | (~v62(VarNext, bitIndex0))) | (~nextState(VarCurr, VarNext))) <=> (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))), ((((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))))),
% 127.30/79.86 inference(bind,[status(th)],[])).
% 127.30/79.86 tff(7923,plain,
% 127.30/79.86 (![VarNext: $i, VarCurr: $i] : (((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.86 inference(quant_intro,[status(thm)],[7922])).
% 127.30/79.86 tff(7924,axiom,(![VarNext: $i, VarCurr: $i] : (((v62(VarCurr, bitIndex0) | (~v62(VarNext, bitIndex0))) | v609(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21089')).
% 127.30/79.87 tff(7925,plain,
% 127.30/79.87 (![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7924, 7923])).
% 127.30/79.87 tff(7926,plain,
% 127.30/79.87 (![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7925, 7921])).
% 127.30/79.87 tff(7927,plain,(
% 127.30/79.87 ![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.87 inference(skolemize,[status(sab)],[7926])).
% 127.30/79.87 tff(7928,plain,
% 127.30/79.87 (![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7927, 7920])).
% 127.30/79.87 tff(7929,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | (v62(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v609(constB10) | (~v62(constB10, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | v62(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v609(constB10) | (~v62(constB10, bitIndex0)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7930,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | (v62(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v609(constB10) | (~v62(constB10, bitIndex0)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7931,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | v62(constB9, bitIndex0) | (~nextState(constB9, constB10)) | v609(constB10) | (~v62(constB10, bitIndex0))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7930, 7929])).
% 127.30/79.87 tff(7932,plain,
% 127.30/79.87 (v62(constB9, bitIndex0) | v609(constB10) | (~v62(constB10, bitIndex0))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7931, 7928, 131])).
% 127.30/79.87 tff(7933,plain,
% 127.30/79.87 (v62(constB9, bitIndex0) | (~v62(constB10, bitIndex0))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7932, 7785])).
% 127.30/79.87 tff(7934,plain,
% 127.30/79.87 (~v62(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7933, 7918])).
% 127.30/79.87 tff(7935,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB10, bitIndex0) | (~sP960(constB10)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB10, bitIndex0) | (~sP960(constB10)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7936,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB10, bitIndex0) | (~sP960(constB10)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7937,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB10, bitIndex0) | (~sP960(constB10))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7936, 7935])).
% 127.30/79.87 tff(7938,plain,
% 127.30/79.87 ($false),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7937, 1830, 7934, 7730])).
% 127.30/79.87 tff(7939,plain,(v13(constB8, bitIndex2) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.87 tff(7940,plain,
% 127.30/79.87 (v13(constB8, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7939, 7562, 7559, 7558, 1])).
% 127.30/79.87 tff(7941,plain,
% 127.30/79.87 (v7(constB10, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7697, 6304, 1, 7563, 1876, 1794])).
% 127.30/79.87 tff(7942,plain,
% 127.30/79.87 (v7(constB9, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6412, 7941])).
% 127.30/79.87 tff(7943,plain,
% 127.30/79.87 (v929(constB9, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6420, 7942])).
% 127.30/79.87 tff(7944,plain,
% 127.30/79.87 (v940(constB9, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6446, 7943])).
% 127.30/79.87 tff(7945,plain,
% 127.30/79.87 (v938(constB8, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6454, 7944])).
% 127.30/79.87 tff(7946,plain,
% 127.30/79.87 ($false),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7649, 335, 6238, 7945])).
% 127.30/79.87 tff(7947,plain,(v11(constB8) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.87 tff(7948,plain,
% 127.30/79.87 (v11(constB8)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7947, 1, 7562, 7558, 7559])).
% 127.30/79.87 tff(7949,plain,
% 127.30/79.87 (sP958(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7440, 7948, 3690, 5918, 5920, 5919, 7940])).
% 127.30/79.87 tff(7950,assumption,(~v7(constB10, bitIndex0)), introduced(assumption)).
% 127.30/79.87 tff(7951,plain,
% 127.30/79.87 (~sP960(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7457, 5864, 7950])).
% 127.30/79.87 tff(7952,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB10, bitIndex0) | (~sP957(constB10)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB10, bitIndex0) | (~sP957(constB10)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7953,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB10, bitIndex0) | (~sP957(constB10)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7954,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB10, bitIndex0) | (~sP957(constB10))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7953, 7952])).
% 127.30/79.87 tff(7955,plain,
% 127.30/79.87 (~sP957(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7954, 5875, 7950])).
% 127.30/79.87 tff(7956,assumption,(sP958(constB10)), introduced(assumption)).
% 127.30/79.87 tff(7957,plain,
% 127.30/79.87 (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP959(constB10))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6384, 1886, 7956])).
% 127.30/79.87 tff(7958,plain,
% 127.30/79.87 (~sP959(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7957, 1, 6374])).
% 127.30/79.87 tff(7959,plain,
% 127.30/79.87 (v952(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7445, 6151, 7958])).
% 127.30/79.87 tff(7960,assumption,(~sP960(constB10)), introduced(assumption)).
% 127.30/79.87 tff(7961,plain,
% 127.30/79.87 ((~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7452, 6136, 7960])).
% 127.30/79.87 tff(7962,plain,
% 127.30/79.87 (~v13(constB10, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7961, 7959])).
% 127.30/79.87 tff(7963,plain,
% 127.30/79.87 (~v938(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7608, 7962])).
% 127.30/79.87 tff(7964,plain,
% 127.30/79.87 (~v940(constB11, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1717, 7963])).
% 127.30/79.87 tff(7965,plain,
% 127.30/79.87 (~v929(constB11, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1743, 7964])).
% 127.30/79.87 tff(7966,assumption,(~sP957(constB10)), introduced(assumption)).
% 127.30/79.87 tff(7967,plain,
% 127.30/79.87 (~v17(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7473, 5971, 7958])).
% 127.30/79.87 tff(7968,plain,
% 127.30/79.87 (~v17(constB10, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7466, 1233, 7958])).
% 127.30/79.87 tff(7969,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB10) | (~v17(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB10) | (~v17(constB10, bitIndex1)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7970,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB10) | (~v17(constB10, bitIndex1)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7971,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB10) | (~v17(constB10, bitIndex1))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7970, 7969])).
% 127.30/79.87 tff(7972,plain,
% 127.30/79.87 (~v17(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7971, 5133, 7958])).
% 127.30/79.87 tff(7973,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7974,plain,
% 127.30/79.87 ((v952(constB10, bitIndex1) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))) <=> (v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7975,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB10, bitIndex1) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))))),
% 127.30/79.87 inference(monotonicity,[status(thm)],[7974])).
% 127.30/79.87 tff(7976,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB10, bitIndex1) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.87 inference(transitivity,[status(thm)],[7975, 7973])).
% 127.30/79.87 tff(7977,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB10, bitIndex1) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7978,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7977, 7976])).
% 127.30/79.87 tff(7979,plain,
% 127.30/79.87 (v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | (~v13(constB10, bitIndex0))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7978, 6075, 7966])).
% 127.30/79.87 tff(7980,plain,
% 127.30/79.87 (v952(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7979, 1, 7662])).
% 127.30/79.87 tff(7981,plain,
% 127.30/79.87 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7982,plain,
% 127.30/79.87 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7983,plain,
% 127.30/79.87 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7982, 7981])).
% 127.30/79.87 tff(7984,plain,
% 127.30/79.87 ((~v924(constB10, bitIndex0)) | (~v13(constB10, bitIndex0))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7983, 7224, 7966])).
% 127.30/79.87 tff(7985,plain,
% 127.30/79.87 (~v924(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7984, 7662])).
% 127.30/79.87 tff(7986,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB10, bitIndex1)) | v924(constB10, bitIndex0) | v970(constB10))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB10, bitIndex1)) | v924(constB10, bitIndex0) | v970(constB10))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7987,plain,
% 127.30/79.87 ((v924(constB10, bitIndex0) | (~v952(constB10, bitIndex1)) | v970(constB10)) <=> ((~v952(constB10, bitIndex1)) | v924(constB10, bitIndex0) | v970(constB10))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7988,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB10, bitIndex0) | (~v952(constB10, bitIndex1)) | v970(constB10))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB10, bitIndex1)) | v924(constB10, bitIndex0) | v970(constB10)))),
% 127.30/79.87 inference(monotonicity,[status(thm)],[7987])).
% 127.30/79.87 tff(7989,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB10, bitIndex0) | (~v952(constB10, bitIndex1)) | v970(constB10))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB10, bitIndex1)) | v924(constB10, bitIndex0) | v970(constB10))),
% 127.30/79.87 inference(transitivity,[status(thm)],[7988, 7986])).
% 127.30/79.87 tff(7990,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB10, bitIndex0) | (~v952(constB10, bitIndex1)) | v970(constB10))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7991,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB10, bitIndex1)) | v924(constB10, bitIndex0) | v970(constB10)),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7990, 7989])).
% 127.30/79.87 tff(7992,plain,
% 127.30/79.87 ((~v952(constB10, bitIndex1)) | v970(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7991, 6093, 7985])).
% 127.30/79.87 tff(7993,plain,
% 127.30/79.87 (v970(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7992, 7980])).
% 127.30/79.87 tff(7994,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB10)) | v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB10)) | v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7995,plain,
% 127.30/79.87 ((v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | v17(constB10, bitIndex2) | (~v970(constB10))) <=> ((~v970(constB10)) | v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(7996,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | v17(constB10, bitIndex2) | (~v970(constB10)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB10)) | v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0)))),
% 127.30/79.87 inference(monotonicity,[status(thm)],[7995])).
% 127.30/79.87 tff(7997,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | v17(constB10, bitIndex2) | (~v970(constB10)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB10)) | v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))),
% 127.30/79.87 inference(transitivity,[status(thm)],[7996, 7994])).
% 127.30/79.87 tff(7998,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | v17(constB10, bitIndex2) | (~v970(constB10)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(7999,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB10)) | v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0)),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[7998, 7997])).
% 127.30/79.87 tff(8000,plain,
% 127.30/79.87 (v17(constB10, bitIndex2) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7999, 6107, 7993])).
% 127.30/79.87 tff(8001,plain,
% 127.30/79.87 ($false),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8000, 7972, 7968, 7967])).
% 127.30/79.87 tff(8002,plain,(v7(constB10, bitIndex1) | (~v13(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.87 tff(8003,plain,
% 127.30/79.87 (~v13(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8002, 1, 7966, 6374, 7956])).
% 127.30/79.87 tff(8004,plain,
% 127.30/79.87 (~v1050(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7578, 8003])).
% 127.30/79.87 tff(8005,plain,
% 127.30/79.87 (~v1052(constB11)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7583, 8004])).
% 127.30/79.87 tff(8006,plain,
% 127.30/79.87 (~v7(constB11, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7591, 8005])).
% 127.30/79.87 tff(8007,plain,
% 127.30/79.87 (~v7(constB12, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7597, 8006])).
% 127.30/79.87 tff(8008,plain,
% 127.30/79.87 (~sP960(constB12)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7601, 5864, 8007])).
% 127.30/79.87 tff(8009,plain,
% 127.30/79.87 (v7(constB12, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1811, 8008])).
% 127.30/79.87 tff(8010,plain,
% 127.30/79.87 (v7(constB11, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1772, 8009])).
% 127.30/79.87 tff(8011,plain,
% 127.30/79.87 ($false),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1749, 778, 8010, 7965])).
% 127.30/79.87 tff(8012,plain,(v7(constB10, bitIndex1) | (~v11(constB10)) | sP960(constB10) | (~v13(constB12, bitIndex2)) | sP957(constB10) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.87 tff(8013,plain,
% 127.30/79.87 (~v13(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8012, 7955, 1, 1794, 7956, 7951, 7563])).
% 127.30/79.87 tff(8014,plain,
% 127.30/79.87 (~v938(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7638, 8013])).
% 127.30/79.87 tff(8015,plain,
% 127.30/79.87 (~v940(constB11, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1263, 8014])).
% 127.30/79.87 tff(8016,plain,
% 127.30/79.87 (~v956(constB11, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1303, 8015])).
% 127.30/79.87 tff(8017,plain,
% 127.30/79.87 (~v7(constB11, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1311, 8016])).
% 127.30/79.87 tff(8018,plain,
% 127.30/79.87 (~v7(constB12, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1342, 8017])).
% 127.30/79.87 tff(8019,plain,
% 127.30/79.87 (v7(constB12, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7632, 8018, 1876, 1794])).
% 127.30/79.87 tff(8020,plain,
% 127.30/79.87 (v7(constB11, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7597, 8019])).
% 127.30/79.87 tff(8021,plain,
% 127.30/79.87 (v1052(constB11)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7591, 8020])).
% 127.30/79.87 tff(8022,plain,
% 127.30/79.87 (v1050(constB10)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7583, 8021])).
% 127.30/79.87 tff(8023,plain,
% 127.30/79.87 (v13(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7578, 8022])).
% 127.30/79.87 tff(8024,plain,
% 127.30/79.87 (v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7978, 6075, 1])).
% 127.30/79.87 tff(8025,plain,
% 127.30/79.87 (v952(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8024, 8023, 7955])).
% 127.30/79.87 tff(8026,plain,
% 127.30/79.87 (v7(constB12, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7693, 8018, 1794, 1876])).
% 127.30/79.87 tff(8027,plain,
% 127.30/79.87 (v7(constB11, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1772, 8026])).
% 127.30/79.87 tff(8028,plain,
% 127.30/79.87 (v929(constB11, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1751, 8027])).
% 127.30/79.87 tff(8029,plain,
% 127.30/79.87 (v940(constB11, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1743, 8028])).
% 127.30/79.87 tff(8030,plain,
% 127.30/79.87 (v938(constB10, bitIndex1)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[1717, 8029])).
% 127.30/79.87 tff(8031,plain,
% 127.30/79.87 (v13(constB10, bitIndex2)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7608, 8030])).
% 127.30/79.87 tff(8032,plain,
% 127.30/79.87 ($false),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[7452, 6136, 8031, 8025, 7951])).
% 127.30/79.87 tff(8033,plain,(v7(constB10, bitIndex0) | (~v11(constB10)) | v7(constB10, bitIndex1) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~sP958(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.87 tff(8034,plain,
% 127.30/79.87 (v7(constB10, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8033, 7562, 1, 7559, 7558, 7949])).
% 127.30/79.87 tff(8035,plain,
% 127.30/79.87 (v7(constB9, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6470, 8034])).
% 127.30/79.87 tff(8036,plain,
% 127.30/79.87 (v1052(constB9)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6478, 8035])).
% 127.30/79.87 tff(8037,plain,
% 127.30/79.87 (v1050(constB8)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6483, 8036])).
% 127.30/79.87 tff(8038,plain,
% 127.30/79.87 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[6491, 6040, 7948])).
% 127.30/79.87 tff(8039,plain,
% 127.30/79.87 (v13(constB8, bitIndex0)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8038, 8037])).
% 127.30/79.87 tff(8040,plain,
% 127.30/79.87 (((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB6) | v763(constB6))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB6) | v763(constB6))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8041,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | (v11(constB6) | v763(constB6))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(8042,plain,
% 127.30/79.87 ((~![VarCurr: $i] : (v11(VarCurr) | v763(VarCurr))) | v11(constB6) | v763(constB6)),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[8041, 8040])).
% 127.30/79.87 tff(8043,plain,
% 127.30/79.87 (v763(constB6)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8042, 620, 1104])).
% 127.30/79.87 tff(8044,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB6, constB7)) | (~v763(constB6)) | v765(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB6, constB7)) | (~v763(constB6)) | v765(constB7))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8045,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | ((~nextState(constB6, constB7)) | (~v763(constB6)) | v765(constB7))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(8046,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v763(VarCurr)) | v765(VarNext))) | (~nextState(constB6, constB7)) | (~v763(constB6)) | v765(constB7)),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[8045, 8044])).
% 127.30/79.87 tff(8047,plain,
% 127.30/79.87 ((~v763(constB6)) | v765(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8046, 605, 101])).
% 127.30/79.87 tff(8048,plain,
% 127.30/79.87 (v765(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8047, 8043])).
% 127.30/79.87 tff(8049,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB6, constB7)) | v11(constB6) | v755(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB6, constB7)) | v11(constB6) | v755(constB7))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8050,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | ((~nextState(constB6, constB7)) | v11(constB6) | v755(constB7))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(8051,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v11(VarCurr) | v755(VarNext))) | (~nextState(constB6, constB7)) | v11(constB6) | v755(constB7)),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[8050, 8049])).
% 127.30/79.87 tff(8052,plain,
% 127.30/79.87 (v11(constB6) | v755(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8051, 508, 101])).
% 127.30/79.87 tff(8053,plain,
% 127.30/79.87 (v755(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8052, 1104])).
% 127.30/79.87 tff(8054,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB6) | (~nextState(constB6, constB7)) | (~v119(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v119(constB7)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8055,plain,
% 127.30/79.87 (((~nextState(constB6, constB7)) | (~v119(constB7)) | v1(constB6)) <=> (v1(constB6) | (~nextState(constB6, constB7)) | (~v119(constB7)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8056,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB6, constB7)) | (~v119(constB7)) | v1(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | (v1(constB6) | (~nextState(constB6, constB7)) | (~v119(constB7))))),
% 127.30/79.87 inference(monotonicity,[status(thm)],[8055])).
% 127.30/79.87 tff(8057,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB6, constB7)) | (~v119(constB7)) | v1(constB6))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v119(constB7)))),
% 127.30/79.87 inference(transitivity,[status(thm)],[8056, 8054])).
% 127.30/79.87 tff(8058,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | ((~nextState(constB6, constB7)) | (~v119(constB7)) | v1(constB6))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(8059,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v119(VarNext)) | v1(VarCurr))) | v1(constB6) | (~nextState(constB6, constB7)) | (~v119(constB7))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[8058, 8057])).
% 127.30/79.87 tff(8060,plain,
% 127.30/79.87 (~v119(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8059, 523, 101, 98])).
% 127.30/79.87 tff(8061,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB6, constB7)) | v119(constB7) | v749(constB7))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB6, constB7)) | v119(constB7) | v749(constB7))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8062,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | ((~nextState(constB6, constB7)) | v119(constB7) | v749(constB7))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(8063,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v119(VarNext) | v749(VarNext))) | (~nextState(constB6, constB7)) | v119(constB7) | v749(constB7)),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[8062, 8061])).
% 127.30/79.87 tff(8064,plain,
% 127.30/79.87 (v119(constB7) | v749(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8063, 540, 101])).
% 127.30/79.87 tff(8065,plain,
% 127.30/79.87 (v749(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8064, 8060])).
% 127.30/79.87 tff(8066,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v748(constB7) | (~v749(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v748(constB7) | (~v749(constB7)))),
% 127.30/79.87 inference(rewrite,[status(thm)],[])).
% 127.30/79.87 tff(8067,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | ((~nextState(constB6, constB7)) | (~v1(constB7)) | v748(constB7) | (~v749(constB7)))),
% 127.30/79.87 inference(quant_inst,[status(thm)],[])).
% 127.30/79.87 tff(8068,plain,
% 127.30/79.87 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v748(VarNext) | (~v749(VarNext)))) | (~nextState(constB6, constB7)) | (~v1(constB7)) | v748(constB7) | (~v749(constB7))),
% 127.30/79.87 inference(modus_ponens,[status(thm)],[8067, 8066])).
% 127.30/79.87 tff(8069,plain,
% 127.30/79.87 (v748(constB7) | (~v749(constB7))),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8068, 555, 101, 108])).
% 127.30/79.87 tff(8070,plain,
% 127.30/79.87 (v748(constB7)),
% 127.30/79.87 inference(unit_resolution,[status(thm)],[8069, 8065])).
% 127.30/79.87 tff(8071,plain,
% 127.30/79.87 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB6, constB7)) | v747(constB7) | (~v748(constB7)) | (~v755(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB6, constB7)) | v747(constB7) | (~v748(constB7)) | (~v755(constB7)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8072,plain,
% 127.30/79.88 (((~nextState(constB6, constB7)) | (~v748(constB7)) | v747(constB7) | (~v755(constB7))) <=> ((~nextState(constB6, constB7)) | v747(constB7) | (~v748(constB7)) | (~v755(constB7)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8073,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB6, constB7)) | (~v748(constB7)) | v747(constB7) | (~v755(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB6, constB7)) | v747(constB7) | (~v748(constB7)) | (~v755(constB7))))),
% 127.30/79.88 inference(monotonicity,[status(thm)],[8072])).
% 127.30/79.88 tff(8074,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB6, constB7)) | (~v748(constB7)) | v747(constB7) | (~v755(constB7)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB6, constB7)) | v747(constB7) | (~v748(constB7)) | (~v755(constB7)))),
% 127.30/79.88 inference(transitivity,[status(thm)],[8073, 8071])).
% 127.30/79.88 tff(8075,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | ((~nextState(constB6, constB7)) | (~v748(constB7)) | v747(constB7) | (~v755(constB7)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8076,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v748(VarNext)) | v747(VarNext) | (~v755(VarNext)))) | (~nextState(constB6, constB7)) | v747(constB7) | (~v748(constB7)) | (~v755(constB7))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8075, 8074])).
% 127.30/79.88 tff(8077,plain,
% 127.30/79.88 (v747(constB7) | (~v748(constB7)) | (~v755(constB7))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8076, 570, 101])).
% 127.30/79.88 tff(8078,plain,
% 127.30/79.88 (v747(constB7) | (~v755(constB7))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8077, 8070])).
% 127.30/79.88 tff(8079,plain,
% 127.30/79.88 (v747(constB7)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8078, 8053])).
% 127.30/79.88 tff(8080,plain,
% 127.30/79.88 (((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB7) | (~v747(constB7)) | (~v765(constB7)))) <=> ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB7) | (~v747(constB7)) | (~v765(constB7)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8081,plain,
% 127.30/79.88 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | (v32(constB7) | (~v747(constB7)) | (~v765(constB7)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8082,plain,
% 127.30/79.88 ((~![VarNext: $i] : (v32(VarNext) | (~v747(VarNext)) | (~v765(VarNext)))) | v32(constB7) | (~v747(constB7)) | (~v765(constB7))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8081, 8080])).
% 127.30/79.88 tff(8083,plain,
% 127.30/79.88 (v32(constB7) | (~v765(constB7))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8082, 590, 8079])).
% 127.30/79.88 tff(8084,plain,
% 127.30/79.88 (v32(constB7)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8083, 8048])).
% 127.30/79.88 tff(8085,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v748(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v748(constB8)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8086,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | ((~nextState(constB7, constB8)) | v1(constB8) | (~v748(constB8)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8087,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v748(VarNext)))) | (~nextState(constB7, constB8)) | v1(constB8) | (~v748(constB8))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8086, 8085])).
% 127.30/79.88 tff(8088,plain,
% 127.30/79.88 (~v748(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8087, 636, 111, 118])).
% 127.30/79.88 tff(8089,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB7, constB8)) | v748(constB8) | (~v747(constB8)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB7, constB8)) | v748(constB8) | (~v747(constB8)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8090,plain,
% 127.30/79.88 (((~nextState(constB7, constB8)) | (~v747(constB8)) | v748(constB8)) <=> ((~nextState(constB7, constB8)) | v748(constB8) | (~v747(constB8)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8091,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB7, constB8)) | (~v747(constB8)) | v748(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB7, constB8)) | v748(constB8) | (~v747(constB8))))),
% 127.30/79.88 inference(monotonicity,[status(thm)],[8090])).
% 127.30/79.88 tff(8092,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB7, constB8)) | (~v747(constB8)) | v748(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB7, constB8)) | v748(constB8) | (~v747(constB8)))),
% 127.30/79.88 inference(transitivity,[status(thm)],[8091, 8089])).
% 127.30/79.88 tff(8093,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | ((~nextState(constB7, constB8)) | (~v747(constB8)) | v748(constB8))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8094,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v747(VarNext)) | v748(VarNext))) | (~nextState(constB7, constB8)) | v748(constB8) | (~v747(constB8))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8093, 8092])).
% 127.30/79.88 tff(8095,plain,
% 127.30/79.88 (v748(constB8) | (~v747(constB8))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8094, 650, 111])).
% 127.30/79.88 tff(8096,plain,
% 127.30/79.88 (~v747(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8095, 8088])).
% 127.30/79.88 tff(8097,plain,
% 127.30/79.88 (((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB7)) | (~nextState(constB7, constB8)) | v747(constB8) | v32(constB8))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB7)) | (~nextState(constB7, constB8)) | v747(constB8) | v32(constB8))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8098,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | ((~v32(constB7)) | (~nextState(constB7, constB8)) | v747(constB8) | v32(constB8))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8099,plain,
% 127.30/79.88 ((~![VarNext: $i, VarCurr: $i] : ((~v32(VarCurr)) | (~nextState(VarCurr, VarNext)) | v747(VarNext) | v32(VarNext))) | (~v32(constB7)) | (~nextState(constB7, constB8)) | v747(constB8) | v32(constB8)),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8098, 8097])).
% 127.30/79.88 tff(8100,plain,
% 127.30/79.88 ((~v32(constB7)) | v747(constB8) | v32(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8099, 668, 111])).
% 127.30/79.88 tff(8101,plain,
% 127.30/79.88 ((~v32(constB7)) | v32(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8100, 8096])).
% 127.30/79.88 tff(8102,plain,
% 127.30/79.88 (v32(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8101, 8084])).
% 127.30/79.88 tff(8103,plain,
% 127.30/79.88 (~sP960(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7017, 1841, 8102])).
% 127.30/79.88 tff(8104,plain,
% 127.30/79.88 ((~v13(constB8, bitIndex2)) | sP960(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7008, 1804, 2427])).
% 127.30/79.88 tff(8105,plain,
% 127.30/79.88 (~v13(constB8, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8104, 8103])).
% 127.30/79.88 tff(8106,plain,
% 127.30/79.88 (v13(constB10, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7643, 8105, 7563, 1794, 1876, 1])).
% 127.30/79.88 tff(8107,plain,
% 127.30/79.88 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB6) | v615(constB6))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB6) | v615(constB6))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8108,plain,
% 127.30/79.88 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB6) | v615(constB6))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8109,plain,
% 127.30/79.88 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB6) | v615(constB6)),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8108, 8107])).
% 127.30/79.88 tff(8110,plain,
% 127.30/79.88 (v615(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8109, 6765, 1104])).
% 127.30/79.88 tff(8111,plain,
% 127.30/79.88 (v617(constB7)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6945, 8110])).
% 127.30/79.88 tff(8112,plain,
% 127.30/79.88 (v62(constB7, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6975, 8111])).
% 127.30/79.88 tff(8113,plain,
% 127.30/79.88 (v62(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6993, 8112])).
% 127.30/79.88 tff(8114,assumption,(~v67(constB8, bitIndex0)), introduced(assumption)).
% 127.30/79.88 tff(8115,plain,
% 127.30/79.88 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB8) | (~v62(constB8, bitIndex0)) | v67(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB8) | (~v62(constB8, bitIndex0)) | v67(constB8, bitIndex0))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8116,plain,
% 127.30/79.88 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB8) | (~v62(constB8, bitIndex0)) | v67(constB8, bitIndex0))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8117,plain,
% 127.30/79.88 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB8) | (~v62(constB8, bitIndex0)) | v67(constB8, bitIndex0)),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8116, 8115])).
% 127.30/79.88 tff(8118,plain,
% 127.30/79.88 (v73(constB8) | (~v62(constB8, bitIndex0))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8117, 6922, 8114])).
% 127.30/79.88 tff(8119,plain,
% 127.30/79.88 (v73(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8118, 8113])).
% 127.30/79.88 tff(8120,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB8)) | (~v73(constB8)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB8)) | (~v73(constB8)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8121,plain,
% 127.30/79.88 (((~v73(constB8)) | (~v32(constB8))) <=> ((~v32(constB8)) | (~v73(constB8)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8122,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB8)) | (~v32(constB8)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB8)) | (~v73(constB8))))),
% 127.30/79.88 inference(monotonicity,[status(thm)],[8121])).
% 127.30/79.88 tff(8123,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB8)) | (~v32(constB8)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB8)) | (~v73(constB8)))),
% 127.30/79.88 inference(transitivity,[status(thm)],[8122, 8120])).
% 127.30/79.88 tff(8124,plain,
% 127.30/79.88 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB8)) | (~v32(constB8)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8125,plain,
% 127.30/79.88 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB8)) | (~v73(constB8))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8124, 8123])).
% 127.30/79.88 tff(8126,plain,
% 127.30/79.88 ($false),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8125, 6748, 8102, 8119])).
% 127.30/79.88 tff(8127,plain,(v11(constB6) | v67(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.88 tff(8128,plain,
% 127.30/79.88 (v67(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8127, 1104])).
% 127.30/79.88 tff(8129,plain,
% 127.30/79.88 (v7(constB10, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7864, 8128, 7563, 1794, 1876, 1, 8106])).
% 127.30/79.88 tff(8130,plain,
% 127.30/79.88 (v7(constB9, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6412, 8129])).
% 127.30/79.88 tff(8131,plain,
% 127.30/79.88 (v929(constB9, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6420, 8130])).
% 127.30/79.88 tff(8132,plain,
% 127.30/79.88 (v940(constB9, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6446, 8131])).
% 127.30/79.88 tff(8133,plain,
% 127.30/79.88 (v938(constB8, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6454, 8132])).
% 127.30/79.88 tff(8134,plain,
% 127.30/79.88 ((~v11(constB8)) | (~v938(constB8, bitIndex1))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6458, 2226, 8105])).
% 127.30/79.88 tff(8135,plain,
% 127.30/79.88 (~v11(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8134, 8133])).
% 127.30/79.88 tff(8136,plain,
% 127.30/79.88 ($false),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7649, 335, 8135, 8133])).
% 127.30/79.88 tff(8137,plain,(v11(constB6) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | v7(constB10, bitIndex1) | v7(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.88 tff(8138,plain,
% 127.30/79.88 (v7(constB8, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8137, 1104, 1794, 1876, 1, 7563])).
% 127.30/79.88 tff(8139,plain,
% 127.30/79.88 (v7(constB7, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2450, 8138])).
% 127.30/79.88 tff(8140,plain,
% 127.30/79.88 (v929(constB7, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2454, 778, 8139])).
% 127.30/79.88 tff(8141,assumption,(v938(constB6, bitIndex1)), introduced(assumption)).
% 127.30/79.88 tff(8142,plain,
% 127.30/79.88 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB6) | (~v938(constB6, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB6) | (~v938(constB6, bitIndex1)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8143,plain,
% 127.30/79.88 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB6) | (~v938(constB6, bitIndex1)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8144,plain,
% 127.30/79.88 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB6) | (~v938(constB6, bitIndex1))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8143, 8142])).
% 127.30/79.88 tff(8145,plain,
% 127.30/79.88 ($false),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8144, 335, 1104, 8141])).
% 127.30/79.88 tff(8146,plain,((~v938(constB6, bitIndex1)) | v11(constB6)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.88 tff(8147,plain,
% 127.30/79.88 (~v938(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8146, 1104])).
% 127.30/79.88 tff(8148,plain,
% 127.30/79.88 (~v940(constB7, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2545, 8147])).
% 127.30/79.88 tff(8149,plain,
% 127.30/79.88 ($false),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 8148, 8140])).
% 127.30/79.88 tff(8150,plain,(v11(constB6) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | v7(constB10, bitIndex1) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.88 tff(8151,plain,
% 127.30/79.88 (v11(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8150, 7559, 7558, 1, 7562])).
% 127.30/79.88 tff(8152,plain,
% 127.30/79.88 (v7(constB6, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7334, 8151, 7940, 5920, 3690, 5918, 8039])).
% 127.30/79.88 tff(8153,plain,
% 127.30/79.88 (v7(constB5, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[834, 8152])).
% 127.30/79.88 tff(8154,plain,
% 127.30/79.88 (v929(constB5, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[783, 8153])).
% 127.30/79.88 tff(8155,plain,
% 127.30/79.88 (v940(constB5, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[765, 8154])).
% 127.30/79.88 tff(8156,plain,
% 127.30/79.88 (v938(constB4, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[699, 8155])).
% 127.30/79.88 tff(8157,plain,
% 127.30/79.88 (v11(constB4)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[691, 8156])).
% 127.30/79.88 tff(8158,plain,
% 127.30/79.88 (v13(constB4, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6125, 2226, 8157, 8156])).
% 127.30/79.88 tff(8159,plain,
% 127.30/79.88 (~v952(constB4, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6143, 8158])).
% 127.30/79.88 tff(8160,plain,
% 127.30/79.88 (~v13(constB4, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6082, 8159, 3690])).
% 127.30/79.88 tff(8161,plain,
% 127.30/79.88 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6046, 6040, 8157])).
% 127.30/79.88 tff(8162,plain,
% 127.30/79.88 (~v1050(constB4)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8161, 8160])).
% 127.30/79.88 tff(8163,plain,
% 127.30/79.88 (~v1052(constB5)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6029, 8162])).
% 127.30/79.88 tff(8164,plain,
% 127.30/79.88 (~v7(constB5, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6014, 8163])).
% 127.30/79.88 tff(8165,plain,
% 127.30/79.88 (~v7(constB6, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[5996, 8164])).
% 127.30/79.88 tff(8166,plain,
% 127.30/79.88 (sP958(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6169, 5886, 8165])).
% 127.30/79.88 tff(8167,plain,
% 127.30/79.88 (~sP960(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[5980, 5864, 8165])).
% 127.30/79.88 tff(8168,plain,
% 127.30/79.88 (~sP957(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7267, 5875, 8165])).
% 127.30/79.88 tff(8169,plain,
% 127.30/79.88 (sP959(constB4)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6154, 6151, 8159])).
% 127.30/79.88 tff(8170,plain,
% 127.30/79.88 (~v13(constB4, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[5963, 8169, 3690])).
% 127.30/79.88 tff(8171,plain,
% 127.30/79.88 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[4136, 320, 8157])).
% 127.30/79.88 tff(8172,plain,
% 127.30/79.88 (~v938(constB4, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8171, 8170])).
% 127.30/79.88 tff(8173,plain,
% 127.30/79.88 (~v940(constB5, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[849, 8172])).
% 127.30/79.88 tff(8174,plain,
% 127.30/79.88 (~v956(constB5, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[875, 8173])).
% 127.30/79.88 tff(8175,plain,
% 127.30/79.88 (~v7(constB5, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[883, 8174])).
% 127.30/79.88 tff(8176,plain,
% 127.30/79.88 (~v7(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[904, 8175])).
% 127.30/79.88 tff(8177,plain,
% 127.30/79.88 (v7(constB8, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7379, 8176, 8039, 8151, 8168, 8167, 7940])).
% 127.30/79.88 tff(8178,plain,
% 127.30/79.88 (v7(constB7, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2482, 8177])).
% 127.30/79.88 tff(8179,plain,
% 127.30/79.88 (v956(constB7, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2490, 8178])).
% 127.30/79.88 tff(8180,plain,
% 127.30/79.88 (v940(constB7, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2516, 8179])).
% 127.30/79.88 tff(8181,plain,
% 127.30/79.88 (v938(constB6, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2524, 8180])).
% 127.30/79.88 tff(8182,plain,
% 127.30/79.88 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[5924, 320, 8151])).
% 127.30/79.88 tff(8183,plain,
% 127.30/79.88 (v13(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8182, 8181])).
% 127.30/79.88 tff(8184,plain,
% 127.30/79.88 (~sP959(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[5945, 1886, 8176, 8183, 8166])).
% 127.30/79.88 tff(8185,plain,
% 127.30/79.88 (~v17(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7392, 5133, 8184])).
% 127.30/79.88 tff(8186,plain,
% 127.30/79.88 (~v17(constB6, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7396, 5971, 8184])).
% 127.30/79.88 tff(8187,plain,
% 127.30/79.88 (~v17(constB6, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7400, 1233, 8184])).
% 127.30/79.88 tff(8188,plain,
% 127.30/79.88 (~v970(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7407, 6107, 8187, 8186, 8185])).
% 127.30/79.88 tff(8189,plain,
% 127.30/79.88 (v952(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6179, 6151, 8184])).
% 127.30/79.88 tff(8190,plain,
% 127.30/79.88 (v924(constB6, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7415, 6093, 8189, 8188])).
% 127.30/79.88 tff(8191,plain,
% 127.30/79.88 ((~v924(constB6, bitIndex0)) | (~v13(constB6, bitIndex0))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7422, 6057, 8176, 8168])).
% 127.30/79.88 tff(8192,plain,
% 127.30/79.88 (~v13(constB6, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8191, 8190])).
% 127.30/79.88 tff(8193,plain,
% 127.30/79.88 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7105, 6040, 8151])).
% 127.30/79.88 tff(8194,plain,
% 127.30/79.88 (~v1050(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8193, 8192])).
% 127.30/79.88 tff(8195,plain,
% 127.30/79.88 (~v1052(constB7)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7111, 8194])).
% 127.30/79.88 tff(8196,plain,
% 127.30/79.88 (~v7(constB7, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7119, 8195])).
% 127.30/79.88 tff(8197,plain,
% 127.30/79.88 (~v7(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7137, 8196])).
% 127.30/79.88 tff(8198,plain,
% 127.30/79.88 (~sP960(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7141, 5864, 8197])).
% 127.30/79.88 tff(8199,plain,
% 127.30/79.88 (v7(constB8, bitIndex2) | sP960(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7008, 1804, 7940])).
% 127.30/79.88 tff(8200,plain,
% 127.30/79.88 (v7(constB8, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8199, 8198])).
% 127.30/79.88 tff(8201,plain,
% 127.30/79.88 (v7(constB7, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2450, 8200])).
% 127.30/79.88 tff(8202,plain,
% 127.30/79.88 (v929(constB7, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2454, 778, 8201])).
% 127.30/79.88 tff(8203,plain,
% 127.30/79.88 ((~v952(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6174, 6136, 8167])).
% 127.30/79.88 tff(8204,plain,
% 127.30/79.88 (~v13(constB6, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8203, 8189])).
% 127.30/79.88 tff(8205,plain,
% 127.30/79.88 (v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2536, 2226, 8151])).
% 127.30/79.88 tff(8206,plain,
% 127.30/79.88 (~v938(constB6, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8205, 8204])).
% 127.30/79.88 tff(8207,plain,
% 127.30/79.88 (~v940(constB7, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2545, 8206])).
% 127.30/79.88 tff(8208,plain,
% 127.30/79.88 ($false),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 8207, 8202])).
% 127.30/79.88 tff(8209,plain,(v7(constB10, bitIndex1) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | v7(sK952_VarCurr, bitIndex0) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB20 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.88 tff(8210,plain,
% 127.30/79.88 (v7(constB10, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8209, 3690, 5918, 5920, 5919, 1245, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 5282])).
% 127.30/79.88 tff(8211,plain,
% 127.30/79.88 (v7(constB9, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[188, 8210])).
% 127.30/79.88 tff(8212,plain,
% 127.30/79.88 (v956(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[204, 201, 8211])).
% 127.30/79.88 tff(8213,plain,
% 127.30/79.88 (v940(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[289, 8212])).
% 127.30/79.88 tff(8214,plain,
% 127.30/79.88 (v938(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[307, 8213])).
% 127.30/79.88 tff(8215,plain,
% 127.30/79.88 (v11(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[338, 335, 8214])).
% 127.30/79.88 tff(8216,plain,
% 127.30/79.88 ((~v11(constB8)) | v13(constB8, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[323, 320, 8214])).
% 127.30/79.88 tff(8217,plain,
% 127.30/79.88 (v13(constB8, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8216, 8215])).
% 127.30/79.88 tff(8218,plain,
% 127.30/79.88 (v7(constB10, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.30/79.88 inference(monotonicity,[status(thm)],[8])).
% 127.30/79.88 tff(8219,plain,
% 127.30/79.88 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB10, bitIndex2)),
% 127.30/79.88 inference(symmetry,[status(thm)],[8218])).
% 127.30/79.88 tff(8220,plain,
% 127.30/79.88 (v7(constB10, bitIndex2)),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[2422, 8219])).
% 127.30/79.88 tff(8221,plain,
% 127.30/79.88 ($false),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6360, 8220])).
% 127.30/79.88 tff(8222,plain,((~(constB10 = sK952_VarCurr)) | v7(constB10, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.88 tff(8223,plain,
% 127.30/79.88 (~(constB10 = sK952_VarCurr)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8222, 7656, 2318])).
% 127.30/79.88 tff(8224,plain,
% 127.30/79.88 (v11(constB10)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[5370, 8223, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 6212, 5282, 6211, 6186, 1245])).
% 127.30/79.88 tff(8225,plain,
% 127.30/79.88 (v13(constB10, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7608, 6354])).
% 127.30/79.88 tff(8226,plain,
% 127.30/79.88 ((~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6367, 1804, 7656])).
% 127.30/79.88 tff(8227,plain,
% 127.30/79.88 (sP960(constB10)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8226, 8225])).
% 127.30/79.88 tff(8228,plain,
% 127.30/79.88 (v7(constB10, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7457, 5864, 8227])).
% 127.30/79.88 tff(8229,plain,
% 127.30/79.88 (v7(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6470, 8228])).
% 127.30/79.88 tff(8230,plain,
% 127.30/79.88 (v1052(constB9)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6478, 8229])).
% 127.30/79.88 tff(8231,plain,
% 127.30/79.88 (v1050(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6483, 8230])).
% 127.30/79.88 tff(8232,assumption,(v7(constB10, bitIndex1)), introduced(assumption)).
% 127.30/79.88 tff(8233,plain,
% 127.30/79.88 (v7(constB9, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[188, 8232])).
% 127.30/79.88 tff(8234,plain,
% 127.30/79.88 (v956(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[204, 201, 8233])).
% 127.30/79.88 tff(8235,plain,
% 127.30/79.88 (v940(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[289, 8234])).
% 127.30/79.88 tff(8236,plain,
% 127.30/79.88 (v938(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[307, 8235])).
% 127.30/79.88 tff(8237,plain,
% 127.30/79.88 (v11(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[338, 335, 8236])).
% 127.30/79.88 tff(8238,plain,
% 127.30/79.88 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6491, 6040, 8237])).
% 127.30/79.88 tff(8239,plain,
% 127.30/79.88 (v13(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8238, 8231])).
% 127.30/79.88 tff(8240,plain,
% 127.30/79.88 ((~v11(constB8)) | v13(constB8, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[323, 320, 8236])).
% 127.30/79.88 tff(8241,plain,
% 127.30/79.88 (v13(constB8, bitIndex1)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8240, 8237])).
% 127.30/79.88 tff(8242,plain,
% 127.30/79.88 (v1050(constB10) | (~v13(constB10, bitIndex0))),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6235, 2000, 7563])).
% 127.30/79.88 tff(8243,plain,
% 127.30/79.88 (~v13(constB10, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8242, 6229])).
% 127.30/79.88 tff(8244,plain,
% 127.30/79.88 (^[VarCurr: $i] : refl((sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0)) <=> (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0)))),
% 127.30/79.88 inference(bind,[status(th)],[])).
% 127.30/79.88 tff(8245,plain,
% 127.30/79.88 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(quant_intro,[status(thm)],[8244])).
% 127.30/79.88 tff(8246,plain,
% 127.30/79.88 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8247,plain,
% 127.30/79.88 (^[VarCurr: $i] : rewrite(((sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1))) | v13(VarCurr, bitIndex0)) <=> (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0)))),
% 127.30/79.88 inference(bind,[status(th)],[])).
% 127.30/79.88 tff(8248,plain,
% 127.30/79.88 (![VarCurr: $i] : ((sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1))) | v13(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(quant_intro,[status(thm)],[8247])).
% 127.30/79.88 tff(8249,axiom,(![VarCurr: $i] : ((sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1))) | v13(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16479')).
% 127.30/79.88 tff(8250,plain,
% 127.30/79.88 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8249, 8248])).
% 127.30/79.88 tff(8251,plain,
% 127.30/79.88 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8250, 8246])).
% 127.30/79.88 tff(8252,plain,(
% 127.30/79.88 ![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(skolemize,[status(sab)],[8251])).
% 127.30/79.88 tff(8253,plain,
% 127.30/79.88 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8252, 8245])).
% 127.30/79.88 tff(8254,plain,
% 127.30/79.88 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))) | (sP954_aig_name(constB10) | (~v7(constB10, bitIndex1)) | v13(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))) | sP954_aig_name(constB10) | (~v7(constB10, bitIndex1)) | v13(constB10, bitIndex0))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8255,plain,
% 127.30/79.88 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))) | (sP954_aig_name(constB10) | (~v7(constB10, bitIndex1)) | v13(constB10, bitIndex0))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8256,plain,
% 127.30/79.88 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | (~v7(VarCurr, bitIndex1)) | v13(VarCurr, bitIndex0))) | sP954_aig_name(constB10) | (~v7(constB10, bitIndex1)) | v13(constB10, bitIndex0)),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8255, 8254])).
% 127.30/79.88 tff(8257,plain,
% 127.30/79.88 (sP954_aig_name(constB10) | v13(constB10, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8256, 8253, 8232])).
% 127.30/79.88 tff(8258,plain,
% 127.30/79.88 (sP954_aig_name(constB10)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8257, 8243])).
% 127.30/79.88 tff(8259,plain,
% 127.30/79.88 (^[VarCurr: $i] : refl(((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))) <=> ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))))),
% 127.30/79.88 inference(bind,[status(th)],[])).
% 127.30/79.88 tff(8260,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(quant_intro,[status(thm)],[8259])).
% 127.30/79.88 tff(8261,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8262,plain,
% 127.30/79.88 (^[VarCurr: $i] : rewrite(((~v17(VarCurr, bitIndex2)) | (~sP954_aig_name(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2))))),
% 127.30/79.88 inference(bind,[status(th)],[])).
% 127.30/79.88 tff(8263,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP954_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(quant_intro,[status(thm)],[8262])).
% 127.30/79.88 tff(8264,axiom,(![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~sP954_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26294')).
% 127.30/79.88 tff(8265,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8264, 8263])).
% 127.30/79.88 tff(8266,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8265, 8261])).
% 127.30/79.88 tff(8267,plain,(
% 127.30/79.88 ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(skolemize,[status(sab)],[8266])).
% 127.30/79.88 tff(8268,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8267, 8260])).
% 127.30/79.88 tff(8269,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))) | ((~sP954_aig_name(constB10)) | (~v17(constB10, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))) | (~sP954_aig_name(constB10)) | (~v17(constB10, bitIndex2)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8270,plain,
% 127.30/79.88 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))) | ((~sP954_aig_name(constB10)) | (~v17(constB10, bitIndex2)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8271,plain,
% 127.30/79.88 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)))) | (~sP954_aig_name(constB10)) | (~v17(constB10, bitIndex2))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8270, 8269])).
% 127.30/79.88 tff(8272,plain,
% 127.30/79.88 (~v17(constB10, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8271, 8268, 8258])).
% 127.30/79.88 tff(8273,plain,
% 127.30/79.88 (~v17(constB9, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6517, 8272])).
% 127.30/79.88 tff(8274,plain,
% 127.30/79.88 (~v1019(constB9, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6543, 8273])).
% 127.30/79.88 tff(8275,plain,
% 127.30/79.88 (~v1017(constB8, bitIndex2)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6551, 8274])).
% 127.30/79.88 tff(8276,plain,
% 127.30/79.88 (^[VarCurr: $i] : refl(((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr))))),
% 127.30/79.88 inference(bind,[status(th)],[])).
% 127.30/79.88 tff(8277,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(quant_intro,[status(thm)],[8276])).
% 127.30/79.88 tff(8278,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8279,plain,
% 127.30/79.88 (^[VarCurr: $i] : rewrite(((~v1003(VarCurr)) | (~sP954_aig_name(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr))))),
% 127.30/79.88 inference(bind,[status(th)],[])).
% 127.30/79.88 tff(8280,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~v1003(VarCurr)) | (~sP954_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(quant_intro,[status(thm)],[8279])).
% 127.30/79.88 tff(8281,axiom,(![VarCurr: $i] : ((~v1003(VarCurr)) | (~sP954_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u26293')).
% 127.30/79.88 tff(8282,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8281, 8280])).
% 127.30/79.88 tff(8283,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8282, 8278])).
% 127.30/79.88 tff(8284,plain,(
% 127.30/79.88 ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(skolemize,[status(sab)],[8283])).
% 127.30/79.88 tff(8285,plain,
% 127.30/79.88 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8284, 8277])).
% 127.30/79.88 tff(8286,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))) | ((~sP954_aig_name(constB10)) | (~v1003(constB10)))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))) | (~sP954_aig_name(constB10)) | (~v1003(constB10)))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8287,plain,
% 127.30/79.88 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))) | ((~sP954_aig_name(constB10)) | (~v1003(constB10)))),
% 127.30/79.88 inference(quant_inst,[status(thm)],[])).
% 127.30/79.88 tff(8288,plain,
% 127.30/79.88 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)))) | (~sP954_aig_name(constB10)) | (~v1003(constB10))),
% 127.30/79.88 inference(modus_ponens,[status(thm)],[8287, 8286])).
% 127.30/79.88 tff(8289,plain,
% 127.30/79.88 (~v1003(constB10)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[8288, 8285, 8258])).
% 127.30/79.88 tff(8290,plain,
% 127.30/79.88 (~v17(constB10, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6573, 8289])).
% 127.30/79.88 tff(8291,plain,
% 127.30/79.88 (~v17(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6581, 8290])).
% 127.30/79.88 tff(8292,plain,
% 127.30/79.88 (~v1019(constB9, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6588, 405, 6535, 8291])).
% 127.30/79.88 tff(8293,plain,
% 127.30/79.88 (~v1017(constB8, bitIndex0)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6596, 8292])).
% 127.30/79.88 tff(8294,plain,
% 127.30/79.88 (v11(constB6)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[6723, 8293, 8275])).
% 127.30/79.88 tff(8295,assumption,(~v7(constB8, bitIndex0)), introduced(assumption)).
% 127.30/79.88 tff(8296,plain,
% 127.30/79.88 (~sP957(constB8)),
% 127.30/79.88 inference(unit_resolution,[status(thm)],[7145, 5875, 8295])).
% 127.30/79.88 tff(8297,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8298,plain,
% 127.30/79.88 (((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex2) | sP957(constB8) | (~v13(constB8, bitIndex0))) <=> (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.30/79.88 inference(rewrite,[status(thm)],[])).
% 127.30/79.88 tff(8299,plain,
% 127.30/79.88 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex2) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8)))),
% 127.30/79.89 inference(monotonicity,[status(thm)],[8298])).
% 127.30/79.89 tff(8300,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex2) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.30/79.89 inference(transitivity,[status(thm)],[8299, 8297])).
% 127.30/79.89 tff(8301,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex2) | sP957(constB8) | (~v13(constB8, bitIndex0)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8302,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8301, 8300])).
% 127.30/79.89 tff(8303,plain,
% 127.30/79.89 (v7(constB8, bitIndex2) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8302, 7278, 6725])).
% 127.30/79.89 tff(8304,plain,
% 127.30/79.89 (~v924(constB8, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8303, 8296, 2427])).
% 127.30/79.89 tff(8305,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB8)) | v924(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB8)) | v924(constB8, bitIndex0))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8306,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB8)) | v924(constB8, bitIndex0))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8307,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB8)) | v924(constB8, bitIndex0)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8306, 8305])).
% 127.30/79.89 tff(8308,plain,
% 127.30/79.89 (~sP954_aig_name(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8307, 1982, 8304])).
% 127.30/79.89 tff(8309,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB8) | v7(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB8) | v7(constB8, bitIndex2))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8310,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | (sP959(constB8) | v7(constB8, bitIndex2))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8311,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP959(VarCurr) | v7(VarCurr, bitIndex2))) | sP959(constB8) | v7(constB8, bitIndex2)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8310, 8309])).
% 127.30/79.89 tff(8312,plain,
% 127.30/79.89 (sP959(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8311, 1871, 2427])).
% 127.30/79.89 tff(8313,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB8) | v7(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB8) | v7(constB8, bitIndex0))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8314,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB8) | v7(constB8, bitIndex0))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8315,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB8) | v7(constB8, bitIndex0)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8314, 8313])).
% 127.30/79.89 tff(8316,plain,
% 127.30/79.89 (sP958(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8315, 5886, 8295])).
% 127.30/79.89 tff(8317,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8318,plain,
% 127.30/79.89 (((~v17(constB8, bitIndex1)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8))) <=> ((~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8319,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex1)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1))))),
% 127.30/79.89 inference(monotonicity,[status(thm)],[8318])).
% 127.30/79.89 tff(8320,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex1)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1)))),
% 127.30/79.89 inference(transitivity,[status(thm)],[8319, 8317])).
% 127.30/79.89 tff(8321,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex1)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8322,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8321, 8320])).
% 127.30/79.89 tff(8323,plain,
% 127.30/79.89 ((~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex1))),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8322, 5118, 1193])).
% 127.30/79.89 tff(8324,plain,
% 127.30/79.89 (~v17(constB8, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8323, 8316, 8312])).
% 127.30/79.89 tff(8325,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8326,plain,
% 127.30/79.89 (((~v17(constB8, bitIndex0)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8))) <=> ((~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8327,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex0)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0))))),
% 127.30/79.89 inference(monotonicity,[status(thm)],[8326])).
% 127.30/79.89 tff(8328,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex0)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0)))),
% 127.30/79.89 inference(transitivity,[status(thm)],[8327, 8325])).
% 127.30/79.89 tff(8329,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB8, bitIndex0)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | (~sP959(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8330,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8329, 8328])).
% 127.30/79.89 tff(8331,plain,
% 127.30/79.89 ((~sP959(constB8)) | (~sP958(constB8)) | (~v17(constB8, bitIndex0))),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8330, 7256, 1193])).
% 127.30/79.89 tff(8332,plain,
% 127.30/79.89 (~v17(constB8, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8331, 8316, 8312])).
% 127.30/79.89 tff(8333,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8334,plain,
% 127.30/79.89 ((v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | (~v1003(constB8))) <=> ((~v1003(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8335,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | (~v1003(constB8)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)))),
% 127.30/79.89 inference(monotonicity,[status(thm)],[8334])).
% 127.30/79.89 tff(8336,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | (~v1003(constB8)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.30/79.89 inference(transitivity,[status(thm)],[8335, 8333])).
% 127.30/79.89 tff(8337,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | (~v1003(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8338,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8337, 8336])).
% 127.30/79.89 tff(8339,plain,
% 127.30/79.89 (~v1003(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8338, 4834, 8332, 8324])).
% 127.30/79.89 tff(8340,plain,
% 127.30/79.89 (~v17(constB8, bitIndex2)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[1225, 8312, 1193])).
% 127.30/79.89 tff(8341,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB8) | v1003(constB8) | v17(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB8) | v1003(constB8) | v17(constB8, bitIndex2))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8342,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB8) | v1003(constB8) | v17(constB8, bitIndex2))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8343,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB8) | v1003(constB8) | v17(constB8, bitIndex2)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8342, 8341])).
% 127.30/79.89 tff(8344,plain,
% 127.30/79.89 (sP954_aig_name(constB8) | v1003(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8343, 1971, 8340])).
% 127.30/79.89 tff(8345,plain,
% 127.30/79.89 ($false),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8344, 8339, 8308])).
% 127.30/79.89 tff(8346,plain,(v7(constB8, bitIndex0) | (~v13(constB8, bitIndex1)) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.89 tff(8347,plain,
% 127.30/79.89 (v7(constB8, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8346, 2427, 1193, 6725])).
% 127.30/79.89 tff(8348,plain,
% 127.30/79.89 (v7(constB7, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7137, 8347])).
% 127.30/79.89 tff(8349,plain,
% 127.30/79.89 (v1052(constB7)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7119, 8348])).
% 127.30/79.89 tff(8350,plain,
% 127.30/79.89 (v1050(constB6)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7111, 8349])).
% 127.30/79.89 tff(8351,plain,
% 127.30/79.89 (v13(constB6, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7106, 8350])).
% 127.30/79.89 tff(8352,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8353,plain,
% 127.30/79.89 (((~v13(constB8, bitIndex1)) | v7(constB8, bitIndex1) | (~sP958(constB8)) | (~sP959(constB8))) <=> (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8354,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | v7(constB8, bitIndex1) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8))))),
% 127.30/79.89 inference(monotonicity,[status(thm)],[8353])).
% 127.30/79.89 tff(8355,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | v7(constB8, bitIndex1) | (~sP958(constB8)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8)))),
% 127.30/79.89 inference(transitivity,[status(thm)],[8354, 8352])).
% 127.30/79.89 tff(8356,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB8, bitIndex1)) | v7(constB8, bitIndex1) | (~sP958(constB8)) | (~sP959(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8357,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v13(VarCurr, bitIndex1)) | v7(VarCurr, bitIndex1) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8)) | (~sP958(constB8))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8356, 8355])).
% 127.30/79.89 tff(8358,plain,
% 127.30/79.89 (v7(constB8, bitIndex1) | (~sP959(constB8)) | (~sP958(constB8))),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8357, 1886, 1193])).
% 127.30/79.89 tff(8359,plain,
% 127.30/79.89 (~sP958(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8358, 2459, 8312])).
% 127.30/79.89 tff(8360,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB8) | (~v1003(constB8)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB8) | (~v1003(constB8)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8361,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB8) | (~v1003(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8362,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB8) | (~v1003(constB8))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8361, 8360])).
% 127.30/79.89 tff(8363,plain,
% 127.30/79.89 (~v1003(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8362, 1953, 8359])).
% 127.30/79.89 tff(8364,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB8) | v17(constB8, bitIndex2) | sP956_aig_name(constB8))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB8) | v17(constB8, bitIndex2) | sP956_aig_name(constB8))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8365,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB8) | v17(constB8, bitIndex2) | sP956_aig_name(constB8))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8366,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB8) | v17(constB8, bitIndex2) | sP956_aig_name(constB8)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8365, 8364])).
% 127.30/79.89 tff(8367,plain,
% 127.30/79.89 (v1003(constB8) | sP956_aig_name(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8366, 7308, 8340])).
% 127.30/79.89 tff(8368,plain,
% 127.30/79.89 (sP956_aig_name(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8367, 8363])).
% 127.30/79.89 tff(8369,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB8) | (~v28(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB8) | (~v28(constB8, bitIndex0)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8370,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB8) | (~v28(constB8, bitIndex0)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8371,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB8) | (~v28(constB8, bitIndex0))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8370, 8369])).
% 127.30/79.89 tff(8372,plain,
% 127.30/79.89 (~v28(constB8, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8371, 1901, 8359])).
% 127.30/79.89 tff(8373,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB8) | (~v28(constB8, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB8) | (~v28(constB8, bitIndex1)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8374,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB8) | (~v28(constB8, bitIndex1)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8375,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB8) | (~v28(constB8, bitIndex1))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8374, 8373])).
% 127.30/79.89 tff(8376,plain,
% 127.30/79.89 (~v28(constB8, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8375, 1912, 8359])).
% 127.30/79.89 tff(8377,plain,
% 127.30/79.89 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB8) | (~v32(constB8)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB8) | (~v32(constB8)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8378,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB8) | (~v32(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8379,plain,
% 127.30/79.89 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB8) | (~v32(constB8))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8378, 8377])).
% 127.30/79.89 tff(8380,plain,
% 127.30/79.89 (~v32(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8379, 1923, 8359])).
% 127.30/79.89 tff(8381,plain,
% 127.30/79.89 (sP957(constB8)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7001, 2459, 2427])).
% 127.30/79.89 tff(8382,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8383,plain,
% 127.30/79.89 (((~v924(constB8, bitIndex0)) | v32(constB8) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8))) <=> (v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8384,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB8, bitIndex0)) | v32(constB8) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8))))),
% 127.30/79.89 inference(monotonicity,[status(thm)],[8383])).
% 127.30/79.89 tff(8385,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB8, bitIndex0)) | v32(constB8) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))),
% 127.30/79.89 inference(transitivity,[status(thm)],[8384, 8382])).
% 127.30/79.89 tff(8386,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB8, bitIndex0)) | v32(constB8) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8)))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8387,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1) | (~sP957(constB8))),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8386, 8385])).
% 127.30/79.89 tff(8388,plain,
% 127.30/79.89 (v32(constB8) | (~v924(constB8, bitIndex0)) | v28(constB8, bitIndex0) | v28(constB8, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8387, 1938, 8381])).
% 127.30/79.89 tff(8389,plain,
% 127.30/79.89 (~v924(constB8, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8388, 8380, 8376, 8372])).
% 127.30/79.89 tff(8390,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB8)) | v924(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB8)) | v924(constB8, bitIndex0))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8391,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB8)) | v924(constB8, bitIndex0))),
% 127.30/79.89 inference(quant_inst,[status(thm)],[])).
% 127.30/79.89 tff(8392,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB8)) | v924(constB8, bitIndex0)),
% 127.30/79.89 inference(modus_ponens,[status(thm)],[8391, 8390])).
% 127.30/79.89 tff(8393,plain,
% 127.30/79.89 ($false),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8392, 7293, 8389, 8368])).
% 127.30/79.89 tff(8394,plain,(v7(constB8, bitIndex1) | v7(constB8, bitIndex2) | (~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.89 tff(8395,plain,
% 127.30/79.89 (v7(constB8, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8394, 2427, 6725, 1193])).
% 127.30/79.89 tff(8396,plain,
% 127.30/79.89 (v7(constB7, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[2482, 8395])).
% 127.30/79.89 tff(8397,plain,
% 127.30/79.89 (v956(constB7, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[2490, 8396])).
% 127.30/79.89 tff(8398,plain,
% 127.30/79.89 (v940(constB7, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[2516, 8397])).
% 127.30/79.89 tff(8399,plain,
% 127.30/79.89 (v938(constB6, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[2524, 8398])).
% 127.30/79.89 tff(8400,plain,
% 127.30/79.89 (v13(constB6, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6736, 8399])).
% 127.30/79.89 tff(8401,plain,
% 127.30/79.89 ($false),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7204, 835, 905, 5939, 2713])).
% 127.30/79.89 tff(8402,plain,(v11(constB4) | (~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.89 tff(8403,plain,
% 127.30/79.89 (v11(constB4)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8402, 8400, 8351])).
% 127.30/79.89 tff(8404,plain,
% 127.30/79.89 (v7(constB6, bitIndex2)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7320, 8403, 8400, 8351, 5920, 3690, 5918])).
% 127.30/79.89 tff(8405,plain,
% 127.30/79.89 (v7(constB5, bitIndex2)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[834, 8404])).
% 127.30/79.89 tff(8406,plain,
% 127.30/79.89 (v929(constB5, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[783, 8405])).
% 127.30/79.89 tff(8407,plain,
% 127.30/79.89 (v940(constB5, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[765, 8406])).
% 127.30/79.89 tff(8408,plain,
% 127.30/79.89 (v938(constB4, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[699, 8407])).
% 127.30/79.89 tff(8409,plain,
% 127.30/79.89 (v13(constB4, bitIndex2)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6125, 2226, 8403, 8408])).
% 127.30/79.89 tff(8410,plain,
% 127.30/79.89 (~v952(constB4, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6143, 8409])).
% 127.30/79.89 tff(8411,plain,
% 127.30/79.89 (~v13(constB4, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6082, 8410, 3690])).
% 127.30/79.89 tff(8412,plain,
% 127.30/79.89 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6046, 6040, 8403])).
% 127.30/79.89 tff(8413,plain,
% 127.30/79.89 (~v1050(constB4)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8412, 8411])).
% 127.30/79.89 tff(8414,plain,
% 127.30/79.89 (~v1052(constB5)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6029, 8413])).
% 127.30/79.89 tff(8415,plain,
% 127.30/79.89 (~v7(constB5, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6014, 8414])).
% 127.30/79.89 tff(8416,plain,
% 127.30/79.89 (~v7(constB6, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[5996, 8415])).
% 127.30/79.89 tff(8417,plain,
% 127.30/79.89 (sP958(constB6)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6169, 5886, 8416])).
% 127.30/79.89 tff(8418,plain,
% 127.30/79.89 (sP959(constB4)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[6154, 6151, 8410])).
% 127.30/79.89 tff(8419,plain,
% 127.30/79.89 (~v13(constB4, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[5963, 8418, 3690])).
% 127.30/79.89 tff(8420,plain,
% 127.30/79.89 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[4136, 320, 8403])).
% 127.30/79.89 tff(8421,plain,
% 127.30/79.89 (~v938(constB4, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8420, 8419])).
% 127.30/79.89 tff(8422,plain,
% 127.30/79.89 (~v940(constB5, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[849, 8421])).
% 127.30/79.89 tff(8423,plain,
% 127.30/79.89 (~v956(constB5, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[875, 8422])).
% 127.30/79.89 tff(8424,plain,
% 127.30/79.89 (~v7(constB5, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[883, 8423])).
% 127.30/79.89 tff(8425,plain,
% 127.30/79.89 (~v7(constB6, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[904, 8424])).
% 127.30/79.89 tff(8426,plain,
% 127.30/79.89 (v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[5945, 1886, 8400])).
% 127.30/79.89 tff(8427,plain,
% 127.30/79.89 (~sP959(constB6)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[8426, 8425, 8417])).
% 127.30/79.89 tff(8428,plain,
% 127.30/79.89 (~v17(constB6, bitIndex1)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7392, 5133, 8427])).
% 127.30/79.89 tff(8429,plain,
% 127.30/79.89 (~v17(constB6, bitIndex2)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7400, 1233, 8427])).
% 127.30/79.89 tff(8430,plain,
% 127.30/79.89 (~v17(constB6, bitIndex0)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7396, 5971, 8427])).
% 127.30/79.89 tff(8431,plain,
% 127.30/79.89 (~sP957(constB6)),
% 127.30/79.89 inference(unit_resolution,[status(thm)],[7267, 5875, 8416])).
% 127.30/79.89 tff(8432,plain,
% 127.30/79.89 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.89 inference(rewrite,[status(thm)],[])).
% 127.30/79.89 tff(8433,plain,
% 127.30/79.89 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0)))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8434,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8433, 8432])).
% 127.30/79.90 tff(8435,plain,
% 127.30/79.90 ((~v924(constB6, bitIndex0)) | sP957(constB6)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8434, 7224, 8351])).
% 127.30/79.90 tff(8436,plain,
% 127.30/79.90 (~v924(constB6, bitIndex0)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8435, 8431])).
% 127.30/79.90 tff(8437,plain,
% 127.30/79.90 (^[VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)) <=> ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8438,plain,
% 127.30/79.90 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8437])).
% 127.30/79.90 tff(8439,plain,
% 127.30/79.90 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8440,plain,
% 127.30/79.90 (^[VarNext: $i, VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) <=> ((~v7(VarCurr, bitIndex2)) | v7(VarNext, bitIndex2))), (((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) | v930(VarNext)) <=> (((~v7(VarCurr, bitIndex2)) | v7(VarNext, bitIndex2)) | v930(VarNext)))), rewrite((((~v7(VarCurr, bitIndex2)) | v7(VarNext, bitIndex2)) | v930(VarNext)) <=> ((~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))), (((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) | v930(VarNext)) <=> ((~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)))), ((((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) | v930(VarNext)) | (~nextState(VarCurr, VarNext))) <=> (((~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)) | (~nextState(VarCurr, VarNext))))), rewrite((((~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))), ((((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) | v930(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8441,plain,
% 127.30/79.90 (![VarNext: $i, VarCurr: $i] : (((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) | v930(VarNext)) | (~nextState(VarCurr, VarNext))) <=> ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8440])).
% 127.30/79.90 tff(8442,axiom,(![VarNext: $i, VarCurr: $i] : (((v7(VarNext, bitIndex2) | (~v7(VarCurr, bitIndex2))) | v930(VarNext)) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16704')).
% 127.30/79.90 tff(8443,plain,
% 127.30/79.90 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8442, 8441])).
% 127.30/79.90 tff(8444,plain,
% 127.30/79.90 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8443, 8439])).
% 127.30/79.90 tff(8445,plain,(
% 127.30/79.90 ![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8444])).
% 127.30/79.90 tff(8446,plain,
% 127.30/79.90 (![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8445, 8438])).
% 127.30/79.90 tff(8447,plain,
% 127.30/79.90 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB7, bitIndex2)) | (~nextState(constB7, constB8)) | v930(constB8) | v7(constB8, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB7, bitIndex2)) | (~nextState(constB7, constB8)) | v930(constB8) | v7(constB8, bitIndex2))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8448,plain,
% 127.30/79.90 (((~nextState(constB7, constB8)) | (~v7(constB7, bitIndex2)) | v930(constB8) | v7(constB8, bitIndex2)) <=> ((~v7(constB7, bitIndex2)) | (~nextState(constB7, constB8)) | v930(constB8) | v7(constB8, bitIndex2))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8449,plain,
% 127.30/79.90 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB7, constB8)) | (~v7(constB7, bitIndex2)) | v930(constB8) | v7(constB8, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB7, bitIndex2)) | (~nextState(constB7, constB8)) | v930(constB8) | v7(constB8, bitIndex2)))),
% 127.30/79.90 inference(monotonicity,[status(thm)],[8448])).
% 127.30/79.90 tff(8450,plain,
% 127.30/79.90 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB7, constB8)) | (~v7(constB7, bitIndex2)) | v930(constB8) | v7(constB8, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB7, bitIndex2)) | (~nextState(constB7, constB8)) | v930(constB8) | v7(constB8, bitIndex2))),
% 127.30/79.90 inference(transitivity,[status(thm)],[8449, 8447])).
% 127.30/79.90 tff(8451,plain,
% 127.30/79.90 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB7, constB8)) | (~v7(constB7, bitIndex2)) | v930(constB8) | v7(constB8, bitIndex2))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8452,plain,
% 127.30/79.90 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB7, bitIndex2)) | (~nextState(constB7, constB8)) | v930(constB8) | v7(constB8, bitIndex2)),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8451, 8450])).
% 127.30/79.90 tff(8453,plain,
% 127.30/79.90 ((~v7(constB7, bitIndex2)) | v930(constB8) | v7(constB8, bitIndex2)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8452, 8446, 111])).
% 127.30/79.90 tff(8454,plain,
% 127.30/79.90 ((~v7(constB7, bitIndex2)) | v7(constB8, bitIndex2)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8453, 2442])).
% 127.30/79.90 tff(8455,plain,
% 127.30/79.90 (~v7(constB7, bitIndex2)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8454, 2427])).
% 127.30/79.90 tff(8456,assumption,(v929(constB7, bitIndex1)), introduced(assumption)).
% 127.30/79.90 tff(8457,assumption,(~v7(constB7, bitIndex2)), introduced(assumption)).
% 127.30/79.90 tff(8458,plain,
% 127.30/79.90 (^[VarCurr: $i] : refl((v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1))) <=> (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8459,plain,
% 127.30/79.90 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8458])).
% 127.30/79.90 tff(8460,plain,
% 127.30/79.90 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8461,axiom,(![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16342')).
% 127.30/79.90 tff(8462,plain,
% 127.30/79.90 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8461, 8460])).
% 127.30/79.90 tff(8463,plain,(
% 127.30/79.90 ![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8462])).
% 127.30/79.90 tff(8464,plain,
% 127.30/79.90 (![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8463, 8459])).
% 127.30/79.90 tff(8465,plain,
% 127.30/79.90 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB7, bitIndex2) | (~v929(constB7, bitIndex1)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB7, bitIndex2) | (~v929(constB7, bitIndex1)))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8466,plain,
% 127.30/79.90 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB7, bitIndex2) | (~v929(constB7, bitIndex1)))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8467,plain,
% 127.30/79.90 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB7, bitIndex2) | (~v929(constB7, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8466, 8465])).
% 127.30/79.90 tff(8468,plain,
% 127.30/79.90 ($false),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8467, 8464, 8457, 8456])).
% 127.30/79.90 tff(8469,plain,(v7(constB7, bitIndex2) | (~v929(constB7, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.90 tff(8470,plain,
% 127.30/79.90 (~v929(constB7, bitIndex1)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8469, 8455])).
% 127.30/79.90 tff(8471,assumption,(~v929(constB7, bitIndex1)), introduced(assumption)).
% 127.30/79.90 tff(8472,plain,
% 127.30/79.90 (^[B: $i, VarNext: $i] : refl(((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B))) <=> ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8473,plain,
% 127.30/79.90 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B))) <=> ![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8472])).
% 127.30/79.90 tff(8474,plain,
% 127.30/79.90 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B))) <=> ![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8475,plain,
% 127.30/79.90 (^[B: $i, VarNext: $i] : trans(monotonicity(rewrite((v929(VarNext, B) | (~v940(VarNext, B))) <=> (v929(VarNext, B) | (~v940(VarNext, B)))), (((v929(VarNext, B) | (~v940(VarNext, B))) | (~v930(VarNext))) <=> ((v929(VarNext, B) | (~v940(VarNext, B))) | (~v930(VarNext))))), rewrite(((v929(VarNext, B) | (~v940(VarNext, B))) | (~v930(VarNext))) <=> ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))), (((v929(VarNext, B) | (~v940(VarNext, B))) | (~v930(VarNext))) <=> ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8476,plain,
% 127.30/79.90 (![B: $i, VarNext: $i] : ((v929(VarNext, B) | (~v940(VarNext, B))) | (~v930(VarNext))) <=> ![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8475])).
% 127.30/79.90 tff(8477,axiom,(![B: $i, VarNext: $i] : ((v929(VarNext, B) | (~v940(VarNext, B))) | (~v930(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16709')).
% 127.30/79.90 tff(8478,plain,
% 127.30/79.90 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8477, 8476])).
% 127.30/79.90 tff(8479,plain,
% 127.30/79.90 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8478, 8474])).
% 127.30/79.90 tff(8480,plain,(
% 127.30/79.90 ![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8479])).
% 127.30/79.90 tff(8481,plain,
% 127.30/79.90 (![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8480, 8473])).
% 127.30/79.90 tff(8482,plain,
% 127.30/79.90 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB7)) | v929(constB7, bitIndex1) | (~v940(constB7, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB7)) | v929(constB7, bitIndex1) | (~v940(constB7, bitIndex1)))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8483,plain,
% 127.30/79.90 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB7)) | v929(constB7, bitIndex1) | (~v940(constB7, bitIndex1)))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8484,plain,
% 127.30/79.90 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB7)) | v929(constB7, bitIndex1) | (~v940(constB7, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8483, 8482])).
% 127.30/79.90 tff(8485,plain,
% 127.30/79.90 ($false),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8484, 8481, 2564, 2540, 8471])).
% 127.30/79.90 tff(8486,plain,(v929(constB7, bitIndex1) | (~v940(constB7, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.90 tff(8487,plain,
% 127.30/79.90 (~v940(constB7, bitIndex1)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8486, 8470])).
% 127.30/79.90 tff(8488,assumption,(~v940(constB7, bitIndex1)), introduced(assumption)).
% 127.30/79.90 tff(8489,plain,
% 127.30/79.90 (^[B: $i, VarNext: $i, VarCurr: $i] : refl(((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B))) <=> ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8490,plain,
% 127.30/79.90 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8489])).
% 127.30/79.90 tff(8491,plain,
% 127.30/79.90 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8492,plain,
% 127.30/79.90 (^[B: $i, VarNext: $i, VarCurr: $i] : trans(monotonicity(rewrite((v940(VarNext, B) | (~v938(VarCurr, B))) <=> (v940(VarNext, B) | (~v938(VarCurr, B)))), (((v940(VarNext, B) | (~v938(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((v940(VarNext, B) | (~v938(VarCurr, B))) | (~nextState(VarCurr, VarNext))))), rewrite(((v940(VarNext, B) | (~v938(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))), (((v940(VarNext, B) | (~v938(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8493,plain,
% 127.30/79.90 (![B: $i, VarNext: $i, VarCurr: $i] : ((v940(VarNext, B) | (~v938(VarCurr, B))) | (~nextState(VarCurr, VarNext))) <=> ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8492])).
% 127.30/79.90 tff(8494,axiom,(![B: $i, VarNext: $i, VarCurr: $i] : ((v940(VarNext, B) | (~v938(VarCurr, B))) | (~nextState(VarCurr, VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16713')).
% 127.30/79.90 tff(8495,plain,
% 127.30/79.90 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8494, 8493])).
% 127.30/79.90 tff(8496,plain,
% 127.30/79.90 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8495, 8491])).
% 127.30/79.90 tff(8497,plain,(
% 127.30/79.90 ![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8496])).
% 127.30/79.90 tff(8498,plain,
% 127.30/79.90 (![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8497, 8490])).
% 127.30/79.90 tff(8499,plain,
% 127.30/79.90 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB6, constB7)) | (~v938(constB6, bitIndex1)) | v940(constB7, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB6, constB7)) | (~v938(constB6, bitIndex1)) | v940(constB7, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8500,plain,
% 127.30/79.90 (((~nextState(constB6, constB7)) | v940(constB7, bitIndex1) | (~v938(constB6, bitIndex1))) <=> ((~nextState(constB6, constB7)) | (~v938(constB6, bitIndex1)) | v940(constB7, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8501,plain,
% 127.30/79.90 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB6, constB7)) | v940(constB7, bitIndex1) | (~v938(constB6, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB6, constB7)) | (~v938(constB6, bitIndex1)) | v940(constB7, bitIndex1)))),
% 127.30/79.90 inference(monotonicity,[status(thm)],[8500])).
% 127.30/79.90 tff(8502,plain,
% 127.30/79.90 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB6, constB7)) | v940(constB7, bitIndex1) | (~v938(constB6, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB6, constB7)) | (~v938(constB6, bitIndex1)) | v940(constB7, bitIndex1))),
% 127.30/79.90 inference(transitivity,[status(thm)],[8501, 8499])).
% 127.30/79.90 tff(8503,plain,
% 127.30/79.90 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB6, constB7)) | v940(constB7, bitIndex1) | (~v938(constB6, bitIndex1)))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8504,plain,
% 127.30/79.90 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB6, constB7)) | (~v938(constB6, bitIndex1)) | v940(constB7, bitIndex1)),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8503, 8502])).
% 127.30/79.90 tff(8505,plain,
% 127.30/79.90 ($false),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8504, 8498, 101, 8141, 8488])).
% 127.30/79.90 tff(8506,plain,(v940(constB7, bitIndex1) | (~v938(constB6, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.90 tff(8507,plain,
% 127.30/79.90 (~v938(constB6, bitIndex1)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8506, 8487])).
% 127.30/79.90 tff(8508,plain,
% 127.30/79.90 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1)) <=> ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8509,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8508])).
% 127.30/79.90 tff(8510,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8511,plain,
% 127.30/79.90 (^[VarCurr: $i] : trans(monotonicity(rewrite((v938(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex2))) <=> ((~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))), (((v938(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex2))) | (~v11(VarCurr))) <=> (((~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1)) | (~v11(VarCurr))))), rewrite((((~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1)) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))), (((v938(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex2))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8512,plain,
% 127.30/79.90 (![VarCurr: $i] : ((v938(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex2))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8511])).
% 127.30/79.90 tff(8513,axiom,(![VarCurr: $i] : ((v938(VarCurr, bitIndex1) | (~v13(VarCurr, bitIndex2))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16718')).
% 127.30/79.90 tff(8514,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8513, 8512])).
% 127.30/79.90 tff(8515,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8514, 8510])).
% 127.30/79.90 tff(8516,plain,(
% 127.30/79.90 ![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8515])).
% 127.30/79.90 tff(8517,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8516, 8509])).
% 127.30/79.90 tff(8518,plain,
% 127.30/79.90 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB6)) | (~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB6)) | (~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8519,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB6)) | (~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8520,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB6)) | (~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1)),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8519, 8518])).
% 127.30/79.90 tff(8521,plain,
% 127.30/79.90 ((~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8520, 8517, 6726])).
% 127.30/79.90 tff(8522,plain,
% 127.30/79.90 (~v13(constB6, bitIndex2)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8521, 8507])).
% 127.30/79.90 tff(8523,assumption,(~v952(constB6, bitIndex1)), introduced(assumption)).
% 127.30/79.90 tff(8524,plain,
% 127.30/79.90 (^[VarCurr: $i] : refl(((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)) <=> ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8525,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8524])).
% 127.30/79.90 tff(8526,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8527,axiom,(![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16197')).
% 127.30/79.90 tff(8528,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8527, 8526])).
% 127.30/79.90 tff(8529,plain,(
% 127.30/79.90 ![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8528])).
% 127.30/79.90 tff(8530,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8529, 8525])).
% 127.30/79.90 tff(8531,plain,
% 127.30/79.90 (((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB6, bitIndex1)) | v952(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB6, bitIndex1)) | v952(constB6, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8532,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB6, bitIndex1)) | v952(constB6, bitIndex1))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8533,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB6, bitIndex1)) | v952(constB6, bitIndex1)),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8532, 8531])).
% 127.30/79.90 tff(8534,plain,
% 127.30/79.90 (~v926(constB6, bitIndex1)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8533, 8530, 8523])).
% 127.30/79.90 tff(8535,plain,
% 127.30/79.90 (^[VarCurr: $i] : refl(((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)) <=> ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8536,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8535])).
% 127.30/79.90 tff(8537,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8538,axiom,(![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16194')).
% 127.30/79.90 tff(8539,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8538, 8537])).
% 127.30/79.90 tff(8540,plain,(
% 127.30/79.90 ![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8539])).
% 127.30/79.90 tff(8541,plain,
% 127.30/79.90 (![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8540, 8536])).
% 127.30/79.90 tff(8542,plain,
% 127.30/79.90 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB6, bitIndex1)) | v952(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB6, bitIndex1)) | v952(constB6, bitIndex1))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8543,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB6, bitIndex1)) | v952(constB6, bitIndex1))),
% 127.30/79.90 inference(quant_inst,[status(thm)],[])).
% 127.30/79.90 tff(8544,plain,
% 127.30/79.90 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB6, bitIndex1)) | v952(constB6, bitIndex1)),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8543, 8542])).
% 127.30/79.90 tff(8545,plain,
% 127.30/79.90 (~v924(constB6, bitIndex1)),
% 127.30/79.90 inference(unit_resolution,[status(thm)],[8544, 8541, 8523])).
% 127.30/79.90 tff(8546,assumption,(v7(constB6, bitIndex2)), introduced(assumption)).
% 127.30/79.90 tff(8547,plain,
% 127.30/79.90 (^[VarCurr: $i] : refl((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)) <=> (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8548,plain,
% 127.30/79.90 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8547])).
% 127.30/79.90 tff(8549,plain,
% 127.30/79.90 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8550,plain,
% 127.30/79.90 (^[VarCurr: $i] : trans(monotonicity(rewrite(((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) <=> (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)))), ((((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> ((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)))), rewrite(((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))), ((((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))))),
% 127.30/79.90 inference(bind,[status(th)],[])).
% 127.30/79.90 tff(8551,plain,
% 127.30/79.90 (![VarCurr: $i] : (((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(quant_intro,[status(thm)],[8550])).
% 127.30/79.90 tff(8552,axiom,(![VarCurr: $i] : (((sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16753')).
% 127.30/79.90 tff(8553,plain,
% 127.30/79.90 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8552, 8551])).
% 127.30/79.90 tff(8554,plain,
% 127.30/79.90 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8553, 8549])).
% 127.30/79.90 tff(8555,plain,(
% 127.30/79.90 ![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(skolemize,[status(sab)],[8554])).
% 127.30/79.90 tff(8556,plain,
% 127.30/79.90 (![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.90 inference(modus_ponens,[status(thm)],[8555, 8548])).
% 127.30/79.90 tff(8557,plain,
% 127.30/79.90 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB6, bitIndex2)) | v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB6, bitIndex2)) | v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8558,plain,
% 127.30/79.90 ((sP954_aig_name(constB6) | v924(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2)) <=> ((~v7(constB6, bitIndex2)) | v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2))),
% 127.30/79.90 inference(rewrite,[status(thm)],[])).
% 127.30/79.90 tff(8559,plain,
% 127.30/79.90 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB6) | v924(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB6, bitIndex2)) | v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2)))),
% 127.30/79.90 inference(monotonicity,[status(thm)],[8558])).
% 127.30/79.90 tff(8560,plain,
% 127.30/79.90 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB6) | v924(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB6, bitIndex2)) | v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2))),
% 127.30/79.91 inference(transitivity,[status(thm)],[8559, 8557])).
% 127.30/79.91 tff(8561,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB6) | v924(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8562,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB6, bitIndex2)) | v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8561, 8560])).
% 127.30/79.91 tff(8563,plain,
% 127.30/79.91 (v924(constB6, bitIndex1) | sP954_aig_name(constB6) | v13(constB6, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8562, 8556, 8546])).
% 127.30/79.91 tff(8564,plain,
% 127.30/79.91 (sP954_aig_name(constB6)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8563, 2533, 8545])).
% 127.30/79.91 tff(8565,plain,
% 127.30/79.91 (^[VarCurr: $i] : refl(((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1)) <=> ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1)))),
% 127.30/79.91 inference(bind,[status(th)],[])).
% 127.30/79.91 tff(8566,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(quant_intro,[status(thm)],[8565])).
% 127.30/79.91 tff(8567,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8568,plain,
% 127.30/79.91 (^[VarCurr: $i] : trans(monotonicity(rewrite((v952(VarCurr, bitIndex1) | (~v1003(VarCurr))) <=> ((~v1003(VarCurr)) | v952(VarCurr, bitIndex1))), (((v952(VarCurr, bitIndex1) | (~v1003(VarCurr))) | (~sP954_aig_name(VarCurr))) <=> (((~v1003(VarCurr)) | v952(VarCurr, bitIndex1)) | (~sP954_aig_name(VarCurr))))), rewrite((((~v1003(VarCurr)) | v952(VarCurr, bitIndex1)) | (~sP954_aig_name(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))), (((v952(VarCurr, bitIndex1) | (~v1003(VarCurr))) | (~sP954_aig_name(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))))),
% 127.30/79.91 inference(bind,[status(th)],[])).
% 127.30/79.91 tff(8569,plain,
% 127.30/79.91 (![VarCurr: $i] : ((v952(VarCurr, bitIndex1) | (~v1003(VarCurr))) | (~sP954_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(quant_intro,[status(thm)],[8568])).
% 127.30/79.91 tff(8570,axiom,(![VarCurr: $i] : ((v952(VarCurr, bitIndex1) | (~v1003(VarCurr))) | (~sP954_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16762')).
% 127.30/79.91 tff(8571,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8570, 8569])).
% 127.30/79.91 tff(8572,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8571, 8567])).
% 127.30/79.91 tff(8573,plain,(
% 127.30/79.91 ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(skolemize,[status(sab)],[8572])).
% 127.30/79.91 tff(8574,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8573, 8566])).
% 127.30/79.91 tff(8575,plain,
% 127.30/79.91 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB6)) | (~v1003(constB6)) | v952(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB6)) | (~v1003(constB6)) | v952(constB6, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8576,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB6)) | (~v1003(constB6)) | v952(constB6, bitIndex1))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8577,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB6)) | (~v1003(constB6)) | v952(constB6, bitIndex1)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8576, 8575])).
% 127.30/79.91 tff(8578,plain,
% 127.30/79.91 ((~sP954_aig_name(constB6)) | (~v1003(constB6))),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8577, 8574, 8523])).
% 127.30/79.91 tff(8579,plain,
% 127.30/79.91 (~v1003(constB6)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8578, 8564])).
% 127.30/79.91 tff(8580,plain,
% 127.30/79.91 (^[VarCurr: $i] : refl(((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1)) <=> ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1)))),
% 127.30/79.91 inference(bind,[status(th)],[])).
% 127.30/79.91 tff(8581,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(quant_intro,[status(thm)],[8580])).
% 127.30/79.91 tff(8582,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8583,plain,
% 127.30/79.91 (^[VarCurr: $i] : trans(monotonicity(rewrite((v952(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex2))) <=> ((~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))), (((v952(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex2))) | (~sP954_aig_name(VarCurr))) <=> (((~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1)) | (~sP954_aig_name(VarCurr))))), rewrite((((~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1)) | (~sP954_aig_name(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))), (((v952(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex2))) | (~sP954_aig_name(VarCurr))) <=> ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))))),
% 127.30/79.91 inference(bind,[status(th)],[])).
% 127.30/79.91 tff(8584,plain,
% 127.30/79.91 (![VarCurr: $i] : ((v952(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex2))) | (~sP954_aig_name(VarCurr))) <=> ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(quant_intro,[status(thm)],[8583])).
% 127.30/79.91 tff(8585,axiom,(![VarCurr: $i] : ((v952(VarCurr, bitIndex1) | (~v17(VarCurr, bitIndex2))) | (~sP954_aig_name(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16760')).
% 127.30/79.91 tff(8586,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8585, 8584])).
% 127.30/79.91 tff(8587,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8586, 8582])).
% 127.30/79.91 tff(8588,plain,(
% 127.30/79.91 ![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(skolemize,[status(sab)],[8587])).
% 127.30/79.91 tff(8589,plain,
% 127.30/79.91 (![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8588, 8581])).
% 127.30/79.91 tff(8590,plain,
% 127.30/79.91 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB6)) | (~v17(constB6, bitIndex2)) | v952(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB6)) | (~v17(constB6, bitIndex2)) | v952(constB6, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8591,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB6)) | (~v17(constB6, bitIndex2)) | v952(constB6, bitIndex1))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8592,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB6)) | (~v17(constB6, bitIndex2)) | v952(constB6, bitIndex1)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8591, 8590])).
% 127.30/79.91 tff(8593,plain,
% 127.30/79.91 ((~sP954_aig_name(constB6)) | (~v17(constB6, bitIndex2))),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8592, 8589, 8523])).
% 127.30/79.91 tff(8594,plain,
% 127.30/79.91 (~v17(constB6, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8593, 8564])).
% 127.30/79.91 tff(8595,plain,
% 127.30/79.91 (^[VarCurr: $i] : refl((v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)))),
% 127.30/79.91 inference(bind,[status(th)],[])).
% 127.30/79.91 tff(8596,plain,
% 127.30/79.91 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(quant_intro,[status(thm)],[8595])).
% 127.30/79.91 tff(8597,plain,
% 127.30/79.91 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8598,plain,
% 127.30/79.91 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(trans(monotonicity(rewrite((v926(VarCurr, bitIndex1) | v1003(VarCurr)) <=> (v1003(VarCurr) | v926(VarCurr, bitIndex1))), (((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) <=> ((v1003(VarCurr) | v926(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex2)))), rewrite(((v1003(VarCurr) | v926(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex2)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1))), (((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1)))), ((((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) | (~v7(VarCurr, bitIndex2))) <=> ((v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))))), rewrite(((v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)))), ((((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) | (~v7(VarCurr, bitIndex2))) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))))), (((((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> ((v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)))), rewrite(((v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))), (((((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))))),
% 127.30/79.91 inference(bind,[status(th)],[])).
% 127.30/79.91 tff(8599,plain,
% 127.30/79.91 (![VarCurr: $i] : ((((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(quant_intro,[status(thm)],[8598])).
% 127.30/79.91 tff(8600,axiom,(![VarCurr: $i] : ((((v926(VarCurr, bitIndex1) | v1003(VarCurr)) | v17(VarCurr, bitIndex2)) | (~v7(VarCurr, bitIndex2))) | v13(VarCurr, bitIndex2))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16754')).
% 127.30/79.91 tff(8601,plain,
% 127.30/79.91 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8600, 8599])).
% 127.30/79.91 tff(8602,plain,
% 127.30/79.91 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8601, 8597])).
% 127.30/79.91 tff(8603,plain,(
% 127.30/79.91 ![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(skolemize,[status(sab)],[8602])).
% 127.30/79.91 tff(8604,plain,
% 127.30/79.91 (![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8603, 8596])).
% 127.30/79.91 tff(8605,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB6, bitIndex2)) | v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB6, bitIndex2)) | v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8606,plain,
% 127.30/79.91 ((v1003(constB6) | v17(constB6, bitIndex2) | v926(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2)) <=> ((~v7(constB6, bitIndex2)) | v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8607,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB6) | v17(constB6, bitIndex2) | v926(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB6, bitIndex2)) | v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2)))),
% 127.30/79.91 inference(monotonicity,[status(thm)],[8606])).
% 127.30/79.91 tff(8608,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB6) | v17(constB6, bitIndex2) | v926(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB6, bitIndex2)) | v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2))),
% 127.30/79.91 inference(transitivity,[status(thm)],[8607, 8605])).
% 127.30/79.91 tff(8609,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB6) | v17(constB6, bitIndex2) | v926(constB6, bitIndex1) | (~v7(constB6, bitIndex2)) | v13(constB6, bitIndex2))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8610,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB6, bitIndex2)) | v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8609, 8608])).
% 127.30/79.91 tff(8611,plain,
% 127.30/79.91 (v926(constB6, bitIndex1) | v1003(constB6) | v17(constB6, bitIndex2) | v13(constB6, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8610, 8604, 8546])).
% 127.30/79.91 tff(8612,plain,
% 127.30/79.91 ($false),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8611, 8594, 8579, 2533, 8534])).
% 127.30/79.91 tff(8613,plain,(v13(constB6, bitIndex2) | (~v7(constB6, bitIndex2)) | v952(constB6, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.91 tff(8614,plain,
% 127.30/79.91 (v952(constB6, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8613, 8404, 8522])).
% 127.30/79.91 tff(8615,plain,
% 127.30/79.91 (v924(constB6, bitIndex0) | v970(constB6)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[7415, 6093, 8614])).
% 127.30/79.91 tff(8616,plain,
% 127.30/79.91 (v970(constB6)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8615, 8436])).
% 127.30/79.91 tff(8617,plain,
% 127.30/79.91 (v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[7407, 6107, 8616])).
% 127.30/79.91 tff(8618,plain,
% 127.30/79.91 ($false),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8617, 8430, 8429, 8428])).
% 127.30/79.91 tff(8619,plain,(v7(constB8, bitIndex2) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | (~v11(constB6)) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.91 tff(8620,plain,
% 127.30/79.91 (v7(constB8, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8619, 8294, 5918, 5920, 5919, 3690, 8241, 8239])).
% 127.30/79.91 tff(8621,plain,
% 127.30/79.91 (v7(constB7, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2450, 8620])).
% 127.30/79.91 tff(8622,plain,
% 127.30/79.91 (v929(constB7, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2454, 778, 8621])).
% 127.30/79.91 tff(8623,plain,
% 127.30/79.91 (v940(constB7, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 8622])).
% 127.30/79.91 tff(8624,plain,
% 127.30/79.91 (v938(constB6, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2545, 8623])).
% 127.30/79.91 tff(8625,plain,
% 127.30/79.91 (v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2536, 2226, 8294])).
% 127.30/79.91 tff(8626,plain,
% 127.30/79.91 (v13(constB6, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8625, 8624])).
% 127.30/79.91 tff(8627,assumption,(v7(constB8, bitIndex2)), introduced(assumption)).
% 127.30/79.91 tff(8628,assumption,(~v952(constB8, bitIndex1)), introduced(assumption)).
% 127.30/79.91 tff(8629,plain,
% 127.30/79.91 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB8, bitIndex1)) | v952(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB8, bitIndex1)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8630,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB8, bitIndex1)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8631,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB8, bitIndex1)) | v952(constB8, bitIndex1)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8630, 8629])).
% 127.30/79.91 tff(8632,plain,
% 127.30/79.91 (~v924(constB8, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8631, 8541, 8628])).
% 127.30/79.91 tff(8633,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v924(constB8, bitIndex1) | sP954_aig_name(constB8))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v924(constB8, bitIndex1) | sP954_aig_name(constB8))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8634,plain,
% 127.30/79.91 ((sP954_aig_name(constB8) | v924(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2)) <=> ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v924(constB8, bitIndex1) | sP954_aig_name(constB8))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8635,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB8) | v924(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v924(constB8, bitIndex1) | sP954_aig_name(constB8)))),
% 127.30/79.91 inference(monotonicity,[status(thm)],[8634])).
% 127.30/79.91 tff(8636,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB8) | v924(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v924(constB8, bitIndex1) | sP954_aig_name(constB8))),
% 127.30/79.91 inference(transitivity,[status(thm)],[8635, 8633])).
% 127.30/79.91 tff(8637,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB8) | v924(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8638,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v924(constB8, bitIndex1) | sP954_aig_name(constB8)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8637, 8636])).
% 127.30/79.91 tff(8639,plain,
% 127.30/79.91 ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | sP954_aig_name(constB8)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8638, 8556, 8632])).
% 127.30/79.91 tff(8640,plain,
% 127.30/79.91 (sP954_aig_name(constB8)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8639, 7564, 8627])).
% 127.30/79.91 tff(8641,plain,
% 127.30/79.91 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB8)) | (~v1003(constB8)) | v952(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB8)) | (~v1003(constB8)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8642,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB8)) | (~v1003(constB8)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8643,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB8)) | (~v1003(constB8)) | v952(constB8, bitIndex1)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8642, 8641])).
% 127.30/79.91 tff(8644,plain,
% 127.30/79.91 ((~sP954_aig_name(constB8)) | (~v1003(constB8))),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8643, 8574, 8628])).
% 127.30/79.91 tff(8645,plain,
% 127.30/79.91 (~v1003(constB8)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8644, 8640])).
% 127.30/79.91 tff(8646,plain,
% 127.30/79.91 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB8)) | (~v17(constB8, bitIndex2)) | v952(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB8)) | (~v17(constB8, bitIndex2)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8647,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB8)) | (~v17(constB8, bitIndex2)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8648,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB8)) | (~v17(constB8, bitIndex2)) | v952(constB8, bitIndex1)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8647, 8646])).
% 127.30/79.91 tff(8649,plain,
% 127.30/79.91 ((~sP954_aig_name(constB8)) | (~v17(constB8, bitIndex2))),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8648, 8589, 8628])).
% 127.30/79.91 tff(8650,plain,
% 127.30/79.91 (~v17(constB8, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8649, 8640])).
% 127.30/79.91 tff(8651,plain,
% 127.30/79.91 (((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB8, bitIndex1)) | v952(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB8, bitIndex1)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8652,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB8, bitIndex1)) | v952(constB8, bitIndex1))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8653,plain,
% 127.30/79.91 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB8, bitIndex1)) | v952(constB8, bitIndex1)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8652, 8651])).
% 127.30/79.91 tff(8654,plain,
% 127.30/79.91 (~v926(constB8, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8653, 8530, 8628])).
% 127.30/79.91 tff(8655,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v926(constB8, bitIndex1) | v1003(constB8) | v17(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v926(constB8, bitIndex1) | v1003(constB8) | v17(constB8, bitIndex2))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8656,plain,
% 127.30/79.91 ((v1003(constB8) | v17(constB8, bitIndex2) | v926(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2)) <=> ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v926(constB8, bitIndex1) | v1003(constB8) | v17(constB8, bitIndex2))),
% 127.30/79.91 inference(rewrite,[status(thm)],[])).
% 127.30/79.91 tff(8657,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB8) | v17(constB8, bitIndex2) | v926(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v926(constB8, bitIndex1) | v1003(constB8) | v17(constB8, bitIndex2)))),
% 127.30/79.91 inference(monotonicity,[status(thm)],[8656])).
% 127.30/79.91 tff(8658,plain,
% 127.30/79.91 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB8) | v17(constB8, bitIndex2) | v926(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v926(constB8, bitIndex1) | v1003(constB8) | v17(constB8, bitIndex2))),
% 127.30/79.91 inference(transitivity,[status(thm)],[8657, 8655])).
% 127.30/79.91 tff(8659,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB8) | v17(constB8, bitIndex2) | v926(constB8, bitIndex1) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2))),
% 127.30/79.91 inference(quant_inst,[status(thm)],[])).
% 127.30/79.91 tff(8660,plain,
% 127.30/79.91 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v926(constB8, bitIndex1) | v1003(constB8) | v17(constB8, bitIndex2)),
% 127.30/79.91 inference(modus_ponens,[status(thm)],[8659, 8658])).
% 127.30/79.91 tff(8661,plain,
% 127.30/79.91 ((~v7(constB8, bitIndex2)) | v13(constB8, bitIndex2) | v1003(constB8) | v17(constB8, bitIndex2)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8660, 8604, 8654])).
% 127.30/79.91 tff(8662,plain,
% 127.30/79.91 ($false),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8661, 8650, 8645, 8627, 7564])).
% 127.30/79.91 tff(8663,plain,(v13(constB8, bitIndex2) | (~v7(constB8, bitIndex2)) | v952(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.91 tff(8664,plain,
% 127.30/79.91 (v952(constB8, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[8663, 8620, 7564])).
% 127.30/79.91 tff(8665,plain,
% 127.30/79.91 (~v13(constB6, bitIndex1)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[6116, 4125, 5918, 5920, 3690, 2410])).
% 127.30/79.91 tff(8666,plain,
% 127.30/79.91 (~v938(constB6, bitIndex0)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[6736, 8665])).
% 127.30/79.91 tff(8667,plain,
% 127.30/79.91 (~v940(constB7, bitIndex0)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2524, 8666])).
% 127.30/79.91 tff(8668,plain,
% 127.30/79.91 (~v956(constB7, bitIndex0)),
% 127.30/79.91 inference(unit_resolution,[status(thm)],[2516, 8667])).
% 127.30/79.92 tff(8669,plain,
% 127.30/79.92 (~v7(constB7, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2490, 8668])).
% 127.30/79.92 tff(8670,plain,
% 127.30/79.92 (~v7(constB8, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2482, 8669])).
% 127.30/79.92 tff(8671,plain,
% 127.30/79.92 (v62(constB6, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7057, 1830, 5930])).
% 127.30/79.92 tff(8672,plain,
% 127.30/79.92 (~sP957(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7065, 1855, 5952, 8671, 5934])).
% 127.30/79.92 tff(8673,plain,
% 127.30/79.92 (v11(constB4)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2420, 2410])).
% 127.30/79.92 tff(8674,plain,
% 127.30/79.92 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6046, 6040, 8673])).
% 127.30/79.92 tff(8675,plain,
% 127.30/79.92 (v13(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8674, 6030])).
% 127.30/79.92 tff(8676,plain,
% 127.30/79.92 (~v924(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6064, 8675, 3690])).
% 127.30/79.92 tff(8677,plain,
% 127.30/79.92 (v952(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6082, 8675, 3690])).
% 127.30/79.92 tff(8678,plain,
% 127.30/79.92 (v970(constB4)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6096, 6093, 8677, 8676])).
% 127.30/79.92 tff(8679,plain,
% 127.30/79.92 (sP959(constB4)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7083, 8678])).
% 127.30/79.92 tff(8680,plain,
% 127.30/79.92 (~v13(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5963, 8679, 3690])).
% 127.30/79.92 tff(8681,plain,
% 127.30/79.92 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[4136, 320, 8673])).
% 127.30/79.92 tff(8682,plain,
% 127.30/79.92 (~v938(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8681, 8680])).
% 127.30/79.92 tff(8683,plain,
% 127.30/79.92 (~v940(constB5, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[849, 8682])).
% 127.30/79.92 tff(8684,plain,
% 127.30/79.92 (~v956(constB5, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[875, 8683])).
% 127.30/79.92 tff(8685,plain,
% 127.30/79.92 (~v7(constB5, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[883, 8684])).
% 127.30/79.92 tff(8686,plain,
% 127.30/79.92 (~v7(constB6, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[904, 8685])).
% 127.30/79.92 tff(8687,plain,
% 127.30/79.92 (~v13(constB6, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7098, 8686, 8672])).
% 127.30/79.92 tff(8688,plain,
% 127.30/79.92 (~v1050(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7106, 8687])).
% 127.30/79.92 tff(8689,plain,
% 127.30/79.92 (~v1052(constB7)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7111, 8688])).
% 127.30/79.92 tff(8690,plain,
% 127.30/79.92 (~v7(constB7, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7119, 8689])).
% 127.30/79.92 tff(8691,plain,
% 127.30/79.92 (~v7(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7137, 8690])).
% 127.30/79.92 tff(8692,plain,
% 127.30/79.92 (~sP957(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7145, 5875, 8691])).
% 127.30/79.92 tff(8693,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8694,plain,
% 127.30/79.92 (((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0))) <=> (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8695,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8)))),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8694])).
% 127.30/79.92 tff(8696,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.30/79.92 inference(transitivity,[status(thm)],[8695, 8693])).
% 127.30/79.92 tff(8697,plain,
% 127.30/79.92 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | v7(constB8, bitIndex1) | sP957(constB8) | (~v13(constB8, bitIndex0)))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8698,plain,
% 127.30/79.92 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8697, 8696])).
% 127.30/79.92 tff(8699,plain,
% 127.30/79.92 (v7(constB8, bitIndex1) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8698, 6057, 6725])).
% 127.30/79.92 tff(8700,plain,
% 127.30/79.92 (~v924(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8699, 8692, 8670])).
% 127.30/79.92 tff(8701,assumption,(v952(constB8, bitIndex1)), introduced(assumption)).
% 127.30/79.92 tff(8702,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB8, bitIndex1)) | v924(constB8, bitIndex0) | v970(constB8))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB8, bitIndex1)) | v924(constB8, bitIndex0) | v970(constB8))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8703,plain,
% 127.30/79.92 ((v924(constB8, bitIndex0) | (~v952(constB8, bitIndex1)) | v970(constB8)) <=> ((~v952(constB8, bitIndex1)) | v924(constB8, bitIndex0) | v970(constB8))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8704,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB8, bitIndex0) | (~v952(constB8, bitIndex1)) | v970(constB8))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB8, bitIndex1)) | v924(constB8, bitIndex0) | v970(constB8)))),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8703])).
% 127.30/79.92 tff(8705,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB8, bitIndex0) | (~v952(constB8, bitIndex1)) | v970(constB8))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB8, bitIndex1)) | v924(constB8, bitIndex0) | v970(constB8))),
% 127.30/79.92 inference(transitivity,[status(thm)],[8704, 8702])).
% 127.30/79.92 tff(8706,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB8, bitIndex0) | (~v952(constB8, bitIndex1)) | v970(constB8))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8707,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB8, bitIndex1)) | v924(constB8, bitIndex0) | v970(constB8)),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8706, 8705])).
% 127.30/79.92 tff(8708,plain,
% 127.30/79.92 (v924(constB8, bitIndex0) | v970(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8707, 6093, 8701])).
% 127.30/79.92 tff(8709,plain,
% 127.30/79.92 (v970(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8708, 8700])).
% 127.30/79.92 tff(8710,plain,
% 127.30/79.92 (sP958(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8315, 5886, 8691])).
% 127.30/79.92 tff(8711,plain,
% 127.30/79.92 (~sP959(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8358, 8710, 8670])).
% 127.30/79.92 tff(8712,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB8) | (~v17(constB8, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB8) | (~v17(constB8, bitIndex1)))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8713,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB8) | (~v17(constB8, bitIndex1)))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8714,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB8) | (~v17(constB8, bitIndex1))),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8713, 8712])).
% 127.30/79.92 tff(8715,plain,
% 127.30/79.92 (~v17(constB8, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8714, 5133, 8711])).
% 127.30/79.92 tff(8716,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB8) | (~v17(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB8) | (~v17(constB8, bitIndex0)))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8717,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB8) | (~v17(constB8, bitIndex0)))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8718,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB8) | (~v17(constB8, bitIndex0))),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8717, 8716])).
% 127.30/79.92 tff(8719,plain,
% 127.30/79.92 (~v17(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8718, 5971, 8711])).
% 127.30/79.92 tff(8720,plain,
% 127.30/79.92 (~v17(constB8, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1236, 1233, 8711])).
% 127.30/79.92 tff(8721,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB8)) | v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB8)) | v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8722,plain,
% 127.30/79.92 ((v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v970(constB8))) <=> ((~v970(constB8)) | v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8723,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v970(constB8)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB8)) | v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)))),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8722])).
% 127.30/79.92 tff(8724,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v970(constB8)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB8)) | v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.30/79.92 inference(transitivity,[status(thm)],[8723, 8721])).
% 127.30/79.92 tff(8725,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v970(constB8)))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8726,plain,
% 127.30/79.92 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB8)) | v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8725, 8724])).
% 127.30/79.92 tff(8727,plain,
% 127.30/79.92 ($false),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8726, 6107, 8720, 8719, 8715, 8709])).
% 127.30/79.92 tff(8728,plain,(v7(constB6, bitIndex2) | (~v952(constB8, bitIndex1)) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0)) | (~v11(constB6)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | (~v13(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.30/79.92 tff(8729,plain,
% 127.30/79.92 (v7(constB6, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8728, 8664, 8241, 8239, 8294, 3690, 5918, 5920, 8626])).
% 127.30/79.92 tff(8730,plain,
% 127.30/79.92 (v7(constB5, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[834, 8729])).
% 127.30/79.92 tff(8731,plain,
% 127.30/79.92 (v929(constB5, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[783, 8730])).
% 127.30/79.92 tff(8732,plain,
% 127.30/79.92 (v940(constB5, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[765, 8731])).
% 127.30/79.92 tff(8733,plain,
% 127.30/79.92 (v938(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[699, 8732])).
% 127.30/79.92 tff(8734,plain,
% 127.30/79.92 (v11(constB4)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2420, 8626])).
% 127.30/79.92 tff(8735,plain,
% 127.30/79.92 (v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1))),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6125, 2226, 8734])).
% 127.30/79.92 tff(8736,plain,
% 127.30/79.92 (v13(constB4, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8735, 8733])).
% 127.30/79.92 tff(8737,plain,
% 127.30/79.92 (~v952(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6143, 8736])).
% 127.30/79.92 tff(8738,plain,
% 127.30/79.92 (~v13(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6082, 8737, 3690])).
% 127.30/79.92 tff(8739,plain,
% 127.30/79.92 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6046, 6040, 8734])).
% 127.30/79.92 tff(8740,plain,
% 127.30/79.92 (~v1050(constB4)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8739, 8738])).
% 127.30/79.92 tff(8741,plain,
% 127.30/79.92 (~v1052(constB5)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6029, 8740])).
% 127.30/79.92 tff(8742,plain,
% 127.30/79.92 (~v7(constB5, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6014, 8741])).
% 127.30/79.92 tff(8743,plain,
% 127.30/79.92 (~v7(constB6, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5996, 8742])).
% 127.30/79.92 tff(8744,plain,
% 127.30/79.92 (~sP960(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5980, 5864, 8743])).
% 127.30/79.92 tff(8745,plain,
% 127.30/79.92 ((~v952(constB6, bitIndex1)) | sP960(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6174, 6136, 8626])).
% 127.30/79.92 tff(8746,plain,
% 127.30/79.92 (~v952(constB6, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8745, 8744])).
% 127.30/79.92 tff(8747,plain,
% 127.30/79.92 (sP959(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6179, 6151, 8746])).
% 127.30/79.92 tff(8748,plain,
% 127.30/79.92 (sP958(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6169, 5886, 8743])).
% 127.30/79.92 tff(8749,plain,
% 127.30/79.92 (sP959(constB4)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6154, 6151, 8737])).
% 127.30/79.92 tff(8750,plain,
% 127.30/79.92 (~v13(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5963, 8749, 3690])).
% 127.30/79.92 tff(8751,plain,
% 127.30/79.92 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[4136, 320, 8734])).
% 127.30/79.92 tff(8752,plain,
% 127.30/79.92 (~v938(constB4, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8751, 8750])).
% 127.30/79.92 tff(8753,plain,
% 127.30/79.92 (~v940(constB5, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[849, 8752])).
% 127.30/79.92 tff(8754,plain,
% 127.30/79.92 (~v956(constB5, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[875, 8753])).
% 127.30/79.92 tff(8755,plain,
% 127.30/79.92 (~v7(constB5, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[883, 8754])).
% 127.30/79.92 tff(8756,plain,
% 127.30/79.92 (~v7(constB6, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[904, 8755])).
% 127.30/79.92 tff(8757,plain,
% 127.30/79.92 ((~v13(constB6, bitIndex1)) | (~sP959(constB6))),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5945, 1886, 8756, 8748])).
% 127.30/79.92 tff(8758,plain,
% 127.30/79.92 (~v13(constB6, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8757, 8747])).
% 127.30/79.92 tff(8759,plain,
% 127.30/79.92 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5924, 320, 8294])).
% 127.30/79.92 tff(8760,plain,
% 127.30/79.92 (~v938(constB6, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8759, 8758])).
% 127.30/79.92 tff(8761,plain,
% 127.30/79.92 (~v940(constB7, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2524, 8760])).
% 127.30/79.92 tff(8762,plain,
% 127.30/79.92 (~v956(constB7, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2516, 8761])).
% 127.30/79.92 tff(8763,plain,
% 127.30/79.92 (~v7(constB7, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2490, 8762])).
% 127.30/79.92 tff(8764,plain,
% 127.30/79.92 (~v7(constB8, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2482, 8763])).
% 127.30/79.92 tff(8765,plain,
% 127.30/79.92 (~sP957(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7267, 5875, 8743])).
% 127.30/79.92 tff(8766,plain,
% 127.30/79.92 (~v13(constB6, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7368, 6075, 8756, 8746, 8765])).
% 127.30/79.92 tff(8767,plain,
% 127.30/79.92 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7105, 6040, 8294])).
% 127.30/79.92 tff(8768,plain,
% 127.30/79.92 (~v1050(constB6)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8767, 8766])).
% 127.30/79.92 tff(8769,plain,
% 127.30/79.92 (~v1052(constB7)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7111, 8768])).
% 127.30/79.92 tff(8770,plain,
% 127.30/79.92 (~v7(constB7, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7119, 8769])).
% 127.30/79.92 tff(8771,plain,
% 127.30/79.92 (~v7(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7137, 8770])).
% 127.30/79.92 tff(8772,plain,
% 127.30/79.92 (sP958(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8315, 5886, 8771])).
% 127.30/79.92 tff(8773,plain,
% 127.30/79.92 (v7(constB8, bitIndex1) | (~sP959(constB8)) | (~sP958(constB8))),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8357, 1886, 8241])).
% 127.30/79.92 tff(8774,plain,
% 127.30/79.92 (~sP959(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8773, 8772, 8764])).
% 127.30/79.92 tff(8775,plain,
% 127.30/79.92 (~v17(constB8, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8714, 5133, 8774])).
% 127.30/79.92 tff(8776,plain,
% 127.30/79.92 (~v17(constB8, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1236, 1233, 8774])).
% 127.30/79.92 tff(8777,plain,
% 127.30/79.92 (~v17(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8718, 5971, 8774])).
% 127.30/79.92 tff(8778,plain,
% 127.30/79.92 (~sP957(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7145, 5875, 8771])).
% 127.30/79.92 tff(8779,plain,
% 127.30/79.92 (v7(constB8, bitIndex1) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8698, 6057, 8239])).
% 127.30/79.92 tff(8780,plain,
% 127.30/79.92 (~v924(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8779, 8778, 8764])).
% 127.30/79.92 tff(8781,plain,
% 127.30/79.92 (v924(constB8, bitIndex0) | v970(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8707, 6093, 8664])).
% 127.30/79.92 tff(8782,plain,
% 127.30/79.92 (v970(constB8)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8781, 8780])).
% 127.30/79.92 tff(8783,plain,
% 127.30/79.92 (v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8726, 6107, 8782])).
% 127.30/79.92 tff(8784,plain,
% 127.30/79.92 ($false),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8783, 8777, 8776, 8775])).
% 127.30/79.92 tff(8785,plain,((~(constB12 = sK952_VarCurr)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | v13(constB8, bitIndex2) | (~v11(constB10)) | (~v7(constB10, bitIndex1)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.92 tff(8786,plain,
% 127.30/79.92 (~(constB12 = sK952_VarCurr)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8785, 7564, 5918, 5920, 5919, 3690, 8224, 8210, 1245])).
% 127.30/79.92 tff(8787,plain,
% 127.30/79.92 (constB14 = sK952_VarCurr),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5347, 8786, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 5310, 2408, 5309, 5308, 5284, 6212, 5282, 6211, 5280, 6186, 8223])).
% 127.30/79.92 tff(8788,plain,
% 127.30/79.92 (v7(constB14, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7544, 8787, 1516])).
% 127.30/79.92 tff(8789,plain,
% 127.30/79.92 (v7(constB13, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2214, 8788])).
% 127.30/79.92 tff(8790,plain,
% 127.30/79.92 (v956(constB13, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2191, 201, 8789])).
% 127.30/79.92 tff(8791,plain,
% 127.30/79.92 (v940(constB13, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 8790])).
% 127.30/79.92 tff(8792,plain,
% 127.30/79.92 (v938(constB12, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2159, 8791])).
% 127.30/79.92 tff(8793,plain,
% 127.30/79.92 (v7(constB14, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8787])).
% 127.30/79.92 tff(8794,plain,
% 127.30/79.92 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB14, bitIndex0)),
% 127.30/79.92 inference(symmetry,[status(thm)],[8793])).
% 127.30/79.92 tff(8795,plain,
% 127.30/79.92 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB14, bitIndex0))),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8794])).
% 127.30/79.92 tff(8796,plain,
% 127.30/79.92 (~v7(constB14, bitIndex0)),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[1245, 8795])).
% 127.30/79.92 tff(8797,plain,
% 127.30/79.92 (~v7(constB13, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2074, 8796])).
% 127.30/79.92 tff(8798,plain,
% 127.30/79.92 (~v1052(constB13)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2056, 8797])).
% 127.30/79.92 tff(8799,plain,
% 127.30/79.92 (~v1050(constB12)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2020, 8798])).
% 127.30/79.92 tff(8800,plain,
% 127.30/79.92 (v11(constB12)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2015, 1480, 8799])).
% 127.30/79.92 tff(8801,plain,
% 127.30/79.92 (v13(constB12, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[2150, 320, 8800, 8792])).
% 127.30/79.92 tff(8802,plain,
% 127.30/79.92 (v13(constB12, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[5366, 8787, 1245])).
% 127.30/79.92 tff(8803,plain,
% 127.30/79.92 (sP958(constB10)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[6464, 5886, 7950])).
% 127.30/79.92 tff(8804,plain,
% 127.30/79.92 (~v13(constB10, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7676, 7951])).
% 127.30/79.92 tff(8805,plain,
% 127.30/79.92 (~v938(constB10, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7608, 8804])).
% 127.30/79.92 tff(8806,plain,
% 127.30/79.92 (~v940(constB11, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1717, 8805])).
% 127.30/79.92 tff(8807,plain,
% 127.30/79.92 (~v929(constB11, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1743, 8806])).
% 127.30/79.92 tff(8808,plain,
% 127.30/79.92 (~v7(constB11, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1751, 8807])).
% 127.30/79.92 tff(8809,plain,
% 127.30/79.92 (~v7(constB12, bitIndex2)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1772, 8808])).
% 127.30/79.92 tff(8810,plain,
% 127.30/79.92 (v7(constB12, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7693, 8809, 1794, 1876])).
% 127.30/79.92 tff(8811,plain,
% 127.30/79.92 (v7(constB11, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1342, 8810])).
% 127.30/79.92 tff(8812,plain,
% 127.30/79.92 (v956(constB11, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1311, 8811])).
% 127.30/79.92 tff(8813,plain,
% 127.30/79.92 (v940(constB11, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1303, 8812])).
% 127.30/79.92 tff(8814,plain,
% 127.30/79.92 (v938(constB10, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[1263, 8813])).
% 127.30/79.92 tff(8815,plain,
% 127.30/79.92 (v13(constB10, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[7638, 8814])).
% 127.30/79.92 tff(8816,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex0)))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8817,plain,
% 127.30/79.92 (((~v17(constB10, bitIndex0)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10))) <=> ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex0)))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8818,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex0)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex0))))),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8817])).
% 127.30/79.92 tff(8819,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex0)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex0)))),
% 127.30/79.92 inference(transitivity,[status(thm)],[8818, 8816])).
% 127.30/79.92 tff(8820,plain,
% 127.30/79.92 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex0)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8821,plain,
% 127.30/79.92 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex0))),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8820, 8819])).
% 127.30/79.92 tff(8822,plain,
% 127.30/79.92 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex0))),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8821, 7256, 6378])).
% 127.30/79.92 tff(8823,plain,
% 127.30/79.92 (~v17(constB10, bitIndex0)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8822, 8815, 8803])).
% 127.30/79.92 tff(8824,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex1)))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8825,plain,
% 127.30/79.92 (((~v17(constB10, bitIndex1)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10))) <=> ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex1)))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8826,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex1)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex1))))),
% 127.30/79.92 inference(monotonicity,[status(thm)],[8825])).
% 127.30/79.92 tff(8827,plain,
% 127.30/79.92 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex1)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex1)))),
% 127.30/79.92 inference(transitivity,[status(thm)],[8826, 8824])).
% 127.30/79.92 tff(8828,plain,
% 127.30/79.92 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex1)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.30/79.92 inference(quant_inst,[status(thm)],[])).
% 127.30/79.92 tff(8829,plain,
% 127.30/79.92 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)) | (~v17(constB10, bitIndex1))),
% 127.30/79.92 inference(modus_ponens,[status(thm)],[8828, 8827])).
% 127.30/79.92 tff(8830,plain,
% 127.30/79.92 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex1))),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8829, 5118, 6378])).
% 127.30/79.92 tff(8831,plain,
% 127.30/79.92 (~v17(constB10, bitIndex1)),
% 127.30/79.92 inference(unit_resolution,[status(thm)],[8830, 8815, 8803])).
% 127.30/79.92 tff(8832,assumption,(~v17(constB10, bitIndex1)), introduced(assumption)).
% 127.30/79.92 tff(8833,assumption,(v1003(constB10)), introduced(assumption)).
% 127.30/79.92 tff(8834,plain,
% 127.30/79.92 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.92 tff(8835,plain,
% 127.30/79.92 ((v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | (~v1003(constB10))) <=> ((~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))),
% 127.30/79.92 inference(rewrite,[status(thm)],[])).
% 127.30/79.93 tff(8836,plain,
% 127.30/79.93 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | (~v1003(constB10)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0)))),
% 127.30/79.93 inference(monotonicity,[status(thm)],[8835])).
% 127.30/79.93 tff(8837,plain,
% 127.30/79.93 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | (~v1003(constB10)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0))),
% 127.30/79.93 inference(transitivity,[status(thm)],[8836, 8834])).
% 127.30/79.93 tff(8838,plain,
% 127.30/79.93 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB10, bitIndex0) | v17(constB10, bitIndex1) | (~v1003(constB10)))),
% 127.30/79.93 inference(quant_inst,[status(thm)],[])).
% 127.30/79.93 tff(8839,plain,
% 127.30/79.93 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0)),
% 127.30/79.93 inference(modus_ponens,[status(thm)],[8838, 8837])).
% 127.30/79.93 tff(8840,plain,
% 127.30/79.93 ($false),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[8839, 4834, 8833, 8832, 6576])).
% 127.30/79.93 tff(8841,plain,((~v1003(constB10)) | v17(constB10, bitIndex1) | v17(constB10, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.30/79.93 tff(8842,plain,
% 127.30/79.93 (~v1003(constB10)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[8841, 8831, 8823])).
% 127.30/79.93 tff(8843,plain,
% 127.30/79.93 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.30/79.93 inference(rewrite,[status(thm)],[])).
% 127.30/79.93 tff(8844,plain,
% 127.30/79.93 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10)))),
% 127.30/79.93 inference(quant_inst,[status(thm)],[])).
% 127.30/79.93 tff(8845,plain,
% 127.30/79.93 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~sP959(constB10))),
% 127.30/79.93 inference(modus_ponens,[status(thm)],[8844, 8843])).
% 127.30/79.93 tff(8846,plain,
% 127.30/79.93 ((~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[8845, 1205, 6378])).
% 127.30/79.93 tff(8847,plain,
% 127.30/79.93 (~v17(constB10, bitIndex2)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[8846, 8815, 8803])).
% 127.30/79.93 tff(8848,plain,
% 127.30/79.93 (sP956_aig_name(constB10)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[7862, 7308, 8847, 8842])).
% 127.30/79.93 tff(8849,plain,
% 127.30/79.93 (sP960(constB12)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[1811, 8809])).
% 127.30/79.93 tff(8850,plain,
% 127.30/79.93 (v7(constB12, bitIndex0)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[7601, 5864, 8849])).
% 127.30/79.93 tff(8851,plain,
% 127.30/79.93 (v7(constB11, bitIndex0)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[7597, 8850])).
% 127.30/79.93 tff(8852,plain,
% 127.30/79.93 (v1052(constB11)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[7591, 8851])).
% 127.30/79.93 tff(8853,plain,
% 127.30/79.93 (v1050(constB10)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[7583, 8852])).
% 127.30/79.93 tff(8854,plain,
% 127.30/79.93 (v13(constB10, bitIndex0)),
% 127.30/79.93 inference(unit_resolution,[status(thm)],[7578, 8853])).
% 127.30/79.93 tff(8855,plain,
% 127.30/79.93 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.40/79.93 inference(rewrite,[status(thm)],[])).
% 127.40/79.93 tff(8856,plain,
% 127.40/79.93 (((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0))) <=> (v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.40/79.93 inference(rewrite,[status(thm)],[])).
% 127.40/79.93 tff(8857,plain,
% 127.40/79.93 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))))),
% 127.40/79.93 inference(monotonicity,[status(thm)],[8856])).
% 127.40/79.93 tff(8858,plain,
% 127.40/79.93 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.40/79.93 inference(transitivity,[status(thm)],[8857, 8855])).
% 127.40/79.93 tff(8859,plain,
% 127.40/79.93 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex2) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.40/79.93 inference(quant_inst,[status(thm)],[])).
% 127.40/79.93 tff(8860,plain,
% 127.40/79.93 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.40/79.93 inference(modus_ponens,[status(thm)],[8859, 8858])).
% 127.40/79.93 tff(8861,plain,
% 127.40/79.93 ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8860, 7278, 6360])).
% 127.40/79.93 tff(8862,plain,
% 127.40/79.93 (~v924(constB10, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8861, 8854, 7955])).
% 127.40/79.93 tff(8863,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7856, 7293, 8862, 8848])).
% 127.40/79.93 tff(8864,plain,(v7(constB10, bitIndex0) | v7(constB10, bitIndex2) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(8865,plain,
% 127.40/79.93 (v7(constB10, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8864, 7656, 8224, 8802, 8801])).
% 127.40/79.93 tff(8866,plain,
% 127.40/79.93 (v7(constB9, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6470, 8865])).
% 127.40/79.93 tff(8867,plain,
% 127.40/79.93 (v1052(constB9)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6478, 8866])).
% 127.40/79.93 tff(8868,plain,
% 127.40/79.93 (v1050(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6483, 8867])).
% 127.40/79.93 tff(8869,plain,
% 127.40/79.93 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6491, 6040, 8215])).
% 127.40/79.93 tff(8870,plain,
% 127.40/79.93 (v13(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8869, 8868])).
% 127.40/79.93 tff(8871,plain,
% 127.40/79.93 (~v11(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8619, 2427, 5918, 5920, 5919, 3690, 1193, 6725])).
% 127.40/79.93 tff(8872,plain,
% 127.40/79.93 (~v938(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2531, 8871])).
% 127.40/79.93 tff(8873,plain,
% 127.40/79.93 (~v940(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2524, 8872])).
% 127.40/79.93 tff(8874,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2516, 8873, 8397])).
% 127.40/79.93 tff(8875,plain,(v7(constB8, bitIndex2) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | v7(constB4, bitIndex1) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(8876,plain,
% 127.40/79.93 (v7(constB8, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8875, 8870, 5920, 5919, 3690, 8217, 5918])).
% 127.40/79.93 tff(8877,plain,
% 127.40/79.93 (v7(constB7, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2450, 8876])).
% 127.40/79.93 tff(8878,plain,
% 127.40/79.93 (v929(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2454, 778, 8877])).
% 127.40/79.93 tff(8879,plain,
% 127.40/79.93 (v940(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 8878])).
% 127.40/79.93 tff(8880,plain,
% 127.40/79.93 (v938(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2545, 8879])).
% 127.40/79.93 tff(8881,plain,
% 127.40/79.93 (v11(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8146, 8880])).
% 127.40/79.93 tff(8882,plain,
% 127.40/79.93 (v952(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8663, 8876, 7564])).
% 127.40/79.93 tff(8883,plain,
% 127.40/79.93 (v13(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2536, 2226, 8881, 8880])).
% 127.40/79.93 tff(8884,plain,
% 127.40/79.93 (v7(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8728, 8883, 8217, 8870, 8882, 3690, 5918, 5920, 8881])).
% 127.40/79.93 tff(8885,plain,
% 127.40/79.93 (v7(constB5, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[834, 8884])).
% 127.40/79.93 tff(8886,plain,
% 127.40/79.93 (v929(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[783, 8885])).
% 127.40/79.93 tff(8887,plain,
% 127.40/79.93 (v940(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[765, 8886])).
% 127.40/79.93 tff(8888,plain,
% 127.40/79.93 (v938(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[699, 8887])).
% 127.40/79.93 tff(8889,plain,
% 127.40/79.93 (v11(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2420, 8883])).
% 127.40/79.93 tff(8890,plain,
% 127.40/79.93 (v13(constB4, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6125, 2226, 8889, 8888])).
% 127.40/79.93 tff(8891,plain,
% 127.40/79.93 (~v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6143, 8890])).
% 127.40/79.93 tff(8892,plain,
% 127.40/79.93 (~v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6082, 8891, 3690])).
% 127.40/79.93 tff(8893,plain,
% 127.40/79.93 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6046, 6040, 8889])).
% 127.40/79.93 tff(8894,plain,
% 127.40/79.93 (~v1050(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8893, 8892])).
% 127.40/79.93 tff(8895,plain,
% 127.40/79.93 (~v1052(constB5)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6029, 8894])).
% 127.40/79.93 tff(8896,plain,
% 127.40/79.93 (~v7(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6014, 8895])).
% 127.40/79.93 tff(8897,plain,
% 127.40/79.93 (~v7(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5996, 8896])).
% 127.40/79.93 tff(8898,plain,
% 127.40/79.93 (~sP960(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5980, 5864, 8897])).
% 127.40/79.93 tff(8899,plain,
% 127.40/79.93 ((~v952(constB6, bitIndex1)) | sP960(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6174, 6136, 8883])).
% 127.40/79.93 tff(8900,plain,
% 127.40/79.93 (~v952(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8899, 8898])).
% 127.40/79.93 tff(8901,plain,
% 127.40/79.93 (sP959(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6179, 6151, 8900])).
% 127.40/79.93 tff(8902,plain,
% 127.40/79.93 (sP958(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6169, 5886, 8897])).
% 127.40/79.93 tff(8903,plain,
% 127.40/79.93 (sP959(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6154, 6151, 8891])).
% 127.40/79.93 tff(8904,plain,
% 127.40/79.93 (~v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5963, 8903, 3690])).
% 127.40/79.93 tff(8905,plain,
% 127.40/79.93 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[4136, 320, 8889])).
% 127.40/79.93 tff(8906,plain,
% 127.40/79.93 (~v938(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8905, 8904])).
% 127.40/79.93 tff(8907,plain,
% 127.40/79.93 (~v940(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[849, 8906])).
% 127.40/79.93 tff(8908,plain,
% 127.40/79.93 (~v956(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[875, 8907])).
% 127.40/79.93 tff(8909,plain,
% 127.40/79.93 (~v7(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[883, 8908])).
% 127.40/79.93 tff(8910,plain,
% 127.40/79.93 (~v7(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[904, 8909])).
% 127.40/79.93 tff(8911,plain,
% 127.40/79.93 ((~v13(constB6, bitIndex1)) | (~sP959(constB6))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5945, 1886, 8910, 8902])).
% 127.40/79.93 tff(8912,plain,
% 127.40/79.93 (~v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8911, 8901])).
% 127.40/79.93 tff(8913,plain,
% 127.40/79.93 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5924, 320, 8881])).
% 127.40/79.93 tff(8914,plain,
% 127.40/79.93 (~v938(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8913, 8912])).
% 127.40/79.93 tff(8915,plain,
% 127.40/79.93 (~v940(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2524, 8914])).
% 127.40/79.93 tff(8916,plain,
% 127.40/79.93 (~v956(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2516, 8915])).
% 127.40/79.93 tff(8917,plain,
% 127.40/79.93 (~v7(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2490, 8916])).
% 127.40/79.93 tff(8918,plain,
% 127.40/79.93 (~v7(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2482, 8917])).
% 127.40/79.93 tff(8919,plain,
% 127.40/79.93 (~sP957(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7267, 5875, 8897])).
% 127.40/79.93 tff(8920,plain,
% 127.40/79.93 (~v13(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7368, 6075, 8910, 8900, 8919])).
% 127.40/79.93 tff(8921,plain,
% 127.40/79.93 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7105, 6040, 8881])).
% 127.40/79.93 tff(8922,plain,
% 127.40/79.93 (~v1050(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8921, 8920])).
% 127.40/79.93 tff(8923,plain,
% 127.40/79.93 (~v1052(constB7)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7111, 8922])).
% 127.40/79.93 tff(8924,plain,
% 127.40/79.93 (~v7(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7119, 8923])).
% 127.40/79.93 tff(8925,plain,
% 127.40/79.93 (~v7(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7137, 8924])).
% 127.40/79.93 tff(8926,plain,
% 127.40/79.93 (sP958(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8315, 5886, 8925])).
% 127.40/79.93 tff(8927,plain,
% 127.40/79.93 (v7(constB8, bitIndex1) | (~sP959(constB8)) | (~sP958(constB8))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8357, 1886, 8217])).
% 127.40/79.93 tff(8928,plain,
% 127.40/79.93 (~sP959(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8927, 8926, 8918])).
% 127.40/79.93 tff(8929,plain,
% 127.40/79.93 (~v17(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8714, 5133, 8928])).
% 127.40/79.93 tff(8930,plain,
% 127.40/79.93 (~v17(constB8, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[1236, 1233, 8928])).
% 127.40/79.93 tff(8931,plain,
% 127.40/79.93 (~v17(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8718, 5971, 8928])).
% 127.40/79.93 tff(8932,plain,
% 127.40/79.93 (~sP957(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7145, 5875, 8925])).
% 127.40/79.93 tff(8933,plain,
% 127.40/79.93 (v7(constB8, bitIndex1) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8698, 6057, 8870])).
% 127.40/79.93 tff(8934,plain,
% 127.40/79.93 (~v924(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8933, 8932, 8918])).
% 127.40/79.93 tff(8935,plain,
% 127.40/79.93 (v924(constB8, bitIndex0) | v970(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8707, 6093, 8882])).
% 127.40/79.93 tff(8936,plain,
% 127.40/79.93 (v970(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8935, 8934])).
% 127.40/79.93 tff(8937,plain,
% 127.40/79.93 (v17(constB8, bitIndex2) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8726, 6107, 8936])).
% 127.40/79.93 tff(8938,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8937, 8931, 8930, 8929])).
% 127.40/79.93 tff(8939,plain,(v13(constB8, bitIndex2) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | v7(sK952_VarCurr, bitIndex0) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB20 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(8940,plain,
% 127.40/79.93 (v13(constB8, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8939, 5917, 5890, 5879, 5868, 1245, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 5282])).
% 127.40/79.93 tff(8941,plain,
% 127.40/79.93 (v7(constB10, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8209, 5917, 5890, 5879, 5868, 1245, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 5282])).
% 127.40/79.93 tff(8942,plain,
% 127.40/79.93 (v7(constB9, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[188, 8941])).
% 127.40/79.93 tff(8943,plain,
% 127.40/79.93 (v956(constB9, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[204, 201, 8942])).
% 127.40/79.93 tff(8944,plain,
% 127.40/79.93 (v940(constB9, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[289, 8943])).
% 127.40/79.93 tff(8945,plain,
% 127.40/79.93 (v938(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[307, 8944])).
% 127.40/79.93 tff(8946,plain,
% 127.40/79.93 (v11(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[338, 335, 8945])).
% 127.40/79.93 tff(8947,plain,
% 127.40/79.93 ((~v11(constB8)) | v13(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[323, 320, 8945])).
% 127.40/79.93 tff(8948,plain,
% 127.40/79.93 (v13(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8947, 8946])).
% 127.40/79.93 tff(8949,plain,
% 127.40/79.93 (sP959(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5928, 1871, 835])).
% 127.40/79.93 tff(8950,assumption,(sP959(constB6)), introduced(assumption)).
% 127.40/79.93 tff(8951,plain,
% 127.40/79.93 ((~v17(constB6, bitIndex2)) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6733, 1205, 5939])).
% 127.40/79.93 tff(8952,plain,
% 127.40/79.93 (~sP958(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8951, 498, 8950])).
% 127.40/79.93 tff(8953,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6729, 1923, 674, 8952])).
% 127.40/79.93 tff(8954,plain,(v11(constB4) | (~sP959(constB6)) | (~v13(constB6, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(8955,plain,
% 127.40/79.93 (~v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8954, 8949, 342])).
% 127.40/79.93 tff(8956,plain,
% 127.40/79.93 (~v17(constB7, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[1191, 8340])).
% 127.40/79.93 tff(8957,plain,
% 127.40/79.93 (~v1019(constB7, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[1171, 8956])).
% 127.40/79.93 tff(8958,plain,
% 127.40/79.93 (~v1017(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[1138, 8957])).
% 127.40/79.93 tff(8959,plain,
% 127.40/79.93 (v11(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[1112, 8958])).
% 127.40/79.93 tff(8960,assumption,(~v13(constB6, bitIndex1)), introduced(assumption)).
% 127.40/79.93 tff(8961,plain,
% 127.40/79.93 ((~v11(constB6)) | (~v938(constB6, bitIndex0))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5924, 320, 8960])).
% 127.40/79.93 tff(8962,plain,
% 127.40/79.93 (~v938(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8961, 8959])).
% 127.40/79.93 tff(8963,plain,
% 127.40/79.93 (~v940(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2524, 8962])).
% 127.40/79.93 tff(8964,plain,
% 127.40/79.93 (~v956(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2516, 8963])).
% 127.40/79.93 tff(8965,plain,
% 127.40/79.93 (~v7(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2490, 8964])).
% 127.40/79.93 tff(8966,plain,
% 127.40/79.93 (~v7(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2482, 8965])).
% 127.40/79.93 tff(8967,plain,
% 127.40/79.93 (~sP958(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8358, 8966, 8312])).
% 127.40/79.93 tff(8968,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8375, 1912, 8967, 7014])).
% 127.40/79.93 tff(8969,plain,(v7(constB8, bitIndex2) | (~v13(constB8, bitIndex1)) | v13(constB6, bitIndex1) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(8970,plain,
% 127.40/79.93 (v7(constB8, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8969, 8955, 1193, 6494])).
% 127.40/79.93 tff(8971,plain,
% 127.40/79.93 (v7(constB7, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2450, 8970])).
% 127.40/79.93 tff(8972,plain,
% 127.40/79.93 (v929(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2454, 778, 8971])).
% 127.40/79.93 tff(8973,plain,
% 127.40/79.93 (v940(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 8972])).
% 127.40/79.93 tff(8974,plain,
% 127.40/79.93 (v938(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2545, 8973])).
% 127.40/79.93 tff(8975,plain,
% 127.40/79.93 (v11(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8146, 8974])).
% 127.40/79.93 tff(8976,plain,
% 127.40/79.93 ((~v11(constB6)) | (~v938(constB6, bitIndex1))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2536, 2226, 2421])).
% 127.40/79.93 tff(8977,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8976, 8975, 8974])).
% 127.40/79.93 tff(8978,plain,(v11(constB4) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(8979,plain,
% 127.40/79.93 (v11(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8978, 8948, 8940])).
% 127.40/79.93 tff(8980,plain,
% 127.40/79.93 (v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8969, 2427, 1193, 6494])).
% 127.40/79.93 tff(8981,plain,
% 127.40/79.93 (v11(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8978, 1193, 6494])).
% 127.40/79.93 tff(8982,plain,
% 127.40/79.93 (v7(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7141, 5864, 7010])).
% 127.40/79.93 tff(8983,plain,
% 127.40/79.93 (v7(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7137, 8982])).
% 127.40/79.93 tff(8984,plain,
% 127.40/79.93 (v1052(constB7)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7119, 8983])).
% 127.40/79.93 tff(8985,plain,
% 127.40/79.93 (v1050(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7111, 8984])).
% 127.40/79.93 tff(8986,plain,
% 127.40/79.93 (v13(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7105, 6040, 8985, 8959])).
% 127.40/79.93 tff(8987,plain,
% 127.40/79.93 (v7(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7320, 8986, 8981, 8980, 5920, 3690, 5918])).
% 127.40/79.93 tff(8988,plain,
% 127.40/79.93 (v7(constB5, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[834, 8987])).
% 127.40/79.93 tff(8989,plain,
% 127.40/79.93 (v929(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[783, 8988])).
% 127.40/79.93 tff(8990,plain,
% 127.40/79.93 (v940(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[765, 8989])).
% 127.40/79.93 tff(8991,plain,
% 127.40/79.93 (v938(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[699, 8990])).
% 127.40/79.93 tff(8992,plain,
% 127.40/79.93 (v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6125, 2226, 8981])).
% 127.40/79.93 tff(8993,plain,
% 127.40/79.93 (v13(constB4, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8992, 8991])).
% 127.40/79.93 tff(8994,plain,
% 127.40/79.93 (~v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6143, 8993])).
% 127.40/79.93 tff(8995,plain,
% 127.40/79.93 (~v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6082, 8994, 3690])).
% 127.40/79.93 tff(8996,plain,
% 127.40/79.93 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6046, 6040, 8981])).
% 127.40/79.93 tff(8997,plain,
% 127.40/79.93 (~v1050(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8996, 8995])).
% 127.40/79.93 tff(8998,plain,
% 127.40/79.93 (~v1052(constB5)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6029, 8997])).
% 127.40/79.93 tff(8999,plain,
% 127.40/79.93 (~v7(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6014, 8998])).
% 127.40/79.93 tff(9000,plain,
% 127.40/79.93 (~v7(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5996, 8999])).
% 127.40/79.93 tff(9001,plain,
% 127.40/79.93 (~sP957(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7267, 5875, 9000])).
% 127.40/79.93 tff(9002,plain,
% 127.40/79.93 ((~v924(constB6, bitIndex0)) | sP957(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8434, 7224, 8986])).
% 127.40/79.93 tff(9003,plain,
% 127.40/79.93 (~v924(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9002, 9001])).
% 127.40/79.93 tff(9004,plain,
% 127.40/79.93 (~v13(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8520, 8517, 8959, 8507])).
% 127.40/79.93 tff(9005,plain,
% 127.40/79.93 (v952(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8613, 8987, 9004])).
% 127.40/79.93 tff(9006,plain,
% 127.40/79.93 (v970(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7415, 6093, 9005, 9003])).
% 127.40/79.93 tff(9007,plain,
% 127.40/79.93 (sP958(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6169, 5886, 9000])).
% 127.40/79.93 tff(9008,plain,
% 127.40/79.93 (sP959(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6154, 6151, 8994])).
% 127.40/79.93 tff(9009,plain,
% 127.40/79.93 (~v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5963, 9008, 3690])).
% 127.40/79.93 tff(9010,plain,
% 127.40/79.93 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[4136, 320, 8981])).
% 127.40/79.93 tff(9011,plain,
% 127.40/79.93 (~v938(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9010, 9009])).
% 127.40/79.93 tff(9012,plain,
% 127.40/79.93 (~v940(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[849, 9011])).
% 127.40/79.93 tff(9013,plain,
% 127.40/79.93 (~v956(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[875, 9012])).
% 127.40/79.93 tff(9014,plain,
% 127.40/79.93 (~v7(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[883, 9013])).
% 127.40/79.93 tff(9015,plain,
% 127.40/79.93 (~v7(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[904, 9014])).
% 127.40/79.93 tff(9016,plain,
% 127.40/79.93 (v7(constB6, bitIndex1) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5945, 1886, 8980])).
% 127.40/79.93 tff(9017,plain,
% 127.40/79.93 (~sP959(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9016, 9015, 9007])).
% 127.40/79.93 tff(9018,plain,
% 127.40/79.93 (~v17(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7392, 5133, 9017])).
% 127.40/79.93 tff(9019,plain,
% 127.40/79.93 (~v17(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7396, 5971, 9017])).
% 127.40/79.93 tff(9020,plain,
% 127.40/79.93 (~v17(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7400, 1233, 9017])).
% 127.40/79.93 tff(9021,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7407, 6107, 9020, 9019, 9018, 9006])).
% 127.40/79.93 tff(9022,plain,(v7(constB8, bitIndex2) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP957(constB4) | sP960(constB4) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(9023,plain,
% 127.40/79.93 (v7(constB8, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9022, 5917, 5890, 5879, 5868, 8948, 8940])).
% 127.40/79.93 tff(9024,plain,
% 127.40/79.93 (v7(constB7, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2450, 9023])).
% 127.40/79.93 tff(9025,plain,
% 127.40/79.93 (v929(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2454, 778, 9024])).
% 127.40/79.93 tff(9026,plain,
% 127.40/79.93 (v940(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 9025])).
% 127.40/79.93 tff(9027,plain,
% 127.40/79.93 (v938(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2545, 9026])).
% 127.40/79.93 tff(9028,plain,
% 127.40/79.93 (v11(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8146, 9027])).
% 127.40/79.93 tff(9029,plain,
% 127.40/79.93 (v13(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2536, 2226, 9028, 9027])).
% 127.40/79.93 tff(9030,plain,
% 127.40/79.93 (v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7233, 6030])).
% 127.40/79.93 tff(9031,plain,
% 127.40/79.93 (~v924(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6064, 9030, 3690])).
% 127.40/79.93 tff(9032,plain,
% 127.40/79.93 (v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6082, 9030, 3690])).
% 127.40/79.93 tff(9033,plain,
% 127.40/79.93 (v970(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6096, 6093, 9032, 9031])).
% 127.40/79.93 tff(9034,plain,
% 127.40/79.93 (sP959(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7083, 9033])).
% 127.40/79.93 tff(9035,plain,
% 127.40/79.93 (~v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5963, 9034, 3690])).
% 127.40/79.93 tff(9036,plain,
% 127.40/79.93 (~v938(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6198, 9035])).
% 127.40/79.93 tff(9037,plain,
% 127.40/79.93 (v7(constB6, bitIndex1) | v7(constB6, bitIndex2) | sP957(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7097, 1785, 2713])).
% 127.40/79.93 tff(9038,plain,
% 127.40/79.93 (v7(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9037, 8672, 4125])).
% 127.40/79.93 tff(9039,plain,
% 127.40/79.93 (v7(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[904, 9038])).
% 127.40/79.93 tff(9040,plain,
% 127.40/79.93 (v956(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[883, 9039])).
% 127.40/79.93 tff(9041,plain,
% 127.40/79.93 (v940(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[875, 9040])).
% 127.40/79.93 tff(9042,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[849, 9041, 9036])).
% 127.40/79.93 tff(9043,plain,(v7(constB6, bitIndex2) | (~v11(constB4)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~v13(constB6, bitIndex0)) | sP957(constB4) | (~v13(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(9044,plain,
% 127.40/79.93 (v7(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9043, 2713, 3690, 5918, 6192, 5920, 2410])).
% 127.40/79.93 tff(9045,plain,
% 127.40/79.93 (v7(constB5, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[834, 9044])).
% 127.40/79.93 tff(9046,plain,
% 127.40/79.93 (v929(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[783, 9045])).
% 127.40/79.93 tff(9047,plain,
% 127.40/79.93 (v940(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[765, 9046])).
% 127.40/79.93 tff(9048,plain,
% 127.40/79.93 (v938(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[699, 9047])).
% 127.40/79.93 tff(9049,plain,
% 127.40/79.93 (v13(constB4, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6193, 9048])).
% 127.40/79.93 tff(9050,plain,
% 127.40/79.93 (~v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6143, 9049])).
% 127.40/79.93 tff(9051,plain,
% 127.40/79.93 (sP959(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6154, 6151, 9050])).
% 127.40/79.93 tff(9052,plain,
% 127.40/79.93 (~v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5963, 9051, 3690])).
% 127.40/79.93 tff(9053,plain,
% 127.40/79.93 (~v938(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6198, 9052])).
% 127.40/79.93 tff(9054,plain,
% 127.40/79.93 (~v940(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[849, 9053])).
% 127.40/79.93 tff(9055,plain,
% 127.40/79.93 (~v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6082, 9050, 3690])).
% 127.40/79.93 tff(9056,plain,
% 127.40/79.93 (~v1050(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7233, 9055])).
% 127.40/79.93 tff(9057,plain,
% 127.40/79.93 (~v1052(constB5)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6029, 9056])).
% 127.40/79.93 tff(9058,plain,
% 127.40/79.93 (~v7(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6014, 9057])).
% 127.40/79.93 tff(9059,plain,
% 127.40/79.93 (~v7(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5996, 9058])).
% 127.40/79.93 tff(9060,plain,
% 127.40/79.93 (~sP957(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7267, 5875, 9059])).
% 127.40/79.93 tff(9061,plain,
% 127.40/79.93 (~sP960(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5980, 5864, 9059])).
% 127.40/79.93 tff(9062,plain,
% 127.40/79.93 ((~v952(constB6, bitIndex1)) | sP960(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6174, 6136, 2410])).
% 127.40/79.93 tff(9063,plain,
% 127.40/79.93 (~v952(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9062, 9061])).
% 127.40/79.93 tff(9064,plain,
% 127.40/79.93 (v7(constB6, bitIndex1) | v952(constB6, bitIndex1) | sP957(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7368, 6075, 2713])).
% 127.40/79.93 tff(9065,plain,
% 127.40/79.93 (v7(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9064, 9063, 9060])).
% 127.40/79.93 tff(9066,plain,
% 127.40/79.93 (v7(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[904, 9065])).
% 127.40/79.93 tff(9067,plain,
% 127.40/79.93 (v956(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[883, 9066])).
% 127.40/79.93 tff(9068,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[875, 9067, 9054])).
% 127.40/79.93 tff(9069,plain,((~v13(constB6, bitIndex0)) | (~v11(constB4)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | (~v13(constB6, bitIndex2)) | sP957(constB4) | sP960(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(9070,plain,
% 127.40/79.93 (~v13(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9069, 8979, 5917, 5890, 9029, 5879, 5868])).
% 127.40/79.93 tff(9071,plain,
% 127.40/79.93 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7105, 6040, 9028])).
% 127.40/79.93 tff(9072,plain,
% 127.40/79.93 (~v1050(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9071, 9070])).
% 127.40/79.93 tff(9073,plain,
% 127.40/79.93 (~v1052(constB7)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7111, 9072])).
% 127.40/79.93 tff(9074,plain,
% 127.40/79.93 (~v7(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7119, 9073])).
% 127.40/79.93 tff(9075,plain,
% 127.40/79.93 (~v7(constB8, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7137, 9074])).
% 127.40/79.93 tff(9076,plain,
% 127.40/79.93 (~sP959(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8358, 8316, 2459])).
% 127.40/79.93 tff(9077,plain,
% 127.40/79.93 (~sP960(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7141, 5864, 8295])).
% 127.40/79.93 tff(9078,plain,
% 127.40/79.93 (~v952(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7161, 9077])).
% 127.40/79.93 tff(9079,plain,
% 127.40/79.93 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB8) | v952(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB8) | v952(constB8, bitIndex1))),
% 127.40/79.93 inference(rewrite,[status(thm)],[])).
% 127.40/79.93 tff(9080,plain,
% 127.40/79.93 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB8) | v952(constB8, bitIndex1))),
% 127.40/79.93 inference(quant_inst,[status(thm)],[])).
% 127.40/79.93 tff(9081,plain,
% 127.40/79.93 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB8) | v952(constB8, bitIndex1)),
% 127.40/79.93 inference(modus_ponens,[status(thm)],[9080, 9079])).
% 127.40/79.93 tff(9082,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9081, 6151, 9078, 9076])).
% 127.40/79.93 tff(9083,plain,(v7(constB8, bitIndex0) | (~v13(constB8, bitIndex2)) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(9084,plain,
% 127.40/79.93 (v7(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9083, 9075, 8940, 8948])).
% 127.40/79.93 tff(9085,plain,
% 127.40/79.93 (v7(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2482, 9084])).
% 127.40/79.93 tff(9086,plain,
% 127.40/79.93 (v956(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2490, 9085])).
% 127.40/79.93 tff(9087,plain,
% 127.40/79.93 (v940(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2516, 9086])).
% 127.40/79.93 tff(9088,plain,
% 127.40/79.93 (v938(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2524, 9087])).
% 127.40/79.93 tff(9089,plain,
% 127.40/79.93 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5924, 320, 9028])).
% 127.40/79.93 tff(9090,plain,
% 127.40/79.93 (v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9089, 9088])).
% 127.40/79.93 tff(9091,plain,
% 127.40/79.93 (v7(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6116, 9090, 5890, 5879, 5917, 9029])).
% 127.40/79.93 tff(9092,plain,
% 127.40/79.93 (v7(constB5, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[834, 9091])).
% 127.40/79.93 tff(9093,plain,
% 127.40/79.93 (v929(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[783, 9092])).
% 127.40/79.93 tff(9094,plain,
% 127.40/79.93 (v940(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[765, 9093])).
% 127.40/79.93 tff(9095,plain,
% 127.40/79.93 (v938(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[699, 9094])).
% 127.40/79.93 tff(9096,plain,
% 127.40/79.93 (v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6125, 2226, 8979])).
% 127.40/79.93 tff(9097,plain,
% 127.40/79.93 (v13(constB4, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9096, 9095])).
% 127.40/79.93 tff(9098,plain,
% 127.40/79.93 ((~v13(constB4, bitIndex2)) | (~v952(constB4, bitIndex1))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6142, 6136, 5868])).
% 127.40/79.93 tff(9099,plain,
% 127.40/79.93 (~v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9098, 9097])).
% 127.40/79.93 tff(9100,plain,
% 127.40/79.93 (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex0)) | v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6081, 6075, 5879])).
% 127.40/79.93 tff(9101,plain,
% 127.40/79.93 (~v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9100, 9099, 5917])).
% 127.40/79.93 tff(9102,plain,
% 127.40/79.93 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6046, 6040, 8979])).
% 127.40/79.93 tff(9103,plain,
% 127.40/79.93 (~v1050(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9102, 9101])).
% 127.40/79.93 tff(9104,plain,
% 127.40/79.93 (~v1052(constB5)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6029, 9103])).
% 127.40/79.93 tff(9105,plain,
% 127.40/79.93 (~v7(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6014, 9104])).
% 127.40/79.93 tff(9106,plain,
% 127.40/79.93 (~v7(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5996, 9105])).
% 127.40/79.93 tff(9107,plain,
% 127.40/79.93 (~sP960(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5980, 5864, 9106])).
% 127.40/79.93 tff(9108,plain,
% 127.40/79.93 (sP958(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6169, 5886, 9106])).
% 127.40/79.93 tff(9109,plain,
% 127.40/79.93 (sP958(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8315, 5886, 9075])).
% 127.40/79.93 tff(9110,plain,
% 127.40/79.93 (~sP960(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7141, 5864, 9075])).
% 127.40/79.93 tff(9111,assumption,(~sP960(constB8)), introduced(assumption)).
% 127.40/79.93 tff(9112,plain,
% 127.40/79.93 ((~v13(constB8, bitIndex2)) | (~v952(constB8, bitIndex1))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7160, 6136, 9111])).
% 127.40/79.93 tff(9113,plain,
% 127.40/79.93 (~v952(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9112, 6494])).
% 127.40/79.93 tff(9114,plain,
% 127.40/79.93 (sP959(constB8)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9081, 6151, 9113])).
% 127.40/79.93 tff(9115,assumption,(sP958(constB8)), introduced(assumption)).
% 127.40/79.93 tff(9116,plain,
% 127.40/79.93 (v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~sP959(constB8))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[8357, 1886, 9115])).
% 127.40/79.93 tff(9117,plain,
% 127.40/79.93 (v7(constB8, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9116, 9114, 1193])).
% 127.40/79.93 tff(9118,plain,
% 127.40/79.93 (v7(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2482, 9117])).
% 127.40/79.93 tff(9119,plain,
% 127.40/79.93 (v956(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2490, 9118])).
% 127.40/79.93 tff(9120,plain,
% 127.40/79.93 (v940(constB7, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2516, 9119])).
% 127.40/79.93 tff(9121,plain,
% 127.40/79.93 (v938(constB6, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2524, 9120])).
% 127.40/79.93 tff(9122,plain,
% 127.40/79.93 (v13(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6736, 9121])).
% 127.40/79.93 tff(9123,plain,
% 127.40/79.93 (v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7008, 1804, 9111])).
% 127.40/79.93 tff(9124,plain,
% 127.40/79.93 (v7(constB8, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9123, 6494])).
% 127.40/79.93 tff(9125,plain,
% 127.40/79.93 (v7(constB7, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2450, 9124])).
% 127.40/79.93 tff(9126,plain,
% 127.40/79.93 (v929(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2454, 778, 9125])).
% 127.40/79.93 tff(9127,plain,
% 127.40/79.93 (v940(constB7, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 9126])).
% 127.40/79.93 tff(9128,plain,
% 127.40/79.93 (v938(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2545, 9127])).
% 127.40/79.93 tff(9129,plain,
% 127.40/79.93 (v13(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7035, 9128])).
% 127.40/79.93 tff(9130,plain,
% 127.40/79.93 (~v952(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[7360, 9129])).
% 127.40/79.93 tff(9131,plain,
% 127.40/79.93 (sP959(constB6)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6179, 6151, 9130])).
% 127.40/79.93 tff(9132,assumption,(sP958(constB6)), introduced(assumption)).
% 127.40/79.93 tff(9133,plain,
% 127.40/79.93 (v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~sP959(constB6))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5945, 1886, 9132])).
% 127.40/79.93 tff(9134,plain,
% 127.40/79.93 (v7(constB6, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9133, 9131, 9122])).
% 127.40/79.93 tff(9135,plain,
% 127.40/79.93 (v7(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[904, 9134])).
% 127.40/79.93 tff(9136,plain,
% 127.40/79.93 (v956(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[881, 201, 9135])).
% 127.40/79.93 tff(9137,plain,
% 127.40/79.93 (v940(constB5, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[875, 9136])).
% 127.40/79.93 tff(9138,plain,
% 127.40/79.93 (v7(constB6, bitIndex2) | (~v13(constB6, bitIndex2))),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[2413, 1804, 7359])).
% 127.40/79.93 tff(9139,plain,
% 127.40/79.93 (v7(constB6, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9138, 9129])).
% 127.40/79.93 tff(9140,plain,
% 127.40/79.93 (v7(constB5, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[834, 9139])).
% 127.40/79.93 tff(9141,plain,
% 127.40/79.93 (v929(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[781, 778, 9140])).
% 127.40/79.93 tff(9142,plain,
% 127.40/79.93 (v940(constB5, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[765, 9141])).
% 127.40/79.93 tff(9143,plain,
% 127.40/79.93 (v938(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[699, 9142])).
% 127.40/79.93 tff(9144,plain,
% 127.40/79.93 (v13(constB4, bitIndex2)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6193, 9143])).
% 127.40/79.93 tff(9145,plain,
% 127.40/79.93 (~v952(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6143, 9144])).
% 127.40/79.93 tff(9146,plain,
% 127.40/79.93 (sP959(constB4)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6154, 6151, 9145])).
% 127.40/79.93 tff(9147,plain,
% 127.40/79.93 (~v13(constB4, bitIndex1)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[5963, 9146, 3690])).
% 127.40/79.93 tff(9148,plain,
% 127.40/79.93 (~v938(constB4, bitIndex0)),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[6198, 9147])).
% 127.40/79.93 tff(9149,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[849, 9148, 9137])).
% 127.40/79.93 tff(9150,plain,((~v13(constB8, bitIndex2)) | (~v11(constB4)) | v7(constB4, bitIndex1) | (~sP958(constB4)) | sP960(constB4) | (~sP958(constB6)) | sP960(constB6) | (~v11(constB6)) | (~v13(constB8, bitIndex1)) | (~sP958(constB8)) | sP960(constB8)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.93 tff(9151,plain,
% 127.40/79.93 ($false),
% 127.40/79.93 inference(unit_resolution,[status(thm)],[9150, 9110, 9109, 5917, 5890, 5868, 8948, 8940, 9028, 9108, 9107, 8979])).
% 127.40/79.93 tff(9152,plain,(v7(constB4, bitIndex0) | v7(sK952_VarCurr, bitIndex0) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB20 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9153,plain,
% 127.40/79.94 (v7(constB4, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9152, 5778, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5792, 5785, 1245, 5284, 5777])).
% 127.40/79.94 tff(9154,plain,
% 127.40/79.94 (v7(constB4, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[3686])).
% 127.40/79.94 tff(9155,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB4, bitIndex0)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9154])).
% 127.40/79.94 tff(9156,plain,
% 127.40/79.94 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB4, bitIndex0))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9155])).
% 127.40/79.94 tff(9157,plain,
% 127.40/79.94 (~v7(constB4, bitIndex0)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[1245, 9156])).
% 127.40/79.94 tff(9158,assumption,(v7(constB4, bitIndex0)), introduced(assumption)).
% 127.40/79.94 tff(9159,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9158, 9157])).
% 127.40/79.94 tff(9160,plain,((~(constB4 = sK952_VarCurr)) | (~v7(constB4, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9161,plain,
% 127.40/79.94 (~(constB4 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9160, 9153, 1245])).
% 127.40/79.94 tff(9162,plain,
% 127.40/79.94 (v1050(constB6) | (~v11(constB6))),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2719, 2000, 2667])).
% 127.40/79.94 tff(9163,plain,
% 127.40/79.94 (v1050(constB6)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9162, 6726])).
% 127.40/79.94 tff(9164,plain,
% 127.40/79.94 (v1052(constB7)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2711, 9163])).
% 127.40/79.94 tff(9165,plain,
% 127.40/79.94 (v7(constB7, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2706, 9164])).
% 127.40/79.94 tff(9166,plain,
% 127.40/79.94 (((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v1044(constB8) | v7(constB8, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v1044(constB8) | v7(constB8, bitIndex0))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9167,plain,
% 127.40/79.94 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | ((~v7(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v1044(constB8) | v7(constB8, bitIndex0))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9168,plain,
% 127.40/79.94 ((~![VarNext: $i, VarCurr: $i] : ((~v7(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | v7(VarNext, bitIndex0))) | (~v7(constB7, bitIndex0)) | (~nextState(constB7, constB8)) | v1044(constB8) | v7(constB8, bitIndex0)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9167, 9166])).
% 127.40/79.94 tff(9169,plain,
% 127.40/79.94 ((~v7(constB7, bitIndex0)) | v1044(constB8) | v7(constB8, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9168, 1615, 111])).
% 127.40/79.94 tff(9170,plain,
% 127.40/79.94 ((~v7(constB7, bitIndex0)) | v7(constB8, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9169, 7132])).
% 127.40/79.94 tff(9171,plain,
% 127.40/79.94 (v7(constB8, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9170, 9165])).
% 127.40/79.94 tff(9172,assumption,(v7(constB8, bitIndex0)), introduced(assumption)).
% 127.40/79.94 tff(9173,plain,
% 127.40/79.94 (~(constB10 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[8222, 6360, 2318])).
% 127.40/79.94 tff(9174,plain,
% 127.40/79.94 (v1017(constB8, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6611, 6238])).
% 127.40/79.94 tff(9175,plain,
% 127.40/79.94 (v1019(constB9, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6551, 9174])).
% 127.40/79.94 tff(9176,plain,
% 127.40/79.94 (v17(constB9, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6543, 9175])).
% 127.40/79.94 tff(9177,plain,
% 127.40/79.94 (v17(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6517, 9176])).
% 127.40/79.94 tff(9178,plain,
% 127.40/79.94 (sP958(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7683, 1923, 6304])).
% 127.40/79.94 tff(9179,plain,
% 127.40/79.94 (~v13(constB10, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[8846, 9178, 9177])).
% 127.40/79.94 tff(9180,plain,
% 127.40/79.94 (v11(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5370, 9173, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5792, 5785, 5778, 5284, 9161, 5777, 5281, 4113, 1245])).
% 127.40/79.94 tff(9181,plain,
% 127.40/79.94 ((~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6221, 320, 9180])).
% 127.40/79.94 tff(9182,plain,
% 127.40/79.94 (~v938(constB10, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9181, 9179])).
% 127.40/79.94 tff(9183,plain,
% 127.40/79.94 (~v940(constB11, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1263, 9182])).
% 127.40/79.94 tff(9184,plain,
% 127.40/79.94 (~v956(constB11, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1303, 9183])).
% 127.40/79.94 tff(9185,plain,
% 127.40/79.94 (~v7(constB11, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1311, 9184])).
% 127.40/79.94 tff(9186,plain,
% 127.40/79.94 (~v7(constB12, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1342, 9185])).
% 127.40/79.94 tff(9187,plain,
% 127.40/79.94 (~(constB12 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5329, 9186, 1516])).
% 127.40/79.94 tff(9188,plain,
% 127.40/79.94 (constB14 = sK952_VarCurr),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5347, 9187, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5320, 5792, 5785, 5778, 5308, 5284, 9161, 5777, 5281, 5280, 4113, 9173])).
% 127.40/79.94 tff(9189,plain,
% 127.40/79.94 (v7(constB14, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9188])).
% 127.40/79.94 tff(9190,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB14, bitIndex2)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9189])).
% 127.40/79.94 tff(9191,plain,
% 127.40/79.94 (v7(constB14, bitIndex2)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[2318, 9190])).
% 127.40/79.94 tff(9192,plain,
% 127.40/79.94 (v7(constB13, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2293, 9191])).
% 127.40/79.94 tff(9193,plain,
% 127.40/79.94 (v929(constB13, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2272, 9192])).
% 127.40/79.94 tff(9194,plain,
% 127.40/79.94 (v940(constB13, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2264, 9193])).
% 127.40/79.94 tff(9195,plain,
% 127.40/79.94 (v938(constB12, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2238, 9194])).
% 127.40/79.94 tff(9196,plain,
% 127.40/79.94 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB12) | (~v938(constB12, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB12) | (~v938(constB12, bitIndex1)))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9197,plain,
% 127.40/79.94 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB12) | (~v938(constB12, bitIndex1)))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9198,plain,
% 127.40/79.94 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB12) | (~v938(constB12, bitIndex1))),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9197, 9196])).
% 127.40/79.94 tff(9199,plain,
% 127.40/79.94 (v11(constB12)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9198, 335, 9195])).
% 127.40/79.94 tff(9200,plain,
% 127.40/79.94 (v13(constB10, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6346, 6238])).
% 127.40/79.94 tff(9201,plain,
% 127.40/79.94 (v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7668, 1785, 6360])).
% 127.40/79.94 tff(9202,plain,
% 127.40/79.94 (sP957(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9201, 9200, 1])).
% 127.40/79.94 tff(9203,plain,
% 127.40/79.94 (v7(constB10, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7954, 5875, 9202])).
% 127.40/79.94 tff(9204,assumption,(v7(constB10, bitIndex0)), introduced(assumption)).
% 127.40/79.94 tff(9205,plain,
% 127.40/79.94 (~(constB4 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9160, 1245, 9158])).
% 127.40/79.94 tff(9206,plain,
% 127.40/79.94 (~(constB12 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5329, 1516, 1703])).
% 127.40/79.94 tff(9207,plain,
% 127.40/79.94 (~(constB6 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5019, 1245, 5017])).
% 127.40/79.94 tff(9208,plain,
% 127.40/79.94 (v7(constB8, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[2423])).
% 127.40/79.94 tff(9209,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB8, bitIndex0)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9208])).
% 127.40/79.94 tff(9210,plain,
% 127.40/79.94 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB8, bitIndex0))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9209])).
% 127.40/79.94 tff(9211,plain,
% 127.40/79.94 (~v7(constB8, bitIndex0)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[1245, 9210])).
% 127.40/79.94 tff(9212,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9172, 9211])).
% 127.40/79.94 tff(9213,plain,((~(constB8 = sK952_VarCurr)) | (~v7(constB8, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9214,plain,
% 127.40/79.94 (~(constB8 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9213, 1245, 9172])).
% 127.40/79.94 tff(9215,plain,
% 127.40/79.94 (~(constB14 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7544, 1516, 7542])).
% 127.40/79.94 tff(9216,plain,
% 127.40/79.94 (v7(constB10, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[8])).
% 127.40/79.94 tff(9217,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB10, bitIndex0)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9216])).
% 127.40/79.94 tff(9218,plain,
% 127.40/79.94 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB10, bitIndex0))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9217])).
% 127.40/79.94 tff(9219,plain,
% 127.40/79.94 (~v7(constB10, bitIndex0)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[1245, 9218])).
% 127.40/79.94 tff(9220,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9204, 9219])).
% 127.40/79.94 tff(9221,plain,((~(constB10 = sK952_VarCurr)) | (~v7(constB10, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9222,plain,
% 127.40/79.94 (~(constB10 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9221, 1245, 9204])).
% 127.40/79.94 tff(9223,plain,
% 127.40/79.94 (~(constB16 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[3986, 1516, 3984])).
% 127.40/79.94 tff(9224,plain,
% 127.40/79.94 (~(constB20 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[3962, 1245, 3960])).
% 127.40/79.94 tff(9225,plain,
% 127.40/79.94 (~(constB2 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5306, 1245, 5298])).
% 127.40/79.94 tff(9226,plain,
% 127.40/79.94 (~(constB1 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5318, 1245, 5297])).
% 127.40/79.94 tff(9227,plain,
% 127.40/79.94 (constB18 = sK952_VarCurr),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5347, 9226, 4112, 3964, 5310, 5322, 2407, 4111, 5321, 9225, 2408, 5323, 9224, 9223, 9222, 9215, 9214, 9207, 5280, 9206, 9205])).
% 127.40/79.94 tff(9228,plain,
% 127.40/79.94 (v7(constB18, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9227])).
% 127.40/79.94 tff(9229,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB18, bitIndex0)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9228])).
% 127.40/79.94 tff(9230,plain,
% 127.40/79.94 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB18, bitIndex0))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9229])).
% 127.40/79.94 tff(9231,plain,
% 127.40/79.94 (~v7(constB18, bitIndex0)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[1245, 9230])).
% 127.40/79.94 tff(9232,plain,
% 127.40/79.94 (~v7(constB17, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[3787, 9231])).
% 127.40/79.94 tff(9233,plain,
% 127.40/79.94 (~v1052(constB17)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[3759, 9232])).
% 127.40/79.94 tff(9234,plain,
% 127.40/79.94 (~v1050(constB16)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[3706, 9233])).
% 127.40/79.94 tff(9235,plain,
% 127.40/79.94 (v11(constB16)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[3698, 1480, 9234])).
% 127.40/79.94 tff(9236,plain,
% 127.40/79.94 (~v938(constB16, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5533, 9235])).
% 127.40/79.94 tff(9237,plain,
% 127.40/79.94 (v7(constB18, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[5264])).
% 127.40/79.94 tff(9238,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB18, bitIndex1)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9237])).
% 127.40/79.94 tff(9239,plain,
% 127.40/79.94 (v7(constB18, bitIndex1)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[11, 9238])).
% 127.40/79.94 tff(9240,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5706, 9239])).
% 127.40/79.94 tff(9241,plain,((~(constB18 = sK952_VarCurr)) | v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9242,plain,
% 127.40/79.94 (v7(constB18, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9241, 9227, 1516])).
% 127.40/79.94 tff(9243,plain,
% 127.40/79.94 (v7(constB17, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5759, 9242])).
% 127.40/79.94 tff(9244,plain,
% 127.40/79.94 (v956(constB17, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5763, 201, 9243])).
% 127.40/79.94 tff(9245,plain,
% 127.40/79.94 (v940(constB17, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5565, 281, 5559, 9244])).
% 127.40/79.94 tff(9246,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5539, 302, 3702, 9245, 9236])).
% 127.40/79.94 tff(9247,plain,(v7(sK952_VarCurr, bitIndex0) | v13(constB16, bitIndex1) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | v7(constB12, bitIndex1) | v7(constB14, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB4, bitIndex0)) | (~v7(constB6, bitIndex0)) | (~v7(constB8, bitIndex0)) | (~v7(constB10, bitIndex0)) | (~v7(constB20, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9248,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9247, 5849, 5842, 5529, 1245, 5792, 5835, 5834, 5827, 5799, 5785, 5856, 1703, 7542, 3984, 9158, 5017, 9172, 9204, 3960])).
% 127.40/79.94 tff(9249,plain,(v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB12, bitIndex1) | v7(constB14, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB4, bitIndex0)) | (~v7(constB6, bitIndex0)) | (~v7(constB8, bitIndex0)) | (~v7(constB10, bitIndex0)) | (~v7(constB20, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9250,plain,
% 127.40/79.94 (v7(constB14, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9249, 9186, 1245, 5147, 5529, 9153, 3984, 5017, 9172, 9203, 3960])).
% 127.40/79.94 tff(9251,plain,
% 127.40/79.94 (v7(constB13, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2214, 9250])).
% 127.40/79.94 tff(9252,plain,
% 127.40/79.94 (v956(constB13, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2191, 201, 9251])).
% 127.40/79.94 tff(9253,plain,
% 127.40/79.94 (v940(constB13, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 9252])).
% 127.40/79.94 tff(9254,plain,
% 127.40/79.94 (v938(constB12, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2159, 9253])).
% 127.40/79.94 tff(9255,plain,
% 127.40/79.94 (~sP960(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7674, 1841, 6304])).
% 127.40/79.94 tff(9256,plain,
% 127.40/79.94 (~v13(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7676, 9255])).
% 127.40/79.94 tff(9257,plain,
% 127.40/79.94 (v13(constB10, bitIndex2) | (~v938(constB10, bitIndex1))),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6357, 2226, 9180])).
% 127.40/79.94 tff(9258,plain,
% 127.40/79.94 (~v938(constB10, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9257, 9256])).
% 127.40/79.94 tff(9259,plain,
% 127.40/79.94 (~v940(constB11, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1717, 9258])).
% 127.40/79.94 tff(9260,plain,
% 127.40/79.94 (~v929(constB11, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1743, 9259])).
% 127.40/79.94 tff(9261,plain,
% 127.40/79.94 (~v7(constB11, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1751, 9260])).
% 127.40/79.94 tff(9262,plain,
% 127.40/79.94 (~v7(constB12, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1772, 9261])).
% 127.40/79.94 tff(9263,plain,
% 127.40/79.94 (v13(constB12, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5366, 9188, 1245])).
% 127.40/79.94 tff(9264,plain,
% 127.40/79.94 (~v13(constB12, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7693, 9263, 9262, 9186])).
% 127.40/79.94 tff(9265,plain,
% 127.40/79.94 ((~v11(constB12)) | (~v938(constB12, bitIndex0))),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2150, 320, 9264])).
% 127.40/79.94 tff(9266,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9265, 9254, 9199])).
% 127.40/79.94 tff(9267,plain,(v11(constB8) | v7(sK952_VarCurr, bitIndex0) | (constB18 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB6, bitIndex0)) | (~v7(constB8, bitIndex0)) | (~v7(constB20, bitIndex0)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9268,plain,
% 127.40/79.94 (v11(constB8)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9267, 6360, 5284, 5281, 4113, 5147, 5529, 3984, 5017, 9172, 3960, 1, 1245])).
% 127.40/79.94 tff(9269,plain,
% 127.40/79.94 (v7(constB4, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9152, 5309, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 1245, 5284, 5282])).
% 127.40/79.94 tff(9270,plain,
% 127.40/79.94 (~(constB4 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9160, 9269, 1245])).
% 127.40/79.94 tff(9271,plain,
% 127.40/79.94 (v11(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5370, 2409, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 9270, 5282, 5281, 4113, 1245])).
% 127.40/79.94 tff(9272,plain,
% 127.40/79.94 (v7(constB12, bitIndex2)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[2422, 6349])).
% 127.40/79.94 tff(9273,plain,
% 127.40/79.94 (v7(constB12, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5329, 5324, 11])).
% 127.40/79.94 tff(9274,plain,
% 127.40/79.94 (v7(constB11, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1342, 9273])).
% 127.40/79.94 tff(9275,plain,
% 127.40/79.94 (v956(constB11, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1311, 9274])).
% 127.40/79.94 tff(9276,plain,
% 127.40/79.94 (v940(constB11, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1303, 9275])).
% 127.40/79.94 tff(9277,plain,
% 127.40/79.94 (v938(constB10, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1263, 9276])).
% 127.40/79.94 tff(9278,plain,
% 127.40/79.94 (v13(constB10, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7638, 9277])).
% 127.40/79.94 tff(9279,plain,
% 127.40/79.94 (~v13(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6391, 9278, 6360, 1])).
% 127.40/79.94 tff(9280,plain,
% 127.40/79.94 (~v938(constB10, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7608, 9279])).
% 127.40/79.94 tff(9281,plain,
% 127.40/79.94 (~v940(constB11, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1717, 9280])).
% 127.40/79.94 tff(9282,plain,
% 127.40/79.94 (~v929(constB11, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1743, 9281])).
% 127.40/79.94 tff(9283,plain,
% 127.40/79.94 (~v7(constB11, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1751, 9282])).
% 127.40/79.94 tff(9284,plain,
% 127.40/79.94 (~v7(constB12, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[1772, 9283])).
% 127.40/79.94 tff(9285,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9284, 9272])).
% 127.40/79.94 tff(9286,plain,((~(constB12 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex2)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9287,plain,
% 127.40/79.94 (~(constB12 = sK952_VarCurr)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9286, 7656, 1, 9271, 2318, 1516])).
% 127.40/79.94 tff(9288,plain,
% 127.40/79.94 (constB14 = sK952_VarCurr),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5347, 9287, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 5310, 2408, 5309, 5308, 5284, 9270, 5282, 5281, 5280, 4113, 2409])).
% 127.40/79.94 tff(9289,plain,
% 127.40/79.94 (v13(constB12, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5366, 9288, 1245])).
% 127.40/79.94 tff(9290,plain,
% 127.40/79.94 (~v13(constB12, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7939, 9289, 1, 7564, 9271])).
% 127.40/79.94 tff(9291,plain,
% 127.40/79.94 (v7(constB14, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7544, 9288, 1516])).
% 127.40/79.94 tff(9292,plain,
% 127.40/79.94 (v7(constB13, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2214, 9291])).
% 127.40/79.94 tff(9293,plain,
% 127.40/79.94 (v956(constB13, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2191, 201, 9292])).
% 127.40/79.94 tff(9294,plain,
% 127.40/79.94 (v940(constB13, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 9293])).
% 127.40/79.94 tff(9295,plain,
% 127.40/79.94 (v938(constB12, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2159, 9294])).
% 127.40/79.94 tff(9296,plain,
% 127.40/79.94 (v7(constB14, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9288])).
% 127.40/79.94 tff(9297,plain,
% 127.40/79.94 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB14, bitIndex0)),
% 127.40/79.94 inference(symmetry,[status(thm)],[9296])).
% 127.40/79.94 tff(9298,plain,
% 127.40/79.94 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB14, bitIndex0))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9297])).
% 127.40/79.94 tff(9299,plain,
% 127.40/79.94 (~v7(constB14, bitIndex0)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[1245, 9298])).
% 127.40/79.94 tff(9300,plain,
% 127.40/79.94 (~v7(constB13, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2074, 9299])).
% 127.40/79.94 tff(9301,plain,
% 127.40/79.94 (~v1052(constB13)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2056, 9300])).
% 127.40/79.94 tff(9302,plain,
% 127.40/79.94 (~v1050(constB12)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2020, 9301])).
% 127.40/79.94 tff(9303,plain,
% 127.40/79.94 (v11(constB12)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2015, 1480, 9302])).
% 127.40/79.94 tff(9304,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[2150, 320, 9303, 9295, 9290])).
% 127.40/79.94 tff(9305,plain,(v13(constB8, bitIndex2) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9306,plain,
% 127.40/79.94 (v13(constB8, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9305, 1, 1245, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5792, 5785, 5778, 5284, 5777, 5281, 4113])).
% 127.40/79.94 tff(9307,plain,
% 127.40/79.94 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB8)) | (~v13(constB8, bitIndex2)) | v938(constB8, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB8)) | (~v13(constB8, bitIndex2)) | v938(constB8, bitIndex1))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9308,plain,
% 127.40/79.94 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB8)) | (~v13(constB8, bitIndex2)) | v938(constB8, bitIndex1))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9309,plain,
% 127.40/79.94 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB8)) | (~v13(constB8, bitIndex2)) | v938(constB8, bitIndex1)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9308, 9307])).
% 127.40/79.94 tff(9310,plain,
% 127.40/79.94 ((~v11(constB8)) | v938(constB8, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9309, 8517, 9306])).
% 127.40/79.94 tff(9311,plain,
% 127.40/79.94 (v938(constB8, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9310, 9268])).
% 127.40/79.94 tff(9312,plain,
% 127.40/79.94 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB8, constB9)) | (~v938(constB8, bitIndex1)) | v940(constB9, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB8, constB9)) | (~v938(constB8, bitIndex1)) | v940(constB9, bitIndex1))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9313,plain,
% 127.40/79.94 (((~nextState(constB8, constB9)) | v940(constB9, bitIndex1) | (~v938(constB8, bitIndex1))) <=> ((~nextState(constB8, constB9)) | (~v938(constB8, bitIndex1)) | v940(constB9, bitIndex1))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9314,plain,
% 127.40/79.94 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v940(constB9, bitIndex1) | (~v938(constB8, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB8, constB9)) | (~v938(constB8, bitIndex1)) | v940(constB9, bitIndex1)))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9313])).
% 127.40/79.94 tff(9315,plain,
% 127.40/79.94 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v940(constB9, bitIndex1) | (~v938(constB8, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB8, constB9)) | (~v938(constB8, bitIndex1)) | v940(constB9, bitIndex1))),
% 127.40/79.94 inference(transitivity,[status(thm)],[9314, 9312])).
% 127.40/79.94 tff(9316,plain,
% 127.40/79.94 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB8, constB9)) | v940(constB9, bitIndex1) | (~v938(constB8, bitIndex1)))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9317,plain,
% 127.40/79.94 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB8, constB9)) | (~v938(constB8, bitIndex1)) | v940(constB9, bitIndex1)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9316, 9315])).
% 127.40/79.94 tff(9318,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9317, 8498, 121, 7645, 6423])).
% 127.40/79.94 tff(9319,plain,(v940(constB9, bitIndex1) | (~v938(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9320,plain,
% 127.40/79.94 (v940(constB9, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9319, 9311])).
% 127.40/79.94 tff(9321,plain,
% 127.40/79.94 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB9)) | v929(constB9, bitIndex1) | (~v940(constB9, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB9)) | v929(constB9, bitIndex1) | (~v940(constB9, bitIndex1)))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9322,plain,
% 127.40/79.94 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB9)) | v929(constB9, bitIndex1) | (~v940(constB9, bitIndex1)))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9323,plain,
% 127.40/79.94 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB9)) | v929(constB9, bitIndex1) | (~v940(constB9, bitIndex1))),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9322, 9321])).
% 127.40/79.94 tff(9324,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9323, 8481, 6441, 6449, 6414])).
% 127.40/79.94 tff(9325,plain,(v929(constB9, bitIndex1) | (~v940(constB9, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9326,plain,
% 127.40/79.94 (v929(constB9, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9325, 9320])).
% 127.40/79.94 tff(9327,plain,
% 127.40/79.94 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB9, bitIndex2)) | (~nextState(constB9, constB10)) | v930(constB10) | v7(constB10, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB9, bitIndex2)) | (~nextState(constB9, constB10)) | v930(constB10) | v7(constB10, bitIndex2))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9328,plain,
% 127.40/79.94 (((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex2)) | v930(constB10) | v7(constB10, bitIndex2)) <=> ((~v7(constB9, bitIndex2)) | (~nextState(constB9, constB10)) | v930(constB10) | v7(constB10, bitIndex2))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9329,plain,
% 127.40/79.94 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex2)) | v930(constB10) | v7(constB10, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB9, bitIndex2)) | (~nextState(constB9, constB10)) | v930(constB10) | v7(constB10, bitIndex2)))),
% 127.40/79.94 inference(monotonicity,[status(thm)],[9328])).
% 127.40/79.94 tff(9330,plain,
% 127.40/79.94 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex2)) | v930(constB10) | v7(constB10, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB9, bitIndex2)) | (~nextState(constB9, constB10)) | v930(constB10) | v7(constB10, bitIndex2))),
% 127.40/79.94 inference(transitivity,[status(thm)],[9329, 9327])).
% 127.40/79.94 tff(9331,plain,
% 127.40/79.94 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB9, constB10)) | (~v7(constB9, bitIndex2)) | v930(constB10) | v7(constB10, bitIndex2))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9332,plain,
% 127.40/79.94 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB9, bitIndex2)) | (~nextState(constB9, constB10)) | v930(constB10) | v7(constB10, bitIndex2)),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9331, 9330])).
% 127.40/79.94 tff(9333,plain,
% 127.40/79.94 ((~v7(constB9, bitIndex2)) | v930(constB10) | v7(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9332, 8446, 131])).
% 127.40/79.94 tff(9334,plain,
% 127.40/79.94 ((~v7(constB9, bitIndex2)) | v7(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9333, 6404])).
% 127.40/79.94 tff(9335,plain,
% 127.40/79.94 (~v7(constB9, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9334, 6360])).
% 127.40/79.94 tff(9336,plain,
% 127.40/79.94 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB9, bitIndex2) | (~v929(constB9, bitIndex1)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB9, bitIndex2) | (~v929(constB9, bitIndex1)))),
% 127.40/79.94 inference(rewrite,[status(thm)],[])).
% 127.40/79.94 tff(9337,plain,
% 127.40/79.94 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB9, bitIndex2) | (~v929(constB9, bitIndex1)))),
% 127.40/79.94 inference(quant_inst,[status(thm)],[])).
% 127.40/79.94 tff(9338,plain,
% 127.40/79.94 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB9, bitIndex2) | (~v929(constB9, bitIndex1))),
% 127.40/79.94 inference(modus_ponens,[status(thm)],[9337, 9336])).
% 127.40/79.94 tff(9339,plain,
% 127.40/79.94 ($false),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9338, 8464, 9335, 9326])).
% 127.40/79.94 tff(9340,plain,(v7(constB10, bitIndex2) | (constB18 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB6, bitIndex0)) | (~v7(constB8, bitIndex0)) | (~v7(constB20, bitIndex0)) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.94 tff(9341,plain,
% 127.40/79.94 (v7(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9340, 1, 5776, 5775, 5147, 5529, 3984, 2662, 9171, 3960, 5284, 1245])).
% 127.40/79.94 tff(9342,plain,
% 127.40/79.94 (v7(constB9, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6412, 9341])).
% 127.40/79.94 tff(9343,plain,
% 127.40/79.94 (v929(constB9, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6420, 9342])).
% 127.40/79.94 tff(9344,plain,
% 127.40/79.94 (v940(constB9, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6446, 9343])).
% 127.40/79.94 tff(9345,plain,
% 127.40/79.94 (v938(constB8, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6454, 9344])).
% 127.40/79.94 tff(9346,plain,
% 127.40/79.94 (v11(constB8)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7649, 335, 9345])).
% 127.40/79.94 tff(9347,plain,
% 127.40/79.94 (v13(constB8, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9305, 1, 1245, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5792, 5785, 5778, 5284, 5777, 5776, 5775])).
% 127.40/79.94 tff(9348,plain,
% 127.40/79.94 (~v13(constB8, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7039, 9347, 342, 6726, 835])).
% 127.40/79.94 tff(9349,plain,
% 127.40/79.94 ((~v1050(constB8)) | (~v11(constB8))),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6491, 6040, 9348])).
% 127.40/79.94 tff(9350,plain,
% 127.40/79.94 (~v1050(constB8)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[9349, 9346])).
% 127.40/79.94 tff(9351,plain,
% 127.40/79.94 (~v1052(constB9)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6483, 9350])).
% 127.40/79.94 tff(9352,plain,
% 127.40/79.94 (~v7(constB9, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6478, 9351])).
% 127.40/79.94 tff(9353,plain,
% 127.40/79.94 (~v7(constB10, bitIndex0)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6470, 9352])).
% 127.40/79.94 tff(9354,plain,
% 127.40/79.94 (sP958(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6464, 5886, 9353])).
% 127.40/79.94 tff(9355,plain,
% 127.40/79.94 (~sP960(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7457, 5864, 9353])).
% 127.40/79.94 tff(9356,plain,
% 127.40/79.94 (v11(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[5370, 2409, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5792, 5785, 5778, 5284, 9161, 5777, 5776, 5775, 1245])).
% 127.40/79.94 tff(9357,plain,
% 127.40/79.94 (~sP959(constB10)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[6385, 9278, 7956])).
% 127.40/79.94 tff(9358,plain,
% 127.40/79.94 (v952(constB10, bitIndex1)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7445, 6151, 9357])).
% 127.40/79.94 tff(9359,plain,
% 127.40/79.94 (~v13(constB10, bitIndex2)),
% 127.40/79.94 inference(unit_resolution,[status(thm)],[7961, 9358])).
% 127.40/79.94 tff(9360,plain,
% 127.40/79.95 (~v938(constB10, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[7608, 9359])).
% 127.40/79.95 tff(9361,plain,
% 127.40/79.95 (v7(constB11, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[1772, 9272])).
% 127.40/79.95 tff(9362,plain,
% 127.40/79.95 (v929(constB11, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[1751, 9361])).
% 127.40/79.95 tff(9363,plain,
% 127.40/79.95 (v940(constB11, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[1743, 9362])).
% 127.40/79.95 tff(9364,plain,
% 127.40/79.95 ($false),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[1717, 9363, 9360])).
% 127.40/79.95 tff(9365,plain,((~(constB12 = sK952_VarCurr)) | (~v11(constB10)) | sP960(constB10) | (~v7(sK952_VarCurr, bitIndex2)) | (~sP958(constB10)) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.95 tff(9366,plain,
% 127.40/79.95 (~(constB12 = sK952_VarCurr)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9365, 9356, 9355, 2318, 9354, 1, 1516])).
% 127.40/79.95 tff(9367,plain,
% 127.40/79.95 (constB14 = sK952_VarCurr),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5347, 9366, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5320, 5792, 5785, 5778, 5308, 5284, 9161, 5777, 5776, 5280, 5775, 2409])).
% 127.40/79.95 tff(9368,plain,
% 127.40/79.95 (v7(constB14, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9367])).
% 127.40/79.95 tff(9369,plain,
% 127.40/79.95 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB14, bitIndex0)),
% 127.40/79.95 inference(symmetry,[status(thm)],[9368])).
% 127.40/79.95 tff(9370,plain,
% 127.40/79.95 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB14, bitIndex0))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9369])).
% 127.40/79.95 tff(9371,plain,
% 127.40/79.95 (~v7(constB14, bitIndex0)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[1245, 9370])).
% 127.40/79.95 tff(9372,plain,
% 127.40/79.95 (~v7(constB13, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2074, 9371])).
% 127.40/79.95 tff(9373,plain,
% 127.40/79.95 (~v1052(constB13)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2056, 9372])).
% 127.40/79.95 tff(9374,plain,
% 127.40/79.95 (~v1050(constB12)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2020, 9373])).
% 127.40/79.95 tff(9375,plain,
% 127.40/79.95 (v11(constB12)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2015, 1480, 9374])).
% 127.40/79.95 tff(9376,plain,
% 127.40/79.95 (v7(constB14, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[7544, 9367, 1516])).
% 127.40/79.95 tff(9377,plain,
% 127.40/79.95 (v7(constB13, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2214, 9376])).
% 127.40/79.95 tff(9378,plain,
% 127.40/79.95 (v956(constB13, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2191, 201, 9377])).
% 127.40/79.95 tff(9379,plain,
% 127.40/79.95 (v940(constB13, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 9378])).
% 127.40/79.95 tff(9380,plain,
% 127.40/79.95 (v938(constB12, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2159, 9379])).
% 127.40/79.95 tff(9381,plain,
% 127.40/79.95 (v13(constB12, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5366, 9367, 1245])).
% 127.40/79.95 tff(9382,plain,
% 127.40/79.95 (~v13(constB12, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[8033, 9381, 1, 9354, 9353, 9356])).
% 127.40/79.95 tff(9383,plain,
% 127.40/79.95 ((~v11(constB12)) | (~v938(constB12, bitIndex0))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2150, 320, 9382])).
% 127.40/79.95 tff(9384,plain,
% 127.40/79.95 ($false),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9383, 9380, 9375])).
% 127.40/79.95 tff(9385,plain,(v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (constB18 = sK952_VarCurr) | v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB20, bitIndex0)) | v11(constB4) | (~v11(constB6))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.95 tff(9386,plain,
% 127.40/79.95 (~v11(constB6)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9385, 1, 5284, 5147, 5529, 3984, 3960, 342, 1245])).
% 127.40/79.95 tff(9387,plain,
% 127.40/79.95 (~v938(constB6, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2531, 1104])).
% 127.40/79.95 tff(9388,plain,
% 127.40/79.95 (~v940(constB7, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2524, 9387])).
% 127.40/79.95 tff(9389,plain,
% 127.40/79.95 (~v956(constB7, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2516, 9388])).
% 127.40/79.95 tff(9390,plain,
% 127.40/79.95 (~v7(constB7, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2490, 9389])).
% 127.40/79.95 tff(9391,plain,
% 127.40/79.95 (~v7(constB8, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2482, 9390])).
% 127.40/79.95 tff(9392,plain,
% 127.40/79.95 (((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB6) | v11(constB6))) <=> ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB6) | v11(constB6))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9393,plain,
% 127.40/79.95 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | (v1050(constB6) | v11(constB6))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9394,plain,
% 127.40/79.95 ((~![VarCurr: $i] : (v1050(VarCurr) | v11(VarCurr))) | v1050(constB6) | v11(constB6)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9393, 9392])).
% 127.40/79.95 tff(9395,plain,
% 127.40/79.95 (v1050(constB6)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9394, 1480, 1104])).
% 127.40/79.95 tff(9396,plain,
% 127.40/79.95 (v1052(constB7)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2711, 9395])).
% 127.40/79.95 tff(9397,plain,
% 127.40/79.95 (v7(constB7, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2706, 9396])).
% 127.40/79.95 tff(9398,plain,
% 127.40/79.95 (v7(constB8, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9170, 9397])).
% 127.40/79.95 tff(9399,plain,
% 127.40/79.95 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB8)) | (~v7(constB8, bitIndex0)) | v13(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB8)) | (~v7(constB8, bitIndex0)) | v13(constB8, bitIndex0))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9400,plain,
% 127.40/79.95 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | ((~v32(constB8)) | (~v7(constB8, bitIndex0)) | v13(constB8, bitIndex0))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9401,plain,
% 127.40/79.95 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex0))) | (~v32(constB8)) | (~v7(constB8, bitIndex0)) | v13(constB8, bitIndex0)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9400, 9399])).
% 127.40/79.95 tff(9402,plain,
% 127.40/79.95 (v13(constB8, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9401, 1695, 9398, 8102])).
% 127.40/79.95 tff(9403,plain,
% 127.40/79.95 (~v13(constB8, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[7046, 9402, 2427, 9391])).
% 127.40/79.95 tff(9404,plain,
% 127.40/79.95 (~v938(constB8, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[7651, 9403])).
% 127.40/79.95 tff(9405,plain,
% 127.40/79.95 (~v940(constB9, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[6454, 9404])).
% 127.40/79.95 tff(9406,plain,
% 127.40/79.95 (~v929(constB9, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[6446, 9405])).
% 127.40/79.95 tff(9407,plain,
% 127.40/79.95 (~v7(constB9, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[6420, 9406])).
% 127.40/79.95 tff(9408,plain,
% 127.40/79.95 (~v7(constB10, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[6412, 9407])).
% 127.40/79.95 tff(9409,plain,
% 127.40/79.95 (~(constB10 = sK952_VarCurr)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[8222, 9408, 2318])).
% 127.40/79.95 tff(9410,plain,
% 127.40/79.95 (v11(constB10)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5370, 9409, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 9270, 5282, 5281, 4113, 1245])).
% 127.40/79.95 tff(9411,plain,
% 127.40/79.95 (~(constB12 = sK952_VarCurr)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9286, 1, 9410, 9408, 2318, 1516])).
% 127.40/79.95 tff(9412,plain,
% 127.40/79.95 (constB14 = sK952_VarCurr),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5347, 9411, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 5310, 2408, 5309, 5308, 5284, 9270, 5282, 5281, 5280, 4113, 9409])).
% 127.40/79.95 tff(9413,plain,
% 127.40/79.95 (v13(constB12, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5366, 9412, 1245])).
% 127.40/79.95 tff(9414,plain,
% 127.40/79.95 (~v13(constB12, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[8137, 9413, 2427, 1104, 1, 9410])).
% 127.40/79.95 tff(9415,plain,
% 127.40/79.95 (v7(constB14, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[7544, 9412, 1516])).
% 127.40/79.95 tff(9416,plain,
% 127.40/79.95 (v7(constB13, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2214, 9415])).
% 127.40/79.95 tff(9417,plain,
% 127.40/79.95 (v956(constB13, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2191, 201, 9416])).
% 127.40/79.95 tff(9418,plain,
% 127.40/79.95 (v940(constB13, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 9417])).
% 127.40/79.95 tff(9419,plain,
% 127.40/79.95 (v938(constB12, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2159, 9418])).
% 127.40/79.95 tff(9420,plain,
% 127.40/79.95 (v7(constB14, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9412])).
% 127.40/79.95 tff(9421,plain,
% 127.40/79.95 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB14, bitIndex0)),
% 127.40/79.95 inference(symmetry,[status(thm)],[9420])).
% 127.40/79.95 tff(9422,plain,
% 127.40/79.95 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB14, bitIndex0))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9421])).
% 127.40/79.95 tff(9423,plain,
% 127.40/79.95 (~v7(constB14, bitIndex0)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[1245, 9422])).
% 127.40/79.95 tff(9424,plain,
% 127.40/79.95 (~v7(constB13, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2074, 9423])).
% 127.40/79.95 tff(9425,plain,
% 127.40/79.95 (~v1052(constB13)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2056, 9424])).
% 127.40/79.95 tff(9426,plain,
% 127.40/79.95 (~v1050(constB12)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2020, 9425])).
% 127.40/79.95 tff(9427,plain,
% 127.40/79.95 (v11(constB12)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2015, 1480, 9426])).
% 127.40/79.95 tff(9428,plain,
% 127.40/79.95 ($false),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2150, 320, 9427, 9419, 9414])).
% 127.40/79.95 tff(9429,plain,(v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB8, bitIndex2) | v11(constB6) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.95 tff(9430,plain,
% 127.40/79.95 (v7(constB8, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9429, 9386, 1, 1245, 5856, 5849, 5842, 5835, 5834, 5827, 5799, 5792, 5785, 5778, 5284, 5777, 5776, 5775])).
% 127.40/79.95 tff(9431,plain,
% 127.40/79.95 (v7(constB7, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2450, 9430])).
% 127.40/79.95 tff(9432,plain,
% 127.40/79.95 (v929(constB7, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2454, 778, 9431])).
% 127.40/79.95 tff(9433,plain,
% 127.40/79.95 (~v938(constB6, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[8146, 9386])).
% 127.40/79.95 tff(9434,plain,
% 127.40/79.95 (~v940(constB7, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2545, 9433])).
% 127.40/79.95 tff(9435,plain,
% 127.40/79.95 ($false),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 9434, 9432])).
% 127.40/79.95 tff(9436,plain,(v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (constB18 = sK952_VarCurr) | v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB20, bitIndex0)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.95 tff(9437,plain,
% 127.40/79.95 (constB18 = sK952_VarCurr),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9436, 3954, 1, 342, 5147, 3984, 5529, 1245])).
% 127.40/79.95 tff(9438,plain,
% 127.40/79.95 (v7(constB18, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9437])).
% 127.40/79.95 tff(9439,plain,
% 127.40/79.95 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB18, bitIndex0)),
% 127.40/79.95 inference(symmetry,[status(thm)],[9438])).
% 127.40/79.95 tff(9440,plain,
% 127.40/79.95 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB18, bitIndex0))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9439])).
% 127.40/79.95 tff(9441,plain,
% 127.40/79.95 (~v7(constB18, bitIndex0)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[1245, 9440])).
% 127.40/79.95 tff(9442,plain,
% 127.40/79.95 (~v7(constB17, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[3787, 9441])).
% 127.40/79.95 tff(9443,plain,
% 127.40/79.95 ($false),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[3759, 3707, 9442])).
% 127.40/79.95 tff(9444,plain,(v11(constB16) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v11(constB4) | v1044(sK952_VarCurr) | v7(constB16, bitIndex1) | v13(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.95 tff(9445,plain,
% 127.40/79.95 (v11(constB16)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9444, 5774, 342, 1, 3984, 5523, 1245])).
% 127.40/79.95 tff(9446,plain,
% 127.40/79.95 (v7(constB20, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.40/79.95 inference(monotonicity,[status(thm)],[3955])).
% 127.40/79.95 tff(9447,plain,
% 127.40/79.95 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB20, bitIndex1)),
% 127.40/79.95 inference(symmetry,[status(thm)],[9446])).
% 127.40/79.95 tff(9448,plain,
% 127.40/79.95 (v7(constB20, bitIndex1)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[1516, 9447])).
% 127.40/79.95 tff(9449,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB19, constB20)) | v1(constB20) | (~v958(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB19, constB20)) | v1(constB20) | (~v958(constB20)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9450,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | ((~nextState(constB19, constB20)) | v1(constB20) | (~v958(constB20)))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9451,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v958(VarNext)))) | (~nextState(constB19, constB20)) | v1(constB20) | (~v958(constB20))),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9450, 9449])).
% 127.40/79.95 tff(9452,plain,
% 127.40/79.95 (~v958(constB20)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9451, 148, 3929, 3936])).
% 127.40/79.95 tff(9453,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB19, constB20)) | v958(constB20) | (~v957(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB19, constB20)) | v958(constB20) | (~v957(constB20)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9454,plain,
% 127.40/79.95 (((~nextState(constB19, constB20)) | (~v957(constB20)) | v958(constB20)) <=> ((~nextState(constB19, constB20)) | v958(constB20) | (~v957(constB20)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9455,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB19, constB20)) | (~v957(constB20)) | v958(constB20))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB19, constB20)) | v958(constB20) | (~v957(constB20))))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9454])).
% 127.40/79.95 tff(9456,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB19, constB20)) | (~v957(constB20)) | v958(constB20))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB19, constB20)) | v958(constB20) | (~v957(constB20)))),
% 127.40/79.95 inference(transitivity,[status(thm)],[9455, 9453])).
% 127.40/79.95 tff(9457,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | ((~nextState(constB19, constB20)) | (~v957(constB20)) | v958(constB20))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9458,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v957(VarNext)) | v958(VarNext))) | (~nextState(constB19, constB20)) | v958(constB20) | (~v957(constB20))),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9457, 9456])).
% 127.40/79.95 tff(9459,plain,
% 127.40/79.95 (v958(constB20) | (~v957(constB20))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9458, 162, 3929])).
% 127.40/79.95 tff(9460,plain,
% 127.40/79.95 (~v957(constB20)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9459, 9452])).
% 127.40/79.95 tff(9461,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB19, bitIndex1) | (~nextState(constB19, constB20)) | v957(constB20) | (~v7(constB20, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB19, bitIndex1) | (~nextState(constB19, constB20)) | v957(constB20) | (~v7(constB20, bitIndex1)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9462,plain,
% 127.40/79.95 (((~nextState(constB19, constB20)) | v7(constB19, bitIndex1) | v957(constB20) | (~v7(constB20, bitIndex1))) <=> (v7(constB19, bitIndex1) | (~nextState(constB19, constB20)) | v957(constB20) | (~v7(constB20, bitIndex1)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9463,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB19, constB20)) | v7(constB19, bitIndex1) | v957(constB20) | (~v7(constB20, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | (v7(constB19, bitIndex1) | (~nextState(constB19, constB20)) | v957(constB20) | (~v7(constB20, bitIndex1))))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9462])).
% 127.40/79.95 tff(9464,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB19, constB20)) | v7(constB19, bitIndex1) | v957(constB20) | (~v7(constB20, bitIndex1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB19, bitIndex1) | (~nextState(constB19, constB20)) | v957(constB20) | (~v7(constB20, bitIndex1)))),
% 127.40/79.95 inference(transitivity,[status(thm)],[9463, 9461])).
% 127.40/79.95 tff(9465,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | ((~nextState(constB19, constB20)) | v7(constB19, bitIndex1) | v957(constB20) | (~v7(constB20, bitIndex1)))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9466,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex1) | v957(VarNext) | (~v7(VarNext, bitIndex1)))) | v7(constB19, bitIndex1) | (~nextState(constB19, constB20)) | v957(constB20) | (~v7(constB20, bitIndex1))),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9465, 9464])).
% 127.40/79.95 tff(9467,plain,
% 127.40/79.95 (v7(constB19, bitIndex1) | v957(constB20) | (~v7(constB20, bitIndex1))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9466, 180, 3929])).
% 127.40/79.95 tff(9468,plain,
% 127.40/79.95 (v7(constB19, bitIndex1) | (~v7(constB20, bitIndex1))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9467, 9460])).
% 127.40/79.95 tff(9469,plain,
% 127.40/79.95 (v7(constB19, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9468, 9448])).
% 127.40/79.95 tff(9470,plain,
% 127.40/79.95 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB19, bitIndex1)) | v956(constB19, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB19, bitIndex1)) | v956(constB19, bitIndex0))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9471,plain,
% 127.40/79.95 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | ((~v7(constB19, bitIndex1)) | v956(constB19, bitIndex0))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9472,plain,
% 127.40/79.95 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex1)) | v956(VarCurr, bitIndex0))) | (~v7(constB19, bitIndex1)) | v956(constB19, bitIndex0)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9471, 9470])).
% 127.40/79.95 tff(9473,plain,
% 127.40/79.95 (v956(constB19, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9472, 201, 9469])).
% 127.40/79.95 tff(9474,plain,
% 127.40/79.95 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB19)) | (~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB19)) | (~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9475,plain,
% 127.40/79.95 ((v940(constB19, bitIndex0) | (~v957(constB19)) | (~v956(constB19, bitIndex0))) <=> ((~v957(constB19)) | (~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9476,plain,
% 127.40/79.95 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB19, bitIndex0) | (~v957(constB19)) | (~v956(constB19, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | ((~v957(constB19)) | (~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0)))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9475])).
% 127.40/79.95 tff(9477,plain,
% 127.40/79.95 (((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB19, bitIndex0) | (~v957(constB19)) | (~v956(constB19, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB19)) | (~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0))),
% 127.40/79.95 inference(transitivity,[status(thm)],[9476, 9474])).
% 127.40/79.95 tff(9478,plain,
% 127.40/79.95 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (v940(constB19, bitIndex0) | (~v957(constB19)) | (~v956(constB19, bitIndex0)))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9479,plain,
% 127.40/79.95 ((~![B: $i, VarNext: $i] : (v940(VarNext, B) | (~v957(VarNext)) | (~v956(VarNext, B)))) | (~v957(constB19)) | (~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9478, 9477])).
% 127.40/79.95 tff(9480,plain,
% 127.40/79.95 (v940(constB19, bitIndex0)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 9473])).
% 127.40/79.95 tff(9481,assumption,(v11(constB16)), introduced(assumption)).
% 127.40/79.95 tff(9482,plain,
% 127.40/79.95 ((~v11(constB16)) | (~v938(constB16, bitIndex1))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5572, 2226, 5495])).
% 127.40/79.95 tff(9483,plain,
% 127.40/79.95 (~v938(constB16, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9482, 9481])).
% 127.40/79.95 tff(9484,plain,
% 127.40/79.95 (~v940(constB17, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5581, 9483])).
% 127.40/79.95 tff(9485,plain,
% 127.40/79.95 (~v929(constB17, bitIndex1)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5607, 9484])).
% 127.40/79.95 tff(9486,plain,
% 127.40/79.95 (~v7(constB17, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5615, 9485])).
% 127.40/79.95 tff(9487,plain,
% 127.40/79.95 (~v7(constB18, bitIndex2)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[5636, 9486])).
% 127.40/79.95 tff(9488,plain,
% 127.40/79.95 (v7(constB20, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.40/79.95 inference(monotonicity,[status(thm)],[3955])).
% 127.40/79.95 tff(9489,plain,
% 127.40/79.95 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB20, bitIndex2)),
% 127.40/79.95 inference(symmetry,[status(thm)],[9488])).
% 127.40/79.95 tff(9490,plain,
% 127.40/79.95 (v7(constB20, bitIndex2)),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[2318, 9489])).
% 127.40/79.95 tff(9491,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB19, constB20)) | v1(constB20) | (~v931(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB19, constB20)) | v1(constB20) | (~v931(constB20)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9492,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB19, constB20)) | v1(constB20) | (~v931(constB20)))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9493,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB19, constB20)) | v1(constB20) | (~v931(constB20))),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9492, 9491])).
% 127.40/79.95 tff(9494,plain,
% 127.40/79.95 (~v931(constB20)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9493, 794, 3929, 3936])).
% 127.40/79.95 tff(9495,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB19, constB20)) | v931(constB20) | (~v930(constB20)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB19, constB20)) | v931(constB20) | (~v930(constB20)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9496,plain,
% 127.40/79.95 (((~nextState(constB19, constB20)) | (~v930(constB20)) | v931(constB20)) <=> ((~nextState(constB19, constB20)) | v931(constB20) | (~v930(constB20)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9497,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB19, constB20)) | (~v930(constB20)) | v931(constB20))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB19, constB20)) | v931(constB20) | (~v930(constB20))))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9496])).
% 127.40/79.95 tff(9498,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB19, constB20)) | (~v930(constB20)) | v931(constB20))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB19, constB20)) | v931(constB20) | (~v930(constB20)))),
% 127.40/79.95 inference(transitivity,[status(thm)],[9497, 9495])).
% 127.40/79.95 tff(9499,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB19, constB20)) | (~v930(constB20)) | v931(constB20))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9500,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB19, constB20)) | v931(constB20) | (~v930(constB20))),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9499, 9498])).
% 127.40/79.95 tff(9501,plain,
% 127.40/79.95 (v931(constB20) | (~v930(constB20))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9500, 808, 3929])).
% 127.40/79.95 tff(9502,plain,
% 127.40/79.95 (~v930(constB20)),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9501, 9494])).
% 127.40/79.95 tff(9503,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB19, bitIndex2) | (~nextState(constB19, constB20)) | v930(constB20) | (~v7(constB20, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB19, bitIndex2) | (~nextState(constB19, constB20)) | v930(constB20) | (~v7(constB20, bitIndex2)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9504,plain,
% 127.40/79.95 (((~nextState(constB19, constB20)) | v7(constB19, bitIndex2) | v930(constB20) | (~v7(constB20, bitIndex2))) <=> (v7(constB19, bitIndex2) | (~nextState(constB19, constB20)) | v930(constB20) | (~v7(constB20, bitIndex2)))),
% 127.40/79.95 inference(rewrite,[status(thm)],[])).
% 127.40/79.95 tff(9505,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB19, constB20)) | v7(constB19, bitIndex2) | v930(constB20) | (~v7(constB20, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB19, bitIndex2) | (~nextState(constB19, constB20)) | v930(constB20) | (~v7(constB20, bitIndex2))))),
% 127.40/79.95 inference(monotonicity,[status(thm)],[9504])).
% 127.40/79.95 tff(9506,plain,
% 127.40/79.95 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB19, constB20)) | v7(constB19, bitIndex2) | v930(constB20) | (~v7(constB20, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB19, bitIndex2) | (~nextState(constB19, constB20)) | v930(constB20) | (~v7(constB20, bitIndex2)))),
% 127.40/79.95 inference(transitivity,[status(thm)],[9505, 9503])).
% 127.40/79.95 tff(9507,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB19, constB20)) | v7(constB19, bitIndex2) | v930(constB20) | (~v7(constB20, bitIndex2)))),
% 127.40/79.95 inference(quant_inst,[status(thm)],[])).
% 127.40/79.95 tff(9508,plain,
% 127.40/79.95 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB19, bitIndex2) | (~nextState(constB19, constB20)) | v930(constB20) | (~v7(constB20, bitIndex2))),
% 127.40/79.95 inference(modus_ponens,[status(thm)],[9507, 9506])).
% 127.40/79.95 tff(9509,plain,
% 127.40/79.95 (v7(constB19, bitIndex2) | v930(constB20) | (~v7(constB20, bitIndex2))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9508, 826, 3929])).
% 127.40/79.95 tff(9510,plain,
% 127.40/79.95 (v7(constB19, bitIndex2) | (~v7(constB20, bitIndex2))),
% 127.40/79.95 inference(unit_resolution,[status(thm)],[9509, 9502])).
% 127.40/79.96 tff(9511,plain,
% 127.40/79.96 (v7(constB19, bitIndex2)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9510, 9490])).
% 127.40/79.96 tff(9512,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB19, bitIndex2)) | v929(constB19, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB19, bitIndex2)) | v929(constB19, bitIndex1))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9513,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB19, bitIndex2)) | v929(constB19, bitIndex1))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9514,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB19, bitIndex2)) | v929(constB19, bitIndex1)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9513, 9512])).
% 127.40/79.96 tff(9515,plain,
% 127.40/79.96 (v929(constB19, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9514, 778, 9511])).
% 127.40/79.96 tff(9516,plain,
% 127.40/79.96 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB19)) | (~v929(constB19, bitIndex1)) | v940(constB19, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB19)) | (~v929(constB19, bitIndex1)) | v940(constB19, bitIndex1))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9517,plain,
% 127.40/79.96 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB19)) | (~v929(constB19, bitIndex1)) | v940(constB19, bitIndex1))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9518,plain,
% 127.40/79.96 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB19)) | (~v929(constB19, bitIndex1)) | v940(constB19, bitIndex1)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9517, 9516])).
% 127.40/79.96 tff(9519,plain,
% 127.40/79.96 (v940(constB19, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 9515])).
% 127.40/79.96 tff(9520,plain,
% 127.40/79.96 (~v7(constB20, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3962, 3955, 1245])).
% 127.40/79.96 tff(9521,plain,
% 127.40/79.96 (~v7(constB19, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3953, 9520])).
% 127.40/79.96 tff(9522,plain,
% 127.40/79.96 (~v1052(constB19)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3925, 9521])).
% 127.40/79.96 tff(9523,plain,
% 127.40/79.96 (~v1050(constB18)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3882, 9522])).
% 127.40/79.96 tff(9524,plain,
% 127.40/79.96 (v11(constB18)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3872, 1480, 9523])).
% 127.40/79.96 tff(9525,assumption,(~v13(constB18, bitIndex2)), introduced(assumption)).
% 127.40/79.96 tff(9526,plain,
% 127.40/79.96 ((~v11(constB18)) | (~v938(constB18, bitIndex1))),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5675, 2226, 9525])).
% 127.40/79.96 tff(9527,plain,
% 127.40/79.96 (~v938(constB18, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9526, 9524])).
% 127.40/79.96 tff(9528,plain,
% 127.40/79.96 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, constB19)) | (~v940(constB19, bitIndex1)) | v938(constB18, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, constB19)) | (~v940(constB19, bitIndex1)) | v938(constB18, bitIndex1))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9529,plain,
% 127.40/79.96 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, constB19)) | (~v940(constB19, bitIndex1)) | v938(constB18, bitIndex1))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9530,plain,
% 127.40/79.96 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, constB19)) | (~v940(constB19, bitIndex1)) | v938(constB18, bitIndex1)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9529, 9528])).
% 127.40/79.96 tff(9531,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9530, 302, 3878, 9527, 9519])).
% 127.40/79.96 tff(9532,plain,((~(constB20 = sK952_VarCurr)) | v13(constB18, bitIndex2) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9533,plain,
% 127.40/79.96 (v13(constB18, bitIndex2)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9532, 3955, 1245])).
% 127.40/79.96 tff(9534,assumption,(~v7(constB16, bitIndex2)), introduced(assumption)).
% 127.40/79.96 tff(9535,plain,
% 127.40/79.96 (sP959(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5510, 1871, 9534])).
% 127.40/79.96 tff(9536,plain,
% 127.40/79.96 (v7(constB18, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5738, 5707, 5712, 5721])).
% 127.40/79.96 tff(9537,plain,
% 127.40/79.96 (v7(constB17, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5759, 9536])).
% 127.40/79.96 tff(9538,plain,
% 127.40/79.96 (v956(constB17, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5763, 201, 9537])).
% 127.40/79.96 tff(9539,plain,
% 127.40/79.96 (v940(constB17, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5567, 9538])).
% 127.40/79.96 tff(9540,plain,
% 127.40/79.96 (v938(constB16, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5541, 9539])).
% 127.40/79.96 tff(9541,plain,
% 127.40/79.96 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5532, 320, 9481])).
% 127.40/79.96 tff(9542,plain,
% 127.40/79.96 (v13(constB16, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9541, 9540])).
% 127.40/79.96 tff(9543,plain,
% 127.40/79.96 ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5521, 1886, 3984])).
% 127.40/79.96 tff(9544,plain,
% 127.40/79.96 (~sP958(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9543, 9542, 9535])).
% 127.40/79.96 tff(9545,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB16) | (~v28(constB16, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB16) | (~v28(constB16, bitIndex1)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9546,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | (sP958(constB16) | (~v28(constB16, bitIndex1)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9547,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex1)))) | sP958(constB16) | (~v28(constB16, bitIndex1))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9546, 9545])).
% 127.40/79.96 tff(9548,plain,
% 127.40/79.96 (~v28(constB16, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9547, 1912, 9544])).
% 127.40/79.96 tff(9549,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB16) | (~v28(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB16) | (~v28(constB16, bitIndex0)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9550,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB16) | (~v28(constB16, bitIndex0)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9551,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB16) | (~v28(constB16, bitIndex0))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9550, 9549])).
% 127.40/79.96 tff(9552,plain,
% 127.40/79.96 (~v28(constB16, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9551, 1901, 9544])).
% 127.40/79.96 tff(9553,plain,
% 127.40/79.96 (~v32(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5514, 1923, 9544])).
% 127.40/79.96 tff(9554,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB18, bitIndex0) | (~sP960(constB18)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB18, bitIndex0) | (~sP960(constB18)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9555,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB18, bitIndex0) | (~sP960(constB18)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9556,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB18, bitIndex0) | (~sP960(constB18))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9555, 9554])).
% 127.40/79.96 tff(9557,plain,
% 127.40/79.96 (v7(constB18, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9556, 5864, 5726])).
% 127.40/79.96 tff(9558,plain,
% 127.40/79.96 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v1044(constB18) | (~v7(constB18, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v1044(constB18) | (~v7(constB18, bitIndex0)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9559,plain,
% 127.40/79.96 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v1044(constB18) | (~v7(constB18, bitIndex0)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9560,plain,
% 127.40/79.96 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v1044(constB18) | (~v7(constB18, bitIndex0))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9559, 9558])).
% 127.40/79.96 tff(9561,plain,
% 127.40/79.96 (v7(constB17, bitIndex0) | v1044(constB18) | (~v7(constB18, bitIndex0))),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9560, 5991, 3763])).
% 127.40/79.96 tff(9562,plain,
% 127.40/79.96 (v7(constB17, bitIndex0) | (~v7(constB18, bitIndex0))),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9561, 3782])).
% 127.40/79.96 tff(9563,plain,
% 127.40/79.96 (v7(constB17, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9562, 9557])).
% 127.40/79.96 tff(9564,plain,
% 127.40/79.96 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB17, bitIndex0)) | v1052(constB17) | (~v1044(constB17)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB17, bitIndex0)) | v1052(constB17) | (~v1044(constB17)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9565,plain,
% 127.40/79.96 (((~v7(constB17, bitIndex0)) | (~v1044(constB17)) | v1052(constB17)) <=> ((~v7(constB17, bitIndex0)) | v1052(constB17) | (~v1044(constB17)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9566,plain,
% 127.40/79.96 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB17, bitIndex0)) | (~v1044(constB17)) | v1052(constB17))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB17, bitIndex0)) | v1052(constB17) | (~v1044(constB17))))),
% 127.40/79.96 inference(monotonicity,[status(thm)],[9565])).
% 127.40/79.96 tff(9567,plain,
% 127.40/79.96 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB17, bitIndex0)) | (~v1044(constB17)) | v1052(constB17))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB17, bitIndex0)) | v1052(constB17) | (~v1044(constB17)))),
% 127.40/79.96 inference(transitivity,[status(thm)],[9566, 9564])).
% 127.40/79.96 tff(9568,plain,
% 127.40/79.96 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB17, bitIndex0)) | (~v1044(constB17)) | v1052(constB17))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9569,plain,
% 127.40/79.96 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB17, bitIndex0)) | v1052(constB17) | (~v1044(constB17))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9568, 9567])).
% 127.40/79.96 tff(9570,plain,
% 127.40/79.96 ((~v7(constB17, bitIndex0)) | v1052(constB17)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9569, 6007, 3752])).
% 127.40/79.96 tff(9571,plain,
% 127.40/79.96 (v1052(constB17)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9570, 9563])).
% 127.40/79.96 tff(9572,plain,
% 127.40/79.96 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB16, constB17)) | v1050(constB16) | (~v1052(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB16, constB17)) | v1050(constB16) | (~v1052(constB17)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9573,plain,
% 127.40/79.96 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB16, constB17)) | v1050(constB16) | (~v1052(constB17)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9574,plain,
% 127.40/79.96 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB16, constB17)) | v1050(constB16) | (~v1052(constB17))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9573, 9572])).
% 127.40/79.96 tff(9575,plain,
% 127.40/79.96 (v1050(constB16) | (~v1052(constB17))),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9574, 6025, 3702])).
% 127.40/79.96 tff(9576,plain,
% 127.40/79.96 (v1050(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9575, 9571])).
% 127.40/79.96 tff(9577,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB16)) | (~v11(constB16)) | v13(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB16)) | (~v11(constB16)) | v13(constB16, bitIndex0))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9578,plain,
% 127.40/79.96 (((~v11(constB16)) | v13(constB16, bitIndex0) | (~v1050(constB16))) <=> ((~v1050(constB16)) | (~v11(constB16)) | v13(constB16, bitIndex0))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9579,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB16)) | v13(constB16, bitIndex0) | (~v1050(constB16)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB16)) | (~v11(constB16)) | v13(constB16, bitIndex0)))),
% 127.40/79.96 inference(monotonicity,[status(thm)],[9578])).
% 127.40/79.96 tff(9580,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB16)) | v13(constB16, bitIndex0) | (~v1050(constB16)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB16)) | (~v11(constB16)) | v13(constB16, bitIndex0))),
% 127.40/79.96 inference(transitivity,[status(thm)],[9579, 9577])).
% 127.40/79.96 tff(9581,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB16)) | v13(constB16, bitIndex0) | (~v1050(constB16)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9582,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB16)) | (~v11(constB16)) | v13(constB16, bitIndex0)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9581, 9580])).
% 127.40/79.96 tff(9583,plain,
% 127.40/79.96 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9582, 6040, 9481])).
% 127.40/79.96 tff(9584,plain,
% 127.40/79.96 (v13(constB16, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9583, 9576])).
% 127.40/79.96 tff(9585,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9586,plain,
% 127.40/79.96 ((v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0))) <=> (v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9587,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16)))),
% 127.40/79.96 inference(monotonicity,[status(thm)],[9586])).
% 127.40/79.96 tff(9588,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16))),
% 127.40/79.96 inference(transitivity,[status(thm)],[9587, 9585])).
% 127.40/79.96 tff(9589,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9590,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9589, 9588])).
% 127.40/79.96 tff(9591,plain,
% 127.40/79.96 (v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9590, 1785, 3984])).
% 127.40/79.96 tff(9592,plain,
% 127.40/79.96 (sP957(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9591, 9584, 9534])).
% 127.40/79.96 tff(9593,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)) | (~v924(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)) | (~v924(constB16, bitIndex0)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9594,plain,
% 127.40/79.96 (((~v924(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16))) <=> (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)) | (~v924(constB16, bitIndex0)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9595,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)) | (~v924(constB16, bitIndex0))))),
% 127.40/79.96 inference(monotonicity,[status(thm)],[9594])).
% 127.40/79.96 tff(9596,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)) | (~v924(constB16, bitIndex0)))),
% 127.40/79.96 inference(transitivity,[status(thm)],[9595, 9593])).
% 127.40/79.96 tff(9597,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9598,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~sP957(constB16)) | (~v924(constB16, bitIndex0))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9597, 9596])).
% 127.40/79.96 tff(9599,plain,
% 127.40/79.96 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9598, 1938, 9592])).
% 127.40/79.96 tff(9600,plain,
% 127.40/79.96 (~v924(constB16, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9599, 9553, 9552, 9548])).
% 127.40/79.96 tff(9601,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB16) | (~v1003(constB16)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB16) | (~v1003(constB16)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9602,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB16) | (~v1003(constB16)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9603,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB16) | (~v1003(constB16))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9602, 9601])).
% 127.40/79.96 tff(9604,plain,
% 127.40/79.96 (~v1003(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9603, 1953, 9544])).
% 127.40/79.96 tff(9605,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB16) | (~v17(constB16, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB16) | (~v17(constB16, bitIndex2)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9606,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB16) | (~v17(constB16, bitIndex2)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9607,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB16) | (~v17(constB16, bitIndex2))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9606, 9605])).
% 127.40/79.96 tff(9608,plain,
% 127.40/79.96 (~v17(constB16, bitIndex2)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9607, 1220, 9544])).
% 127.40/79.96 tff(9609,plain,
% 127.40/79.96 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB16) | v1003(constB16) | v17(constB16, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB16) | v1003(constB16) | v17(constB16, bitIndex2))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9610,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB16) | v1003(constB16) | v17(constB16, bitIndex2))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9611,plain,
% 127.40/79.96 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB16) | v1003(constB16) | v17(constB16, bitIndex2)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9610, 9609])).
% 127.40/79.96 tff(9612,plain,
% 127.40/79.96 (sP954_aig_name(constB16)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9611, 1971, 9608, 9604])).
% 127.40/79.96 tff(9613,plain,
% 127.40/79.96 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB16)) | v924(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB16)) | v924(constB16, bitIndex0))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9614,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB16)) | v924(constB16, bitIndex0))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9615,plain,
% 127.40/79.96 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB16)) | v924(constB16, bitIndex0)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9614, 9613])).
% 127.40/79.96 tff(9616,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9615, 1982, 9612, 9600])).
% 127.40/79.96 tff(9617,plain,(v7(constB18, bitIndex2) | v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | (~v11(constB16)) | (~v13(constB18, bitIndex2)) | (~v13(constB18, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9618,plain,
% 127.40/79.96 (v7(constB16, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9617, 5507, 5707, 5712, 9481, 5721])).
% 127.40/79.96 tff(9619,plain,
% 127.40/79.96 (v7(constB15, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4007, 9618])).
% 127.40/79.96 tff(9620,plain,
% 127.40/79.96 (v956(constB15, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4011, 201, 9619])).
% 127.40/79.96 tff(9621,plain,
% 127.40/79.96 (v940(constB15, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4018, 281, 1504, 9620])).
% 127.40/79.96 tff(9622,plain,
% 127.40/79.96 (v938(constB14, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4022, 302, 1375, 9621])).
% 127.40/79.96 tff(9623,plain,
% 127.40/79.96 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB14) | (~v938(constB14, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB14) | (~v938(constB14, bitIndex0)))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9624,plain,
% 127.40/79.96 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB14) | (~v938(constB14, bitIndex0)))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9625,plain,
% 127.40/79.96 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB14) | (~v938(constB14, bitIndex0))),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9624, 9623])).
% 127.40/79.96 tff(9626,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9625, 335, 5374, 9622])).
% 127.40/79.96 tff(9627,plain,(v11(constB14) | v7(constB18, bitIndex2) | (~v13(constB18, bitIndex1)) | (~v11(constB16)) | (~v13(constB18, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9628,plain,
% 127.40/79.96 (~v13(constB18, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9627, 9533, 5374, 9481, 9487])).
% 127.40/79.96 tff(9629,assumption,(v11(constB18)), introduced(assumption)).
% 127.40/79.96 tff(9630,plain,
% 127.40/79.96 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[5703, 320, 9629])).
% 127.40/79.96 tff(9631,plain,
% 127.40/79.96 (~v938(constB18, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9630, 9628])).
% 127.40/79.96 tff(9632,plain,
% 127.40/79.96 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, constB19)) | (~v940(constB19, bitIndex0)) | v938(constB18, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, constB19)) | (~v940(constB19, bitIndex0)) | v938(constB18, bitIndex0))),
% 127.40/79.96 inference(rewrite,[status(thm)],[])).
% 127.40/79.96 tff(9633,plain,
% 127.40/79.96 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB18, constB19)) | (~v940(constB19, bitIndex0)) | v938(constB18, bitIndex0))),
% 127.40/79.96 inference(quant_inst,[status(thm)],[])).
% 127.40/79.96 tff(9634,plain,
% 127.40/79.96 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB18, constB19)) | (~v940(constB19, bitIndex0)) | v938(constB18, bitIndex0)),
% 127.40/79.96 inference(modus_ponens,[status(thm)],[9633, 9632])).
% 127.40/79.96 tff(9635,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 9631, 9480])).
% 127.40/79.96 tff(9636,plain,((~(constB20 = sK952_VarCurr)) | (~v11(constB18)) | v11(constB14) | (~v11(constB16)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9637,plain,
% 127.40/79.96 (~v11(constB18)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9636, 9445, 5374, 5767, 1245])).
% 127.40/79.96 tff(9638,plain,
% 127.40/79.96 (~v7(constB20, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3962, 5767, 1245])).
% 127.40/79.96 tff(9639,plain,
% 127.40/79.96 (~v7(constB19, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3953, 9638])).
% 127.40/79.96 tff(9640,plain,
% 127.40/79.96 (~v1052(constB19)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3925, 9639])).
% 127.40/79.96 tff(9641,plain,
% 127.40/79.96 (~v1050(constB18)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3882, 9640])).
% 127.40/79.96 tff(9642,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[3872, 1480, 9641, 9637])).
% 127.40/79.96 tff(9643,plain,(v7(constB16, bitIndex1) | v11(constB14) | v7(sK952_VarCurr, bitIndex0) | v11(constB4) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9644,plain,
% 127.40/79.96 (v7(constB16, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9643, 5374, 1245, 342, 1, 2408, 2407, 1246])).
% 127.40/79.96 tff(9645,plain,
% 127.40/79.96 (v7(constB15, bitIndex1)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4007, 9644])).
% 127.40/79.96 tff(9646,assumption,(~v956(constB15, bitIndex0)), introduced(assumption)).
% 127.40/79.96 tff(9647,assumption,(v7(constB15, bitIndex1)), introduced(assumption)).
% 127.40/79.96 tff(9648,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4011, 201, 9647, 9646])).
% 127.40/79.96 tff(9649,plain,((~v7(constB15, bitIndex1)) | v956(constB15, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9650,plain,
% 127.40/79.96 (v956(constB15, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9649, 9645])).
% 127.40/79.96 tff(9651,assumption,(v956(constB15, bitIndex0)), introduced(assumption)).
% 127.40/79.96 tff(9652,assumption,(~v940(constB15, bitIndex0)), introduced(assumption)).
% 127.40/79.96 tff(9653,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4018, 281, 1504, 9652, 9651])).
% 127.40/79.96 tff(9654,plain,((~v956(constB15, bitIndex0)) | v940(constB15, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9655,plain,
% 127.40/79.96 (v940(constB15, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9654, 9650])).
% 127.40/79.96 tff(9656,assumption,(~v938(constB14, bitIndex0)), introduced(assumption)).
% 127.40/79.96 tff(9657,assumption,(v940(constB15, bitIndex0)), introduced(assumption)).
% 127.40/79.96 tff(9658,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[4022, 302, 1375, 9657, 9656])).
% 127.40/79.96 tff(9659,plain,((~v940(constB15, bitIndex0)) | v938(constB14, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9660,plain,
% 127.40/79.96 (v938(constB14, bitIndex0)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9659, 9655])).
% 127.40/79.96 tff(9661,plain,
% 127.40/79.96 ($false),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9625, 335, 5374, 9660])).
% 127.40/79.96 tff(9662,plain,(v11(constB14) | v7(sK952_VarCurr, bitIndex0) | v11(constB4) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.96 tff(9663,plain,
% 127.40/79.96 (v11(constB14)),
% 127.40/79.96 inference(unit_resolution,[status(thm)],[9662, 1246, 342, 1, 2408, 2407, 1245])).
% 127.40/79.96 tff(9664,assumption,(~v1017(constB10, bitIndex2)), introduced(assumption)).
% 127.40/79.96 tff(9665,plain,
% 127.40/79.96 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB10) | (~b100(bitIndex2)) | v1017(constB10, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB10) | (~b100(bitIndex2)) | v1017(constB10, bitIndex2))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9666,plain,
% 127.40/79.97 ((v11(constB10) | v1017(constB10, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB10) | (~b100(bitIndex2)) | v1017(constB10, bitIndex2))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9667,plain,
% 127.40/79.97 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB10) | v1017(constB10, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB10) | (~b100(bitIndex2)) | v1017(constB10, bitIndex2)))),
% 127.40/79.97 inference(monotonicity,[status(thm)],[9666])).
% 127.40/79.97 tff(9668,plain,
% 127.40/79.97 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB10) | v1017(constB10, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB10) | (~b100(bitIndex2)) | v1017(constB10, bitIndex2))),
% 127.40/79.97 inference(transitivity,[status(thm)],[9667, 9665])).
% 127.40/79.97 tff(9669,plain,
% 127.40/79.97 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB10) | v1017(constB10, bitIndex2) | (~b100(bitIndex2)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9670,plain,
% 127.40/79.97 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB10) | (~b100(bitIndex2)) | v1017(constB10, bitIndex2)),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9669, 9668])).
% 127.40/79.97 tff(9671,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9670, 439, 436, 1246, 9664])).
% 127.40/79.97 tff(9672,plain,(v1017(constB10, bitIndex2) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9673,plain,
% 127.40/79.97 (v1017(constB10, bitIndex2)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9672, 1246])).
% 127.40/79.97 tff(9674,assumption,(~v1019(constB11, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9675,assumption,(v1017(constB10, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9676,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB10, constB11)) | v1019(constB11, bitIndex2) | (~v1017(constB10, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB10, constB11)) | v1019(constB11, bitIndex2) | (~v1017(constB10, bitIndex2)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9677,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB10, constB11)) | v1019(constB11, bitIndex2) | (~v1017(constB10, bitIndex2)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9678,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB10, constB11)) | v1019(constB11, bitIndex2) | (~v1017(constB10, bitIndex2))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9677, 9676])).
% 127.40/79.97 tff(9679,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9678, 422, 1258, 9675, 9674])).
% 127.40/79.97 tff(9680,plain,(v1019(constB11, bitIndex2) | (~v1017(constB10, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9681,plain,
% 127.40/79.97 (v1019(constB11, bitIndex2)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9680, 9673])).
% 127.40/79.97 tff(9682,assumption,(~v17(constB11, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9683,assumption,(v1019(constB11, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9684,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v1013(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v1013(constB11))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9685,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB10, constB11)) | v934(constB11) | v1013(constB11))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9686,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB10, constB11)) | v934(constB11) | v1013(constB11)),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9685, 9684])).
% 127.40/79.97 tff(9687,plain,
% 127.40/79.97 (v934(constB11) | v1013(constB11)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9686, 360, 1258])).
% 127.40/79.97 tff(9688,plain,
% 127.40/79.97 (v1013(constB11)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9687, 1273])).
% 127.40/79.97 tff(9689,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v1012(constB11) | (~v1013(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v1012(constB11) | (~v1013(constB11)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9690,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v1012(constB11) | (~v1013(constB11)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9691,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v1012(constB11) | (~v1013(constB11))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9690, 9689])).
% 127.40/79.97 tff(9692,plain,
% 127.40/79.97 (v1012(constB11) | (~v1013(constB11))),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9691, 375, 1258, 1285])).
% 127.40/79.97 tff(9693,plain,
% 127.40/79.97 (v1012(constB11)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9692, 9688])).
% 127.40/79.97 tff(9694,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB10, constB11)) | v1011(constB11) | (~v1012(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB10, constB11)) | v1011(constB11) | (~v1012(constB11)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9695,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB10, constB11)) | v1011(constB11) | (~v1012(constB11)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9696,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB10, constB11)) | v1011(constB11) | (~v1012(constB11))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9695, 9694])).
% 127.40/79.97 tff(9697,plain,
% 127.40/79.97 (v1011(constB11) | (~v1012(constB11))),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9696, 390, 1258])).
% 127.40/79.97 tff(9698,plain,
% 127.40/79.97 (v1011(constB11)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9697, 9693])).
% 127.40/79.97 tff(9699,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB11)) | v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB11)) | v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9700,plain,
% 127.40/79.97 ((v17(constB11, bitIndex2) | (~v1011(constB11)) | (~v1019(constB11, bitIndex2))) <=> ((~v1011(constB11)) | v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9701,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB11, bitIndex2) | (~v1011(constB11)) | (~v1019(constB11, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB11)) | v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2))))),
% 127.40/79.97 inference(monotonicity,[status(thm)],[9700])).
% 127.40/79.97 tff(9702,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB11, bitIndex2) | (~v1011(constB11)) | (~v1019(constB11, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB11)) | v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2)))),
% 127.40/79.97 inference(transitivity,[status(thm)],[9701, 9699])).
% 127.40/79.97 tff(9703,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB11, bitIndex2) | (~v1011(constB11)) | (~v1019(constB11, bitIndex2)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9704,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB11)) | v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9703, 9702])).
% 127.40/79.97 tff(9705,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9704, 405, 9698, 9683, 9682])).
% 127.40/79.97 tff(9706,plain,(v17(constB11, bitIndex2) | (~v1019(constB11, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9707,plain,
% 127.40/79.97 (v17(constB11, bitIndex2)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9706, 9681])).
% 127.40/79.97 tff(9708,assumption,(~v17(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9709,assumption,(v17(constB11, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9710,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v1012(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v1012(constB12)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9711,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v1012(constB12)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9712,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v1012(constB12))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9711, 9710])).
% 127.40/79.97 tff(9713,plain,
% 127.40/79.97 (~v1012(constB12)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9712, 460, 1315, 1322])).
% 127.40/79.97 tff(9714,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB11, constB12)) | v1012(constB12) | (~v1011(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB11, constB12)) | v1012(constB12) | (~v1011(constB12)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9715,plain,
% 127.40/79.97 (((~nextState(constB11, constB12)) | (~v1011(constB12)) | v1012(constB12)) <=> ((~nextState(constB11, constB12)) | v1012(constB12) | (~v1011(constB12)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9716,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB11, constB12)) | (~v1011(constB12)) | v1012(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB11, constB12)) | v1012(constB12) | (~v1011(constB12))))),
% 127.40/79.97 inference(monotonicity,[status(thm)],[9715])).
% 127.40/79.97 tff(9717,plain,
% 127.40/79.97 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB11, constB12)) | (~v1011(constB12)) | v1012(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB11, constB12)) | v1012(constB12) | (~v1011(constB12)))),
% 127.40/79.97 inference(transitivity,[status(thm)],[9716, 9714])).
% 127.40/79.97 tff(9718,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB11, constB12)) | (~v1011(constB12)) | v1012(constB12))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9719,plain,
% 127.40/79.97 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB11, constB12)) | v1012(constB12) | (~v1011(constB12))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9718, 9717])).
% 127.40/79.97 tff(9720,plain,
% 127.40/79.97 (v1012(constB12) | (~v1011(constB12))),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9719, 474, 1315])).
% 127.40/79.97 tff(9721,plain,
% 127.40/79.97 (~v1011(constB12)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9720, 9713])).
% 127.40/79.97 tff(9722,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB11, constB12)) | v1011(constB12) | v17(constB12, bitIndex2) | (~v17(constB11, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB11, constB12)) | v1011(constB12) | v17(constB12, bitIndex2) | (~v17(constB11, bitIndex2)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9723,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB11, constB12)) | v1011(constB12) | v17(constB12, bitIndex2) | (~v17(constB11, bitIndex2)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9724,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB11, constB12)) | v1011(constB12) | v17(constB12, bitIndex2) | (~v17(constB11, bitIndex2))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9723, 9722])).
% 127.40/79.97 tff(9725,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9724, 492, 1315, 9721, 9709, 9708])).
% 127.40/79.97 tff(9726,plain,(v17(constB12, bitIndex2) | (~v17(constB11, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9727,plain,
% 127.40/79.97 (v17(constB12, bitIndex2)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9726, 9707])).
% 127.40/79.97 tff(9728,assumption,(v1017(constB10, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9729,plain,
% 127.40/79.97 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB10) | (~v1017(constB10, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB10) | (~v1017(constB10, bitIndex0)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9730,plain,
% 127.40/79.97 ((v11(constB10) | (~v1017(constB10, bitIndex0)) | b100(bitIndex0)) <=> (b100(bitIndex0) | v11(constB10) | (~v1017(constB10, bitIndex0)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9731,plain,
% 127.40/79.97 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB10) | (~v1017(constB10, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB10) | (~v1017(constB10, bitIndex0))))),
% 127.40/79.97 inference(monotonicity,[status(thm)],[9730])).
% 127.40/79.97 tff(9732,plain,
% 127.40/79.97 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB10) | (~v1017(constB10, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB10) | (~v1017(constB10, bitIndex0)))),
% 127.40/79.97 inference(transitivity,[status(thm)],[9731, 9729])).
% 127.40/79.97 tff(9733,plain,
% 127.40/79.97 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB10) | (~v1017(constB10, bitIndex0)) | b100(bitIndex0))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9734,plain,
% 127.40/79.97 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB10) | (~v1017(constB10, bitIndex0))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9733, 9732])).
% 127.40/79.97 tff(9735,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9734, 936, 933, 1246, 9728])).
% 127.40/79.97 tff(9736,plain,((~v1017(constB10, bitIndex0)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9737,plain,
% 127.40/79.97 (~v1017(constB10, bitIndex0)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9736, 1246])).
% 127.40/79.97 tff(9738,assumption,(v1019(constB11, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9739,assumption,(~v1017(constB10, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9740,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB10, constB11)) | (~v1019(constB11, bitIndex0)) | v1017(constB10, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB10, constB11)) | (~v1019(constB11, bitIndex0)) | v1017(constB10, bitIndex0))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9741,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB10, constB11)) | (~v1019(constB11, bitIndex0)) | v1017(constB10, bitIndex0))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9742,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB10, constB11)) | (~v1019(constB11, bitIndex0)) | v1017(constB10, bitIndex0)),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9741, 9740])).
% 127.40/79.97 tff(9743,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9742, 957, 1258, 9739, 9738])).
% 127.40/79.97 tff(9744,plain,((~v1019(constB11, bitIndex0)) | v1017(constB10, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9745,plain,
% 127.40/79.97 (~v1019(constB11, bitIndex0)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9744, 9737])).
% 127.40/79.97 tff(9746,assumption,(~v1019(constB11, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9747,assumption,(v17(constB11, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9748,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB11)) | v1019(constB11, bitIndex0) | (~v17(constB11, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB11)) | v1019(constB11, bitIndex0) | (~v17(constB11, bitIndex0)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9749,plain,
% 127.40/79.97 (((~v17(constB11, bitIndex0)) | (~v1011(constB11)) | v1019(constB11, bitIndex0)) <=> ((~v1011(constB11)) | v1019(constB11, bitIndex0) | (~v17(constB11, bitIndex0)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9750,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB11, bitIndex0)) | (~v1011(constB11)) | v1019(constB11, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB11)) | v1019(constB11, bitIndex0) | (~v17(constB11, bitIndex0))))),
% 127.40/79.97 inference(monotonicity,[status(thm)],[9749])).
% 127.40/79.97 tff(9751,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB11, bitIndex0)) | (~v1011(constB11)) | v1019(constB11, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB11)) | v1019(constB11, bitIndex0) | (~v17(constB11, bitIndex0)))),
% 127.40/79.97 inference(transitivity,[status(thm)],[9750, 9748])).
% 127.40/79.97 tff(9752,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB11, bitIndex0)) | (~v1011(constB11)) | v1019(constB11, bitIndex0))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9753,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB11)) | v1019(constB11, bitIndex0) | (~v17(constB11, bitIndex0))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9752, 9751])).
% 127.40/79.97 tff(9754,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9753, 975, 9698, 9747, 9746])).
% 127.40/79.97 tff(9755,plain,((~v17(constB11, bitIndex0)) | v1019(constB11, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9756,plain,
% 127.40/79.97 (~v17(constB11, bitIndex0)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9755, 9745])).
% 127.40/79.97 tff(9757,assumption,(v17(constB12, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9758,assumption,(~v17(constB11, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9759,plain,
% 127.40/79.97 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB11, constB12)) | v1011(constB12) | (~v17(constB12, bitIndex0)) | v17(constB11, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB11, constB12)) | v1011(constB12) | (~v17(constB12, bitIndex0)) | v17(constB11, bitIndex0))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9760,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB11, constB12)) | v1011(constB12) | (~v17(constB12, bitIndex0)) | v17(constB11, bitIndex0))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9761,plain,
% 127.40/79.97 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB11, constB12)) | v1011(constB12) | (~v17(constB12, bitIndex0)) | v17(constB11, bitIndex0)),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9760, 9759])).
% 127.40/79.97 tff(9762,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9761, 996, 1315, 9721, 9758, 9757])).
% 127.40/79.97 tff(9763,plain,((~v17(constB12, bitIndex0)) | v17(constB11, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9764,plain,
% 127.40/79.97 (~v17(constB12, bitIndex0)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9763, 9756])).
% 127.40/79.97 tff(9765,assumption,(sP953_aig_name(constB12)), introduced(assumption)).
% 127.40/79.97 tff(9766,assumption,(~v17(constB12, bitIndex0)), introduced(assumption)).
% 127.40/79.97 tff(9767,plain,
% 127.40/79.97 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB12)) | v17(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB12)) | v17(constB12, bitIndex0))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9768,plain,
% 127.40/79.97 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB12)) | v17(constB12, bitIndex0))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9769,plain,
% 127.40/79.97 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB12)) | v17(constB12, bitIndex0)),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9768, 9767])).
% 127.40/79.97 tff(9770,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9769, 1014, 9766, 9765])).
% 127.40/79.97 tff(9771,plain,((~sP953_aig_name(constB12)) | v17(constB12, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9772,plain,
% 127.40/79.97 (~sP953_aig_name(constB12)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9771, 9764])).
% 127.40/79.97 tff(9773,assumption,(~v994(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9774,assumption,(~sP953_aig_name(constB12)), introduced(assumption)).
% 127.40/79.97 tff(9775,assumption,(v17(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.97 tff(9776,plain,
% 127.40/79.97 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB12) | (~v17(constB12, bitIndex2)) | v994(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB12) | (~v17(constB12, bitIndex2)) | v994(constB12, bitIndex2))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9777,plain,
% 127.40/79.97 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB12) | (~v17(constB12, bitIndex2)) | v994(constB12, bitIndex2))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9778,plain,
% 127.40/79.97 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB12) | (~v17(constB12, bitIndex2)) | v994(constB12, bitIndex2)),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9777, 9776])).
% 127.40/79.97 tff(9779,plain,
% 127.40/79.97 ($false),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9778, 1033, 9775, 9774, 9773])).
% 127.40/79.97 tff(9780,plain,(v994(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | sP953_aig_name(constB12)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.97 tff(9781,plain,
% 127.40/79.97 (v994(constB12, bitIndex2)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9780, 9772, 9727])).
% 127.40/79.97 tff(9782,plain,
% 127.40/79.97 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB12)) | (~v47(constB12)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB12)) | (~v47(constB12)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9783,plain,
% 127.40/79.97 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB12)) | (~v47(constB12)))),
% 127.40/79.97 inference(quant_inst,[status(thm)],[])).
% 127.40/79.97 tff(9784,plain,
% 127.40/79.97 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB12)) | (~v47(constB12))),
% 127.40/79.97 inference(modus_ponens,[status(thm)],[9783, 9782])).
% 127.40/79.97 tff(9785,plain,
% 127.40/79.97 (~v47(constB12)),
% 127.40/79.97 inference(unit_resolution,[status(thm)],[9784, 681, 1684])).
% 127.40/79.97 tff(9786,plain,
% 127.40/79.97 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v47(constB12) | (~v1006(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v47(constB12) | (~v1006(constB12, bitIndex0)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9787,plain,
% 127.40/79.97 ((v47(constB12) | v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | (~v1006(constB12, bitIndex0))) <=> (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v47(constB12) | (~v1006(constB12, bitIndex0)))),
% 127.40/79.97 inference(rewrite,[status(thm)],[])).
% 127.40/79.97 tff(9788,plain,
% 127.40/79.97 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB12) | v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | (~v1006(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v47(constB12) | (~v1006(constB12, bitIndex0))))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9787])).
% 127.40/79.98 tff(9789,plain,
% 127.40/79.98 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB12) | v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | (~v1006(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v47(constB12) | (~v1006(constB12, bitIndex0)))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9788, 9786])).
% 127.40/79.98 tff(9790,plain,
% 127.40/79.98 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB12) | v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | (~v1006(constB12, bitIndex0)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9791,plain,
% 127.40/79.98 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v47(constB12) | (~v1006(constB12, bitIndex0))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9790, 9789])).
% 127.40/79.98 tff(9792,plain,
% 127.40/79.98 (v47(constB12) | (~v1006(constB12, bitIndex0))),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9791, 915, 1343, 1773])).
% 127.40/79.98 tff(9793,plain,
% 127.40/79.98 (~v1006(constB12, bitIndex0)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9792, 9785])).
% 127.40/79.98 tff(9794,assumption,(~v20(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9795,assumption,(~v1006(constB12, bitIndex0)), introduced(assumption)).
% 127.40/79.98 tff(9796,plain,
% 127.40/79.98 (((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB12, bitIndex0)) | v1006(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB12, bitIndex0)) | v1006(constB12, bitIndex0))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9797,plain,
% 127.40/79.98 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB12, bitIndex0)) | v1006(constB12, bitIndex0))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9798,plain,
% 127.40/79.98 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB12, bitIndex0)) | v1006(constB12, bitIndex0)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9797, 9796])).
% 127.40/79.98 tff(9799,plain,
% 127.40/79.98 (~v993(constB12, bitIndex0)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9798, 1048, 9795])).
% 127.40/79.98 tff(9800,plain,
% 127.40/79.98 (((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB12, bitIndex0)) | v1006(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB12, bitIndex0)) | v1006(constB12, bitIndex0))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9801,plain,
% 127.40/79.98 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB12, bitIndex0)) | v1006(constB12, bitIndex0))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9802,plain,
% 127.40/79.98 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB12, bitIndex0)) | v1006(constB12, bitIndex0)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9801, 9800])).
% 127.40/79.98 tff(9803,plain,
% 127.40/79.98 (~v977(constB12, bitIndex0)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9802, 1059, 9795])).
% 127.40/79.98 tff(9804,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | v977(constB12, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | v977(constB12, bitIndex0))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9805,plain,
% 127.40/79.98 ((v977(constB12, bitIndex0) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2))) <=> (v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | v977(constB12, bitIndex0))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9806,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB12, bitIndex0) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | v977(constB12, bitIndex0)))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9805])).
% 127.40/79.98 tff(9807,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB12, bitIndex0) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | v977(constB12, bitIndex0))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9806, 9804])).
% 127.40/79.98 tff(9808,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB12, bitIndex0) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9809,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | (~v17(constB12, bitIndex2)) | v977(constB12, bitIndex0)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9808, 9807])).
% 127.40/79.98 tff(9810,plain,
% 127.40/79.98 (v993(constB12, bitIndex1) | v20(constB12, bitIndex2) | v977(constB12, bitIndex0)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9809, 1073, 9775])).
% 127.40/79.98 tff(9811,plain,
% 127.40/79.98 (v993(constB12, bitIndex1)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9810, 9803, 9794])).
% 127.40/79.98 tff(9812,assumption,(v994(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9813,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v994(constB12, bitIndex2)) | v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (~v994(constB12, bitIndex2)) | v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9814,plain,
% 127.40/79.98 (((~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0) | v20(constB12, bitIndex2) | (~v994(constB12, bitIndex2))) <=> ((~v994(constB12, bitIndex2)) | v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9815,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0) | v20(constB12, bitIndex2) | (~v994(constB12, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v994(constB12, bitIndex2)) | v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0)))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9814])).
% 127.40/79.98 tff(9816,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0) | v20(constB12, bitIndex2) | (~v994(constB12, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (~v994(constB12, bitIndex2)) | v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9815, 9813])).
% 127.40/79.98 tff(9817,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0) | v20(constB12, bitIndex2) | (~v994(constB12, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9818,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (~v994(constB12, bitIndex2)) | v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9817, 9816])).
% 127.40/79.98 tff(9819,plain,
% 127.40/79.98 (v20(constB12, bitIndex2) | (~v993(constB12, bitIndex1)) | v993(constB12, bitIndex0)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9818, 1092, 9812])).
% 127.40/79.98 tff(9820,plain,
% 127.40/79.98 ($false),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9819, 9811, 9799, 9794])).
% 127.40/79.98 tff(9821,plain,(v1006(constB12, bitIndex0) | v20(constB12, bitIndex2) | (~v994(constB12, bitIndex2)) | (~v17(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.98 tff(9822,plain,
% 127.40/79.98 (v20(constB12, bitIndex2)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9821, 9793, 9781, 9727])).
% 127.40/79.98 tff(9823,assumption,(~v1017(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9824,assumption,(v20(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9825,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB12) | (~b100(bitIndex2)) | v1017(constB12, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB12) | (~b100(bitIndex2)) | v1017(constB12, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9826,plain,
% 127.40/79.98 ((v11(constB12) | v1017(constB12, bitIndex2) | (~b100(bitIndex2))) <=> (v11(constB12) | (~b100(bitIndex2)) | v1017(constB12, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9827,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB12) | v1017(constB12, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB12) | (~b100(bitIndex2)) | v1017(constB12, bitIndex2)))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9826])).
% 127.40/79.98 tff(9828,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB12) | v1017(constB12, bitIndex2) | (~b100(bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB12) | (~b100(bitIndex2)) | v1017(constB12, bitIndex2))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9827, 9825])).
% 127.40/79.98 tff(9829,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | (v11(constB12) | v1017(constB12, bitIndex2) | (~b100(bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9830,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | v1017(VarCurr, B) | (~b100(B)))) | v11(constB12) | (~b100(bitIndex2)) | v1017(constB12, bitIndex2)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9829, 9828])).
% 127.40/79.98 tff(9831,plain,
% 127.40/79.98 ($false),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9830, 439, 436, 2012, 9823])).
% 127.40/79.98 tff(9832,plain,(v1017(constB12, bitIndex2) | v11(constB12)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.98 tff(9833,plain,
% 127.40/79.98 (v11(constB12)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9832, 9823])).
% 127.40/79.98 tff(9834,plain,
% 127.40/79.98 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB12)) | (~v20(constB12, bitIndex2)) | v1017(constB12, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB12)) | (~v20(constB12, bitIndex2)) | v1017(constB12, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9835,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB12)) | (~v20(constB12, bitIndex2)) | v1017(constB12, bitIndex2))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9836,plain,
% 127.40/79.98 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB12)) | (~v20(constB12, bitIndex2)) | v1017(constB12, bitIndex2)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9835, 9834])).
% 127.40/79.98 tff(9837,plain,
% 127.40/79.98 ($false),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9836, 1124, 9833, 9824, 9823])).
% 127.40/79.98 tff(9838,plain,(v1017(constB12, bitIndex2) | (~v20(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.98 tff(9839,plain,
% 127.40/79.98 (v1017(constB12, bitIndex2)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9838, 9822])).
% 127.40/79.98 tff(9840,assumption,(~v1019(constB13, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9841,assumption,(v1017(constB12, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9842,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB12, constB13)) | (~v1017(constB12, bitIndex2)) | v1019(constB13, bitIndex2))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v1017(constB12, bitIndex2)) | v1019(constB13, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9843,plain,
% 127.40/79.98 (((~nextState(constB12, constB13)) | v1019(constB13, bitIndex2) | (~v1017(constB12, bitIndex2))) <=> ((~nextState(constB12, constB13)) | (~v1017(constB12, bitIndex2)) | v1019(constB13, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9844,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v1019(constB13, bitIndex2) | (~v1017(constB12, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB12, constB13)) | (~v1017(constB12, bitIndex2)) | v1019(constB13, bitIndex2)))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9843])).
% 127.40/79.98 tff(9845,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v1019(constB13, bitIndex2) | (~v1017(constB12, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v1017(constB12, bitIndex2)) | v1019(constB13, bitIndex2))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9844, 9842])).
% 127.40/79.98 tff(9846,plain,
% 127.40/79.98 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v1019(constB13, bitIndex2) | (~v1017(constB12, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9847,plain,
% 127.40/79.98 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v1017(constB12, bitIndex2)) | v1019(constB13, bitIndex2)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9846, 9845])).
% 127.40/79.98 tff(9848,plain,
% 127.40/79.98 ($false),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9847, 422, 1355, 9841, 9840])).
% 127.40/79.98 tff(9849,plain,(v1019(constB13, bitIndex2) | (~v1017(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.98 tff(9850,plain,
% 127.40/79.98 (v1019(constB13, bitIndex2)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9849, 9839])).
% 127.40/79.98 tff(9851,assumption,(v1019(constB13, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9852,assumption,(~v17(constB13, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9853,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v1013(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v1013(constB13))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9854,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB12, constB13)) | v934(constB13) | v1013(constB13))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9855,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB12, constB13)) | v934(constB13) | v1013(constB13)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9854, 9853])).
% 127.40/79.98 tff(9856,plain,
% 127.40/79.98 (v934(constB13) | v1013(constB13)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9855, 360, 1355])).
% 127.40/79.98 tff(9857,plain,
% 127.40/79.98 (v1013(constB13)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9856, 2028])).
% 127.40/79.98 tff(9858,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v1012(constB13) | (~v1013(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v1012(constB13) | (~v1013(constB13)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9859,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v1012(constB13) | (~v1013(constB13)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9860,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v1012(constB13) | (~v1013(constB13))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9859, 9858])).
% 127.40/79.98 tff(9861,plain,
% 127.40/79.98 (v1012(constB13) | (~v1013(constB13))),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9860, 375, 1355, 1362])).
% 127.40/79.98 tff(9862,plain,
% 127.40/79.98 (v1012(constB13)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9861, 9857])).
% 127.40/79.98 tff(9863,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB12, constB13)) | v1011(constB13) | (~v1012(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB12, constB13)) | v1011(constB13) | (~v1012(constB13)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9864,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB12, constB13)) | v1011(constB13) | (~v1012(constB13)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9865,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB12, constB13)) | v1011(constB13) | (~v1012(constB13))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9864, 9863])).
% 127.40/79.98 tff(9866,plain,
% 127.40/79.98 (v1011(constB13) | (~v1012(constB13))),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9865, 390, 1355])).
% 127.40/79.98 tff(9867,plain,
% 127.40/79.98 (v1011(constB13)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9866, 9862])).
% 127.40/79.98 tff(9868,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB13)) | (~v1019(constB13, bitIndex2)) | v17(constB13, bitIndex2))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2)) | v17(constB13, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9869,plain,
% 127.40/79.98 ((v17(constB13, bitIndex2) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2))) <=> ((~v1011(constB13)) | (~v1019(constB13, bitIndex2)) | v17(constB13, bitIndex2))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9870,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB13, bitIndex2) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB13)) | (~v1019(constB13, bitIndex2)) | v17(constB13, bitIndex2)))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9869])).
% 127.40/79.98 tff(9871,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB13, bitIndex2) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2)) | v17(constB13, bitIndex2))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9870, 9868])).
% 127.40/79.98 tff(9872,plain,
% 127.40/79.98 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB13, bitIndex2) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9873,plain,
% 127.40/79.98 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB13)) | (~v1019(constB13, bitIndex2)) | v17(constB13, bitIndex2)),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9872, 9871])).
% 127.40/79.98 tff(9874,plain,
% 127.40/79.98 ($false),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9873, 405, 9867, 9852, 9851])).
% 127.40/79.98 tff(9875,plain,(v17(constB13, bitIndex2) | (~v1019(constB13, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.98 tff(9876,plain,
% 127.40/79.98 (v17(constB13, bitIndex2)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9875, 9850])).
% 127.40/79.98 tff(9877,assumption,(v17(constB13, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9878,assumption,(~v17(constB14, bitIndex2)), introduced(assumption)).
% 127.40/79.98 tff(9879,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v1012(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v1012(constB14)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9880,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v1012(constB14)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9881,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v1012(constB14))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9880, 9879])).
% 127.40/79.98 tff(9882,plain,
% 127.40/79.98 (~v1012(constB14)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9881, 460, 1365, 1372])).
% 127.40/79.98 tff(9883,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB13, constB14)) | v1012(constB14) | (~v1011(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB13, constB14)) | v1012(constB14) | (~v1011(constB14)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9884,plain,
% 127.40/79.98 (((~nextState(constB13, constB14)) | (~v1011(constB14)) | v1012(constB14)) <=> ((~nextState(constB13, constB14)) | v1012(constB14) | (~v1011(constB14)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9885,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB13, constB14)) | (~v1011(constB14)) | v1012(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB13, constB14)) | v1012(constB14) | (~v1011(constB14))))),
% 127.40/79.98 inference(monotonicity,[status(thm)],[9884])).
% 127.40/79.98 tff(9886,plain,
% 127.40/79.98 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB13, constB14)) | (~v1011(constB14)) | v1012(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB13, constB14)) | v1012(constB14) | (~v1011(constB14)))),
% 127.40/79.98 inference(transitivity,[status(thm)],[9885, 9883])).
% 127.40/79.98 tff(9887,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB13, constB14)) | (~v1011(constB14)) | v1012(constB14))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9888,plain,
% 127.40/79.98 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB13, constB14)) | v1012(constB14) | (~v1011(constB14))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9887, 9886])).
% 127.40/79.98 tff(9889,plain,
% 127.40/79.98 (v1012(constB14) | (~v1011(constB14))),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9888, 474, 1365])).
% 127.40/79.98 tff(9890,plain,
% 127.40/79.98 (~v1011(constB14)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9889, 9882])).
% 127.40/79.98 tff(9891,plain,
% 127.40/79.98 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB13, constB14)) | v1011(constB14) | v17(constB14, bitIndex2) | (~v17(constB13, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB13, constB14)) | v1011(constB14) | v17(constB14, bitIndex2) | (~v17(constB13, bitIndex2)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9892,plain,
% 127.40/79.98 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB13, constB14)) | v1011(constB14) | v17(constB14, bitIndex2) | (~v17(constB13, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9893,plain,
% 127.40/79.98 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB13, constB14)) | v1011(constB14) | v17(constB14, bitIndex2) | (~v17(constB13, bitIndex2))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9892, 9891])).
% 127.40/79.98 tff(9894,plain,
% 127.40/79.98 ($false),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9893, 492, 1365, 9890, 9878, 9877])).
% 127.40/79.98 tff(9895,plain,(v17(constB14, bitIndex2) | (~v17(constB13, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.98 tff(9896,plain,
% 127.40/79.98 (v17(constB14, bitIndex2)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9895, 9876])).
% 127.40/79.98 tff(9897,plain,
% 127.40/79.98 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB14) | (~v17(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB14) | (~v17(constB14, bitIndex2)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9898,plain,
% 127.40/79.98 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB14) | (~v17(constB14, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9899,plain,
% 127.40/79.98 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB14) | (~v17(constB14, bitIndex2))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9898, 9897])).
% 127.40/79.98 tff(9900,plain,
% 127.40/79.98 (sP959(constB14)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9899, 1233, 9896])).
% 127.40/79.98 tff(9901,plain,
% 127.40/79.98 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB14) | (~v17(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB14) | (~v17(constB14, bitIndex2)))),
% 127.40/79.98 inference(rewrite,[status(thm)],[])).
% 127.40/79.98 tff(9902,plain,
% 127.40/79.98 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB14) | (~v17(constB14, bitIndex2)))),
% 127.40/79.98 inference(quant_inst,[status(thm)],[])).
% 127.40/79.98 tff(9903,plain,
% 127.40/79.98 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB14) | (~v17(constB14, bitIndex2))),
% 127.40/79.98 inference(modus_ponens,[status(thm)],[9902, 9901])).
% 127.40/79.98 tff(9904,plain,
% 127.40/79.98 (sP958(constB14)),
% 127.40/79.98 inference(unit_resolution,[status(thm)],[9903, 1220, 9896])).
% 127.40/79.98 tff(9905,assumption,(v938(constB12, bitIndex0)), introduced(assumption)).
% 127.40/79.99 tff(9906,plain,
% 127.40/79.99 (~v11(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[2151, 9905])).
% 127.40/79.99 tff(9907,plain,
% 127.40/79.99 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB12) | (~v938(constB12, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB12) | (~v938(constB12, bitIndex0)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9908,plain,
% 127.40/79.99 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB12) | (~v938(constB12, bitIndex0)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9909,plain,
% 127.40/79.99 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB12) | (~v938(constB12, bitIndex0))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9908, 9907])).
% 127.40/79.99 tff(9910,plain,
% 127.40/79.99 ($false),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9909, 335, 9906, 9905])).
% 127.40/79.99 tff(9911,plain,((~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.40/79.99 tff(9912,plain,
% 127.40/79.99 (~v938(constB12, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9911, 3979])).
% 127.40/79.99 tff(9913,plain,
% 127.40/79.99 (~v940(constB13, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[2159, 9912])).
% 127.40/79.99 tff(9914,plain,
% 127.40/79.99 (~v956(constB13, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[2185, 9913])).
% 127.40/79.99 tff(9915,plain,
% 127.40/79.99 (~v7(constB13, bitIndex1)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[2193, 9914])).
% 127.40/79.99 tff(9916,plain,
% 127.40/79.99 (~v7(constB14, bitIndex1)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[2214, 9915])).
% 127.40/79.99 tff(9917,plain,
% 127.40/79.99 ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[2305, 1886, 9916])).
% 127.40/79.99 tff(9918,plain,
% 127.40/79.99 (~v13(constB14, bitIndex1)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9917, 9904, 9900])).
% 127.40/79.99 tff(9919,plain,
% 127.40/79.99 ((~v11(constB14)) | (~v938(constB14, bitIndex0))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[1533, 320, 9918])).
% 127.40/79.99 tff(9920,plain,
% 127.40/79.99 (~v938(constB14, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9919, 9663])).
% 127.40/79.99 tff(9921,plain,
% 127.40/79.99 (~v940(constB15, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9659, 9920])).
% 127.40/79.99 tff(9922,plain,
% 127.40/79.99 (~v956(constB15, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9654, 9921])).
% 127.40/79.99 tff(9923,plain,
% 127.40/79.99 (~v7(constB15, bitIndex1)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9649, 9922])).
% 127.40/79.99 tff(9924,plain,
% 127.40/79.99 (~v7(constB16, bitIndex1)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[4007, 9923])).
% 127.40/79.99 tff(9925,plain,
% 127.40/79.99 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB12)) | (~v73(constB12)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB12)) | (~v73(constB12)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9926,plain,
% 127.40/79.99 (((~v73(constB12)) | (~v32(constB12))) <=> ((~v32(constB12)) | (~v73(constB12)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9927,plain,
% 127.40/79.99 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB12)) | (~v32(constB12)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB12)) | (~v73(constB12))))),
% 127.40/79.99 inference(monotonicity,[status(thm)],[9926])).
% 127.40/79.99 tff(9928,plain,
% 127.40/79.99 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB12)) | (~v32(constB12)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB12)) | (~v73(constB12)))),
% 127.40/79.99 inference(transitivity,[status(thm)],[9927, 9925])).
% 127.40/79.99 tff(9929,plain,
% 127.40/79.99 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB12)) | (~v32(constB12)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9930,plain,
% 127.40/79.99 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB12)) | (~v73(constB12))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9929, 9928])).
% 127.40/79.99 tff(9931,plain,
% 127.40/79.99 (~v73(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9930, 6748, 1684])).
% 127.40/79.99 tff(9932,plain,
% 127.40/79.99 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB10) | v615(constB10))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB10) | v615(constB10))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9933,plain,
% 127.40/79.99 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB10) | v615(constB10))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9934,plain,
% 127.40/79.99 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB10) | v615(constB10)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9933, 9932])).
% 127.40/79.99 tff(9935,plain,
% 127.40/79.99 (v615(constB10)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9934, 6765, 1246])).
% 127.40/79.99 tff(9936,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB10, constB11)) | (~v615(constB10)) | v617(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB10, constB11)) | (~v615(constB10)) | v617(constB11))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9937,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB10, constB11)) | (~v615(constB10)) | v617(constB11))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9938,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB10, constB11)) | (~v615(constB10)) | v617(constB11)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9937, 9936])).
% 127.40/79.99 tff(9939,plain,
% 127.40/79.99 ((~v615(constB10)) | v617(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9938, 6779, 1258])).
% 127.40/79.99 tff(9940,plain,
% 127.40/79.99 (v617(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9939, 9935])).
% 127.40/79.99 tff(9941,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB10) | (~nextState(constB10, constB11)) | (~v572(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v572(constB11)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9942,plain,
% 127.40/79.99 (((~nextState(constB10, constB11)) | v1(constB10) | (~v572(constB11))) <=> (v1(constB10) | (~nextState(constB10, constB11)) | (~v572(constB11)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9943,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB10, constB11)) | v1(constB10) | (~v572(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB10) | (~nextState(constB10, constB11)) | (~v572(constB11))))),
% 127.40/79.99 inference(monotonicity,[status(thm)],[9942])).
% 127.40/79.99 tff(9944,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB10, constB11)) | v1(constB10) | (~v572(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v572(constB11)))),
% 127.40/79.99 inference(transitivity,[status(thm)],[9943, 9941])).
% 127.40/79.99 tff(9945,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB10, constB11)) | v1(constB10) | (~v572(constB11)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9946,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB10) | (~nextState(constB10, constB11)) | (~v572(constB11))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9945, 9944])).
% 127.40/79.99 tff(9947,plain,
% 127.40/79.99 (~v572(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9946, 6794, 1258, 138])).
% 127.40/79.99 tff(9948,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB10, constB11)) | v572(constB11) | v612(constB11))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB10, constB11)) | v572(constB11) | v612(constB11))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9949,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB10, constB11)) | v572(constB11) | v612(constB11))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9950,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB10, constB11)) | v572(constB11) | v612(constB11)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9949, 9948])).
% 127.40/79.99 tff(9951,plain,
% 127.40/79.99 (v572(constB11) | v612(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9950, 6811, 1258])).
% 127.40/79.99 tff(9952,plain,
% 127.40/79.99 (v612(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9951, 9947])).
% 127.40/79.99 tff(9953,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v610(constB11) | (~v612(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v610(constB11) | (~v612(constB11)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9954,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB10, constB11)) | (~v1(constB11)) | v610(constB11) | (~v612(constB11)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9955,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB10, constB11)) | (~v1(constB11)) | v610(constB11) | (~v612(constB11))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9954, 9953])).
% 127.40/79.99 tff(9956,plain,
% 127.40/79.99 (v610(constB11) | (~v612(constB11))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9955, 6826, 1258, 1285])).
% 127.40/79.99 tff(9957,plain,
% 127.40/79.99 (v610(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9956, 9952])).
% 127.40/79.99 tff(9958,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB10, constB11)) | v609(constB11) | (~v610(constB11)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB10, constB11)) | v609(constB11) | (~v610(constB11)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9959,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB10, constB11)) | v609(constB11) | (~v610(constB11)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9960,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB10, constB11)) | v609(constB11) | (~v610(constB11))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9959, 9958])).
% 127.40/79.99 tff(9961,plain,
% 127.40/79.99 (v609(constB11) | (~v610(constB11))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9960, 6841, 1258])).
% 127.40/79.99 tff(9962,plain,
% 127.40/79.99 (v609(constB11)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9961, 9957])).
% 127.40/79.99 tff(9963,plain,
% 127.40/79.99 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB11, bitIndex0) | (~v617(constB11)) | (~v609(constB11)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB11, bitIndex0) | (~v617(constB11)) | (~v609(constB11)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9964,plain,
% 127.40/79.99 ((v62(constB11, bitIndex0) | (~v609(constB11)) | (~v617(constB11))) <=> (v62(constB11, bitIndex0) | (~v617(constB11)) | (~v609(constB11)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9965,plain,
% 127.40/79.99 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB11, bitIndex0) | (~v609(constB11)) | (~v617(constB11)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB11, bitIndex0) | (~v617(constB11)) | (~v609(constB11))))),
% 127.40/79.99 inference(monotonicity,[status(thm)],[9964])).
% 127.40/79.99 tff(9966,plain,
% 127.40/79.99 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB11, bitIndex0) | (~v609(constB11)) | (~v617(constB11)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB11, bitIndex0) | (~v617(constB11)) | (~v609(constB11)))),
% 127.40/79.99 inference(transitivity,[status(thm)],[9965, 9963])).
% 127.40/79.99 tff(9967,plain,
% 127.40/79.99 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB11, bitIndex0) | (~v609(constB11)) | (~v617(constB11)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9968,plain,
% 127.40/79.99 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB11, bitIndex0) | (~v617(constB11)) | (~v609(constB11))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9967, 9966])).
% 127.40/79.99 tff(9969,plain,
% 127.40/79.99 (v62(constB11, bitIndex0) | (~v617(constB11))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9968, 6856, 9962])).
% 127.40/79.99 tff(9970,plain,
% 127.40/79.99 (v62(constB11, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9969, 9940])).
% 127.40/79.99 tff(9971,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v610(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v610(constB12)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9972,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB11, constB12)) | v1(constB12) | (~v610(constB12)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9973,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB11, constB12)) | v1(constB12) | (~v610(constB12))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9972, 9971])).
% 127.40/79.99 tff(9974,plain,
% 127.40/79.99 (~v610(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9973, 6874, 1315, 1322])).
% 127.40/79.99 tff(9975,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB11, constB12)) | v610(constB12) | (~v609(constB12)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB11, constB12)) | v610(constB12) | (~v609(constB12)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9976,plain,
% 127.40/79.99 (((~nextState(constB11, constB12)) | (~v609(constB12)) | v610(constB12)) <=> ((~nextState(constB11, constB12)) | v610(constB12) | (~v609(constB12)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9977,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB11, constB12)) | (~v609(constB12)) | v610(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB11, constB12)) | v610(constB12) | (~v609(constB12))))),
% 127.40/79.99 inference(monotonicity,[status(thm)],[9976])).
% 127.40/79.99 tff(9978,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB11, constB12)) | (~v609(constB12)) | v610(constB12))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB11, constB12)) | v610(constB12) | (~v609(constB12)))),
% 127.40/79.99 inference(transitivity,[status(thm)],[9977, 9975])).
% 127.40/79.99 tff(9979,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB11, constB12)) | (~v609(constB12)) | v610(constB12))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9980,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB11, constB12)) | v610(constB12) | (~v609(constB12))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9979, 9978])).
% 127.40/79.99 tff(9981,plain,
% 127.40/79.99 (v610(constB12) | (~v609(constB12))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9980, 6888, 1315])).
% 127.40/79.99 tff(9982,plain,
% 127.40/79.99 (~v609(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9981, 9974])).
% 127.40/79.99 tff(9983,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v609(constB12) | v62(constB12, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v609(constB12) | v62(constB12, bitIndex0))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9984,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v609(constB12) | v62(constB12, bitIndex0))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9985,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB11, bitIndex0)) | (~nextState(constB11, constB12)) | v609(constB12) | v62(constB12, bitIndex0)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9984, 9983])).
% 127.40/79.99 tff(9986,plain,
% 127.40/79.99 ((~v62(constB11, bitIndex0)) | v609(constB12) | v62(constB12, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9985, 6906, 1315])).
% 127.40/79.99 tff(9987,plain,
% 127.40/79.99 ((~v62(constB11, bitIndex0)) | v62(constB12, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9986, 9982])).
% 127.40/79.99 tff(9988,plain,
% 127.40/79.99 (v62(constB12, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9987, 9970])).
% 127.40/79.99 tff(9989,plain,
% 127.40/79.99 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB12) | (~v62(constB12, bitIndex0)) | v67(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB12) | (~v62(constB12, bitIndex0)) | v67(constB12, bitIndex0))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9990,plain,
% 127.40/79.99 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB12) | (~v62(constB12, bitIndex0)) | v67(constB12, bitIndex0))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9991,plain,
% 127.40/79.99 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB12) | (~v62(constB12, bitIndex0)) | v67(constB12, bitIndex0)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9990, 9989])).
% 127.40/79.99 tff(9992,plain,
% 127.40/79.99 (v67(constB12, bitIndex0)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9991, 6922, 9988, 9931])).
% 127.40/79.99 tff(9993,assumption,(~v615(constB12)), introduced(assumption)).
% 127.40/79.99 tff(9994,assumption,(v67(constB12, bitIndex0)), introduced(assumption)).
% 127.40/79.99 tff(9995,plain,
% 127.40/79.99 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB12)) | v615(constB12) | (~v67(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB12)) | v615(constB12) | (~v67(constB12, bitIndex0)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(9996,plain,
% 127.40/79.99 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB12)) | v615(constB12) | (~v67(constB12, bitIndex0)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(9997,plain,
% 127.40/79.99 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB12)) | v615(constB12) | (~v67(constB12, bitIndex0))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[9996, 9995])).
% 127.40/79.99 tff(9998,plain,
% 127.40/79.99 ((~v11(constB12)) | v615(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9997, 6936, 9994])).
% 127.40/79.99 tff(9999,plain,
% 127.40/79.99 (~v11(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[9998, 9993])).
% 127.40/79.99 tff(10000,plain,
% 127.40/79.99 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB12) | v615(constB12))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB12) | v615(constB12))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10001,plain,
% 127.40/79.99 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB12) | v615(constB12))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(10002,plain,
% 127.40/79.99 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB12) | v615(constB12)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[10001, 10000])).
% 127.40/79.99 tff(10003,plain,
% 127.40/79.99 ($false),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10002, 6765, 9999, 9993])).
% 127.40/79.99 tff(10004,plain,(v615(constB12) | (~v67(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.40/79.99 tff(10005,plain,
% 127.40/79.99 (v615(constB12)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10004, 9992])).
% 127.40/79.99 tff(10006,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB12, constB13)) | (~v615(constB12)) | v617(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB12, constB13)) | (~v615(constB12)) | v617(constB13))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10007,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB12, constB13)) | (~v615(constB12)) | v617(constB13))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(10008,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB12, constB13)) | (~v615(constB12)) | v617(constB13)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[10007, 10006])).
% 127.40/79.99 tff(10009,plain,
% 127.40/79.99 ((~v615(constB12)) | v617(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10008, 6779, 1355])).
% 127.40/79.99 tff(10010,plain,
% 127.40/79.99 (v617(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10009, 10005])).
% 127.40/79.99 tff(10011,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB12) | (~nextState(constB12, constB13)) | (~v572(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v572(constB13)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10012,plain,
% 127.40/79.99 (((~nextState(constB12, constB13)) | v1(constB12) | (~v572(constB13))) <=> (v1(constB12) | (~nextState(constB12, constB13)) | (~v572(constB13)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10013,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB12, constB13)) | v1(constB12) | (~v572(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB12) | (~nextState(constB12, constB13)) | (~v572(constB13))))),
% 127.40/79.99 inference(monotonicity,[status(thm)],[10012])).
% 127.40/79.99 tff(10014,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB12, constB13)) | v1(constB12) | (~v572(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v572(constB13)))),
% 127.40/79.99 inference(transitivity,[status(thm)],[10013, 10011])).
% 127.40/79.99 tff(10015,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB12, constB13)) | v1(constB12) | (~v572(constB13)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(10016,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB12) | (~nextState(constB12, constB13)) | (~v572(constB13))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[10015, 10014])).
% 127.40/79.99 tff(10017,plain,
% 127.40/79.99 (~v572(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10016, 6794, 1355, 1322])).
% 127.40/79.99 tff(10018,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB12, constB13)) | v572(constB13) | v612(constB13))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB12, constB13)) | v572(constB13) | v612(constB13))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10019,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB12, constB13)) | v572(constB13) | v612(constB13))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(10020,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB12, constB13)) | v572(constB13) | v612(constB13)),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[10019, 10018])).
% 127.40/79.99 tff(10021,plain,
% 127.40/79.99 (v572(constB13) | v612(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10020, 6811, 1355])).
% 127.40/79.99 tff(10022,plain,
% 127.40/79.99 (v612(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10021, 10017])).
% 127.40/79.99 tff(10023,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v610(constB13) | (~v612(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v610(constB13) | (~v612(constB13)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10024,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB12, constB13)) | (~v1(constB13)) | v610(constB13) | (~v612(constB13)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(10025,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB12, constB13)) | (~v1(constB13)) | v610(constB13) | (~v612(constB13))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[10024, 10023])).
% 127.40/79.99 tff(10026,plain,
% 127.40/79.99 (v610(constB13) | (~v612(constB13))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10025, 6826, 1355, 1362])).
% 127.40/79.99 tff(10027,plain,
% 127.40/79.99 (v610(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10026, 10022])).
% 127.40/79.99 tff(10028,plain,
% 127.40/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB12, constB13)) | v609(constB13) | (~v610(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB12, constB13)) | v609(constB13) | (~v610(constB13)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10029,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB12, constB13)) | v609(constB13) | (~v610(constB13)))),
% 127.40/79.99 inference(quant_inst,[status(thm)],[])).
% 127.40/79.99 tff(10030,plain,
% 127.40/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB12, constB13)) | v609(constB13) | (~v610(constB13))),
% 127.40/79.99 inference(modus_ponens,[status(thm)],[10029, 10028])).
% 127.40/79.99 tff(10031,plain,
% 127.40/79.99 (v609(constB13) | (~v610(constB13))),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10030, 6841, 1355])).
% 127.40/79.99 tff(10032,plain,
% 127.40/79.99 (v609(constB13)),
% 127.40/79.99 inference(unit_resolution,[status(thm)],[10031, 10027])).
% 127.40/79.99 tff(10033,plain,
% 127.40/79.99 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB13, bitIndex0) | (~v617(constB13)) | (~v609(constB13)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB13, bitIndex0) | (~v617(constB13)) | (~v609(constB13)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10034,plain,
% 127.40/79.99 ((v62(constB13, bitIndex0) | (~v609(constB13)) | (~v617(constB13))) <=> (v62(constB13, bitIndex0) | (~v617(constB13)) | (~v609(constB13)))),
% 127.40/79.99 inference(rewrite,[status(thm)],[])).
% 127.40/79.99 tff(10035,plain,
% 127.47/79.99 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB13, bitIndex0) | (~v609(constB13)) | (~v617(constB13)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB13, bitIndex0) | (~v617(constB13)) | (~v609(constB13))))),
% 127.47/79.99 inference(monotonicity,[status(thm)],[10034])).
% 127.47/79.99 tff(10036,plain,
% 127.47/79.99 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB13, bitIndex0) | (~v609(constB13)) | (~v617(constB13)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB13, bitIndex0) | (~v617(constB13)) | (~v609(constB13)))),
% 127.47/79.99 inference(transitivity,[status(thm)],[10035, 10033])).
% 127.47/79.99 tff(10037,plain,
% 127.47/79.99 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB13, bitIndex0) | (~v609(constB13)) | (~v617(constB13)))),
% 127.47/79.99 inference(quant_inst,[status(thm)],[])).
% 127.47/79.99 tff(10038,plain,
% 127.47/79.99 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB13, bitIndex0) | (~v617(constB13)) | (~v609(constB13))),
% 127.47/79.99 inference(modus_ponens,[status(thm)],[10037, 10036])).
% 127.47/79.99 tff(10039,plain,
% 127.47/79.99 (v62(constB13, bitIndex0) | (~v617(constB13))),
% 127.47/79.99 inference(unit_resolution,[status(thm)],[10038, 6856, 10032])).
% 127.47/79.99 tff(10040,plain,
% 127.47/79.99 (v62(constB13, bitIndex0)),
% 127.47/79.99 inference(unit_resolution,[status(thm)],[10039, 10010])).
% 127.47/79.99 tff(10041,plain,
% 127.47/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v610(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v610(constB14)))),
% 127.47/79.99 inference(rewrite,[status(thm)],[])).
% 127.47/79.99 tff(10042,plain,
% 127.47/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB13, constB14)) | v1(constB14) | (~v610(constB14)))),
% 127.47/79.99 inference(quant_inst,[status(thm)],[])).
% 127.47/79.99 tff(10043,plain,
% 127.47/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB13, constB14)) | v1(constB14) | (~v610(constB14))),
% 127.47/79.99 inference(modus_ponens,[status(thm)],[10042, 10041])).
% 127.47/79.99 tff(10044,plain,
% 127.47/79.99 (~v610(constB14)),
% 127.47/79.99 inference(unit_resolution,[status(thm)],[10043, 6874, 1365, 1372])).
% 127.47/79.99 tff(10045,plain,
% 127.47/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB13, constB14)) | v610(constB14) | (~v609(constB14)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB13, constB14)) | v610(constB14) | (~v609(constB14)))),
% 127.47/79.99 inference(rewrite,[status(thm)],[])).
% 127.47/79.99 tff(10046,plain,
% 127.47/79.99 (((~nextState(constB13, constB14)) | (~v609(constB14)) | v610(constB14)) <=> ((~nextState(constB13, constB14)) | v610(constB14) | (~v609(constB14)))),
% 127.47/79.99 inference(rewrite,[status(thm)],[])).
% 127.47/79.99 tff(10047,plain,
% 127.47/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB13, constB14)) | (~v609(constB14)) | v610(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB13, constB14)) | v610(constB14) | (~v609(constB14))))),
% 127.47/79.99 inference(monotonicity,[status(thm)],[10046])).
% 127.47/79.99 tff(10048,plain,
% 127.47/79.99 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB13, constB14)) | (~v609(constB14)) | v610(constB14))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB13, constB14)) | v610(constB14) | (~v609(constB14)))),
% 127.47/79.99 inference(transitivity,[status(thm)],[10047, 10045])).
% 127.47/79.99 tff(10049,plain,
% 127.47/79.99 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB13, constB14)) | (~v609(constB14)) | v610(constB14))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10050,plain,
% 127.47/80.00 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB13, constB14)) | v610(constB14) | (~v609(constB14))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10049, 10048])).
% 127.47/80.00 tff(10051,plain,
% 127.47/80.00 (v610(constB14) | (~v609(constB14))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10050, 6888, 1365])).
% 127.47/80.00 tff(10052,plain,
% 127.47/80.00 (~v609(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10051, 10044])).
% 127.47/80.00 tff(10053,plain,
% 127.47/80.00 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v609(constB14) | v62(constB14, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v609(constB14) | v62(constB14, bitIndex0))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10054,plain,
% 127.47/80.00 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v609(constB14) | v62(constB14, bitIndex0))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10055,plain,
% 127.47/80.00 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB13, bitIndex0)) | (~nextState(constB13, constB14)) | v609(constB14) | v62(constB14, bitIndex0)),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10054, 10053])).
% 127.47/80.00 tff(10056,plain,
% 127.47/80.00 ((~v62(constB13, bitIndex0)) | v609(constB14) | v62(constB14, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10055, 6906, 1365])).
% 127.47/80.00 tff(10057,plain,
% 127.47/80.00 ((~v62(constB13, bitIndex0)) | v62(constB14, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10056, 10052])).
% 127.47/80.00 tff(10058,plain,
% 127.47/80.00 (v62(constB14, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10057, 10040])).
% 127.47/80.00 tff(10059,assumption,(~v7(constB17, bitIndex2)), introduced(assumption)).
% 127.47/80.00 tff(10060,plain,
% 127.47/80.00 (~v7(constB18, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5636, 10059])).
% 127.47/80.00 tff(10061,plain,
% 127.47/80.00 (v7(constB18, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.47/80.00 inference(monotonicity,[status(thm)],[5264])).
% 127.47/80.00 tff(10062,plain,
% 127.47/80.00 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB18, bitIndex2)),
% 127.47/80.00 inference(symmetry,[status(thm)],[10061])).
% 127.47/80.00 tff(10063,plain,
% 127.47/80.00 (v7(constB18, bitIndex2)),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[2422, 10062])).
% 127.47/80.00 tff(10064,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5707, 10063])).
% 127.47/80.00 tff(10065,plain,((~(constB18 = sK952_VarCurr)) | v7(constB18, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10066,plain,
% 127.47/80.00 (~(constB18 = sK952_VarCurr)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10065, 10060, 2318])).
% 127.47/80.00 tff(10067,plain,
% 127.47/80.00 (v7(constB17, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.47/80.00 inference(monotonicity,[status(thm)],[5255])).
% 127.47/80.00 tff(10068,plain,
% 127.47/80.00 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB17, bitIndex2)),
% 127.47/80.00 inference(symmetry,[status(thm)],[10067])).
% 127.47/80.00 tff(10069,plain,
% 127.47/80.00 (v7(constB17, bitIndex2)),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[2422, 10068])).
% 127.47/80.00 tff(10070,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10059, 10069])).
% 127.47/80.00 tff(10071,plain,((~(constB17 = sK952_VarCurr)) | v7(constB17, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10072,plain,
% 127.47/80.00 (~(constB17 = sK952_VarCurr)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10071, 10059, 2318])).
% 127.47/80.00 tff(10073,plain,
% 127.47/80.00 (constB20 = sK952_VarCurr),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5370, 10072, 5254, 5139, 2570, 2728, 2408, 2644, 4110, 4102, 5310, 2617, 10066, 2407, 1246, 2409, 3693, 1245])).
% 127.47/80.00 tff(10074,plain,
% 127.47/80.00 (v7(constB18, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9617, 3984, 5712, 9534, 9481, 5721])).
% 127.47/80.00 tff(10075,plain,
% 127.47/80.00 (v7(constB17, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5636, 10074])).
% 127.47/80.00 tff(10076,plain,
% 127.47/80.00 (v929(constB17, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5615, 10075])).
% 127.47/80.00 tff(10077,plain,
% 127.47/80.00 (v940(constB17, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5607, 10076])).
% 127.47/80.00 tff(10078,plain,
% 127.47/80.00 (v938(constB16, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5581, 10077])).
% 127.47/80.00 tff(10079,plain,
% 127.47/80.00 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5572, 2226, 9481])).
% 127.47/80.00 tff(10080,plain,
% 127.47/80.00 (v13(constB16, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10079, 10078])).
% 127.47/80.00 tff(10081,plain,
% 127.47/80.00 (sP960(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5484, 9534])).
% 127.47/80.00 tff(10082,plain,
% 127.47/80.00 (sP957(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9591, 9534, 5451])).
% 127.47/80.00 tff(10083,plain,
% 127.47/80.00 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB16, bitIndex1) | (~sP960(constB16)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB16, bitIndex1) | (~sP960(constB16)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10084,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB16, bitIndex1) | (~sP960(constB16)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10085,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB16, bitIndex1) | (~sP960(constB16))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10084, 10083])).
% 127.47/80.00 tff(10086,plain,
% 127.47/80.00 (v28(constB16, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10085, 1819, 10081])).
% 127.47/80.00 tff(10087,plain,
% 127.47/80.00 (~v32(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5478, 1841, 10081])).
% 127.47/80.00 tff(10088,assumption,(v62(constB16, bitIndex0)), introduced(assumption)).
% 127.47/80.00 tff(10089,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB16) | (~v62(constB16, bitIndex0)) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB16) | (~v62(constB16, bitIndex0)) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10090,plain,
% 127.47/80.00 (((~v62(constB16, bitIndex0)) | v32(constB16) | (~v28(constB16, bitIndex1)) | (~sP957(constB16))) <=> (v32(constB16) | (~v62(constB16, bitIndex0)) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10091,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB16, bitIndex0)) | v32(constB16) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB16) | (~v62(constB16, bitIndex0)) | (~v28(constB16, bitIndex1)) | (~sP957(constB16))))),
% 127.47/80.00 inference(monotonicity,[status(thm)],[10090])).
% 127.47/80.00 tff(10092,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB16, bitIndex0)) | v32(constB16) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB16) | (~v62(constB16, bitIndex0)) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))),
% 127.47/80.00 inference(transitivity,[status(thm)],[10091, 10089])).
% 127.47/80.00 tff(10093,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB16, bitIndex0)) | v32(constB16) | (~v28(constB16, bitIndex1)) | (~sP957(constB16)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10094,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB16) | (~v62(constB16, bitIndex0)) | (~v28(constB16, bitIndex1)) | (~sP957(constB16))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10093, 10092])).
% 127.47/80.00 tff(10095,plain,
% 127.47/80.00 (v32(constB16) | (~v28(constB16, bitIndex1)) | (~sP957(constB16))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10094, 1855, 10088])).
% 127.47/80.00 tff(10096,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10095, 10087, 10086, 10082])).
% 127.47/80.00 tff(10097,plain,(v7(constB16, bitIndex2) | (~v62(constB16, bitIndex0)) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex0)) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10098,plain,
% 127.47/80.00 (~v62(constB16, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10097, 9534, 5480, 5451, 3984])).
% 127.47/80.00 tff(10099,plain,
% 127.47/80.00 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB16, bitIndex0) | (~sP960(constB16)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB16, bitIndex0) | (~sP960(constB16)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10100,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB16, bitIndex0) | (~sP960(constB16)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10101,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB16, bitIndex0) | (~sP960(constB16))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10100, 10099])).
% 127.47/80.00 tff(10102,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10101, 1830, 10098, 10081])).
% 127.47/80.00 tff(10103,plain,(v7(constB16, bitIndex2) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex0)) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10104,plain,
% 127.47/80.00 (~v13(constB16, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10103, 10080, 9534, 3984])).
% 127.47/80.00 tff(10105,plain,
% 127.47/80.00 (~v1050(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9583, 10104])).
% 127.47/80.00 tff(10106,plain,
% 127.47/80.00 (~v1052(constB17)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9575, 10105])).
% 127.47/80.00 tff(10107,plain,
% 127.47/80.00 (~v7(constB17, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9570, 10106])).
% 127.47/80.00 tff(10108,plain,
% 127.47/80.00 (~v7(constB18, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9562, 10107])).
% 127.47/80.00 tff(10109,plain,
% 127.47/80.00 (~v938(constB16, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10079, 5495])).
% 127.47/80.00 tff(10110,plain,
% 127.47/80.00 (~v940(constB17, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5581, 10109])).
% 127.47/80.00 tff(10111,plain,
% 127.47/80.00 (v7(constB18, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9627, 5374, 5721, 5712, 9481])).
% 127.47/80.00 tff(10112,plain,
% 127.47/80.00 (v7(constB17, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5636, 10111])).
% 127.47/80.00 tff(10113,plain,
% 127.47/80.00 (v929(constB17, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5615, 10112])).
% 127.47/80.00 tff(10114,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[5607, 10113, 10110])).
% 127.47/80.00 tff(10115,plain,(v11(constB14) | (~v11(constB16)) | (~v13(constB18, bitIndex2)) | (~v13(constB18, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10116,plain,
% 127.47/80.00 (v11(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10115, 5721, 9481, 5712])).
% 127.47/80.00 tff(10117,assumption,(v13(constB16, bitIndex1)), introduced(assumption)).
% 127.47/80.00 tff(10118,plain,
% 127.47/80.00 (~sP958(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9543, 9535, 10117])).
% 127.47/80.00 tff(10119,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9547, 1912, 10086, 10118])).
% 127.47/80.00 tff(10120,plain,(v7(constB16, bitIndex2) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10121,plain,
% 127.47/80.00 (v7(constB16, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10120, 5480, 3984, 10117])).
% 127.47/80.00 tff(10122,plain,
% 127.47/80.00 (v7(constB15, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[4072, 10121])).
% 127.47/80.00 tff(10123,plain,
% 127.47/80.00 (v929(constB15, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[4076, 778, 10122])).
% 127.47/80.00 tff(10124,plain,
% 127.47/80.00 (v940(constB15, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2348, 10123])).
% 127.47/80.00 tff(10125,plain,
% 127.47/80.00 (v938(constB14, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2356, 10124])).
% 127.47/80.00 tff(10126,plain,
% 127.47/80.00 (v13(constB14, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2362, 10125])).
% 127.47/80.00 tff(10127,assumption,(v938(constB12, bitIndex1)), introduced(assumption)).
% 127.47/80.00 tff(10128,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9198, 335, 2012, 10127])).
% 127.47/80.00 tff(10129,plain,((~v938(constB12, bitIndex1)) | v11(constB12)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10130,plain,
% 127.47/80.00 (~v938(constB12, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10129, 2012])).
% 127.47/80.00 tff(10131,plain,
% 127.47/80.00 (~v940(constB13, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2238, 10130])).
% 127.47/80.00 tff(10132,plain,
% 127.47/80.00 (~v929(constB13, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2264, 10131])).
% 127.47/80.00 tff(10133,plain,
% 127.47/80.00 (~v7(constB13, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2272, 10132])).
% 127.47/80.00 tff(10134,plain,
% 127.47/80.00 (~v7(constB14, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2293, 10133])).
% 127.47/80.00 tff(10135,assumption,(v13(constB14, bitIndex2)), introduced(assumption)).
% 127.47/80.00 tff(10136,plain,
% 127.47/80.00 (v7(constB14, bitIndex2) | sP960(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2369, 1804, 10135])).
% 127.47/80.00 tff(10137,plain,
% 127.47/80.00 (sP960(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10136, 10134])).
% 127.47/80.00 tff(10138,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB14)) | (~sP960(constB14)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB14)) | (~sP960(constB14)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10139,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB14)) | (~sP960(constB14)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10140,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB14)) | (~sP960(constB14))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10139, 10138])).
% 127.47/80.00 tff(10141,plain,
% 127.47/80.00 (~v32(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10140, 1841, 10137])).
% 127.47/80.00 tff(10142,plain,
% 127.47/80.00 (~v32(constB13)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2137, 10141])).
% 127.47/80.00 tff(10143,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2119, 2084, 10142])).
% 127.47/80.00 tff(10144,plain,(v11(constB12) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10145,plain,
% 127.47/80.00 (v11(constB12)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10144, 10126])).
% 127.47/80.00 tff(10146,plain,
% 127.47/80.00 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2229, 2226, 10145])).
% 127.47/80.00 tff(10147,plain,
% 127.47/80.00 (~v938(constB12, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10146, 2216])).
% 127.47/80.00 tff(10148,plain,
% 127.47/80.00 (~v940(constB13, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2238, 10147])).
% 127.47/80.00 tff(10149,plain,
% 127.47/80.00 (~v929(constB13, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2264, 10148])).
% 127.47/80.00 tff(10150,plain,
% 127.47/80.00 (~v7(constB13, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2272, 10149])).
% 127.47/80.00 tff(10151,plain,
% 127.47/80.00 (~v7(constB14, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2293, 10150])).
% 127.47/80.00 tff(10152,plain,
% 127.47/80.00 (v7(constB14, bitIndex2) | sP960(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2369, 1804, 10126])).
% 127.47/80.00 tff(10153,plain,
% 127.47/80.00 (sP960(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10152, 10151])).
% 127.47/80.00 tff(10154,plain,
% 127.47/80.00 (~v938(constB12, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2230, 10145])).
% 127.47/80.00 tff(10155,plain,
% 127.47/80.00 (~v940(constB13, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2238, 10154])).
% 127.47/80.00 tff(10156,plain,
% 127.47/80.00 (~v929(constB13, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2264, 10155])).
% 127.47/80.00 tff(10157,plain,
% 127.47/80.00 (~v7(constB13, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2272, 10156])).
% 127.47/80.00 tff(10158,plain,
% 127.47/80.00 (~v7(constB14, bitIndex2)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2293, 10157])).
% 127.47/80.00 tff(10159,plain,
% 127.47/80.00 (sP960(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10152, 10158])).
% 127.47/80.00 tff(10160,plain,
% 127.47/80.00 (v28(constB14, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[2374, 1819, 10159])).
% 127.47/80.00 tff(10161,plain,
% 127.47/80.00 (~v32(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10140, 1841, 10159])).
% 127.47/80.00 tff(10162,assumption,(v62(constB14, bitIndex0)), introduced(assumption)).
% 127.47/80.00 tff(10163,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB14) | (~v62(constB14, bitIndex0)) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB14) | (~v62(constB14, bitIndex0)) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10164,plain,
% 127.47/80.00 (((~v62(constB14, bitIndex0)) | v32(constB14) | (~v28(constB14, bitIndex1)) | (~sP957(constB14))) <=> (v32(constB14) | (~v62(constB14, bitIndex0)) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10165,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB14, bitIndex0)) | v32(constB14) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB14) | (~v62(constB14, bitIndex0)) | (~v28(constB14, bitIndex1)) | (~sP957(constB14))))),
% 127.47/80.00 inference(monotonicity,[status(thm)],[10164])).
% 127.47/80.00 tff(10166,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB14, bitIndex0)) | v32(constB14) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB14) | (~v62(constB14, bitIndex0)) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))),
% 127.47/80.00 inference(transitivity,[status(thm)],[10165, 10163])).
% 127.47/80.00 tff(10167,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB14, bitIndex0)) | v32(constB14) | (~v28(constB14, bitIndex1)) | (~sP957(constB14)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10168,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB14) | (~v62(constB14, bitIndex0)) | (~v28(constB14, bitIndex1)) | (~sP957(constB14))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10167, 10166])).
% 127.47/80.00 tff(10169,plain,
% 127.47/80.00 (v32(constB14) | (~v28(constB14, bitIndex1)) | (~sP957(constB14))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10168, 1855, 10162])).
% 127.47/80.00 tff(10170,plain,
% 127.47/80.00 (~sP957(constB14)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10169, 10161, 10160])).
% 127.47/80.00 tff(10171,assumption,(~v7(constB16, bitIndex0)), introduced(assumption)).
% 127.47/80.00 tff(10172,plain,
% 127.47/80.00 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB16) | v7(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB16) | v7(constB16, bitIndex0))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10173,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB16) | v7(constB16, bitIndex0))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10174,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB16) | v7(constB16, bitIndex0)),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10173, 10172])).
% 127.47/80.00 tff(10175,plain,
% 127.47/80.00 (sP958(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10174, 5886, 10171])).
% 127.47/80.00 tff(10176,plain,
% 127.47/80.00 (~sP959(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[9543, 10175, 10117])).
% 127.47/80.00 tff(10177,plain,
% 127.47/80.00 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB16, bitIndex0) | (~sP960(constB16)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB16, bitIndex0) | (~sP960(constB16)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10178,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB16, bitIndex0) | (~sP960(constB16)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10179,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB16, bitIndex0) | (~sP960(constB16))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10178, 10177])).
% 127.47/80.00 tff(10180,plain,
% 127.47/80.00 (~sP960(constB16)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10179, 5864, 10171])).
% 127.47/80.00 tff(10181,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (sP960(constB16) | (~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | sP960(constB16) | (~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10182,plain,
% 127.47/80.00 (((~v952(constB16, bitIndex1)) | sP960(constB16) | (~v13(constB16, bitIndex2))) <=> (sP960(constB16) | (~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10183,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB16, bitIndex1)) | sP960(constB16) | (~v13(constB16, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (sP960(constB16) | (~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2))))),
% 127.47/80.00 inference(monotonicity,[status(thm)],[10182])).
% 127.47/80.00 tff(10184,plain,
% 127.47/80.00 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB16, bitIndex1)) | sP960(constB16) | (~v13(constB16, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | sP960(constB16) | (~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2)))),
% 127.47/80.00 inference(transitivity,[status(thm)],[10183, 10181])).
% 127.47/80.00 tff(10185,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB16, bitIndex1)) | sP960(constB16) | (~v13(constB16, bitIndex2)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10186,plain,
% 127.47/80.00 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | sP960(constB16) | (~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10185, 10184])).
% 127.47/80.00 tff(10187,plain,
% 127.47/80.00 (sP960(constB16) | (~v952(constB16, bitIndex1))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10186, 6136, 5480])).
% 127.47/80.00 tff(10188,plain,
% 127.47/80.00 (~v952(constB16, bitIndex1)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10187, 10180])).
% 127.47/80.00 tff(10189,plain,
% 127.47/80.00 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB16) | v952(constB16, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB16) | v952(constB16, bitIndex1))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10190,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB16) | v952(constB16, bitIndex1))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10191,plain,
% 127.47/80.00 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB16) | v952(constB16, bitIndex1)),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10190, 10189])).
% 127.47/80.00 tff(10192,plain,
% 127.47/80.00 ($false),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10191, 6151, 10188, 10176])).
% 127.47/80.00 tff(10193,plain,(v7(constB16, bitIndex0) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.00 tff(10194,plain,
% 127.47/80.00 (v7(constB16, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10193, 5480, 10117, 3984])).
% 127.47/80.00 tff(10195,plain,
% 127.47/80.00 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB15, bitIndex0) | (~nextState(constB15, constB16)) | v1044(constB16) | (~v7(constB16, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB15, bitIndex0) | (~nextState(constB15, constB16)) | v1044(constB16) | (~v7(constB16, bitIndex0)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10196,plain,
% 127.47/80.00 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB15, bitIndex0) | (~nextState(constB15, constB16)) | v1044(constB16) | (~v7(constB16, bitIndex0)))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10197,plain,
% 127.47/80.00 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB15, bitIndex0) | (~nextState(constB15, constB16)) | v1044(constB16) | (~v7(constB16, bitIndex0))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10196, 10195])).
% 127.47/80.00 tff(10198,plain,
% 127.47/80.00 (v7(constB15, bitIndex0) | v1044(constB16) | (~v7(constB16, bitIndex0))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10197, 5991, 3710])).
% 127.47/80.00 tff(10199,plain,
% 127.47/80.00 (v7(constB15, bitIndex0) | (~v7(constB16, bitIndex0))),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10198, 4039])).
% 127.47/80.00 tff(10200,plain,
% 127.47/80.00 (v7(constB15, bitIndex0)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10199, 10194])).
% 127.47/80.00 tff(10201,plain,
% 127.47/80.00 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB15, bitIndex0)) | v1052(constB15) | (~v1044(constB15)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB15, bitIndex0)) | v1052(constB15) | (~v1044(constB15)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10202,plain,
% 127.47/80.00 (((~v7(constB15, bitIndex0)) | (~v1044(constB15)) | v1052(constB15)) <=> ((~v7(constB15, bitIndex0)) | v1052(constB15) | (~v1044(constB15)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10203,plain,
% 127.47/80.00 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB15, bitIndex0)) | (~v1044(constB15)) | v1052(constB15))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB15, bitIndex0)) | v1052(constB15) | (~v1044(constB15))))),
% 127.47/80.00 inference(monotonicity,[status(thm)],[10202])).
% 127.47/80.00 tff(10204,plain,
% 127.47/80.00 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB15, bitIndex0)) | (~v1044(constB15)) | v1052(constB15))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB15, bitIndex0)) | v1052(constB15) | (~v1044(constB15)))),
% 127.47/80.00 inference(transitivity,[status(thm)],[10203, 10201])).
% 127.47/80.00 tff(10205,plain,
% 127.47/80.00 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB15, bitIndex0)) | (~v1044(constB15)) | v1052(constB15))),
% 127.47/80.00 inference(quant_inst,[status(thm)],[])).
% 127.47/80.00 tff(10206,plain,
% 127.47/80.00 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB15, bitIndex0)) | v1052(constB15) | (~v1044(constB15))),
% 127.47/80.00 inference(modus_ponens,[status(thm)],[10205, 10204])).
% 127.47/80.00 tff(10207,plain,
% 127.47/80.00 ((~v7(constB15, bitIndex0)) | v1052(constB15)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10206, 6007, 1440])).
% 127.47/80.00 tff(10208,plain,
% 127.47/80.00 (v1052(constB15)),
% 127.47/80.00 inference(unit_resolution,[status(thm)],[10207, 10200])).
% 127.47/80.00 tff(10209,plain,
% 127.47/80.00 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB14, constB15)) | v1050(constB14) | (~v1052(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB14, constB15)) | v1050(constB14) | (~v1052(constB15)))),
% 127.47/80.00 inference(rewrite,[status(thm)],[])).
% 127.47/80.00 tff(10210,plain,
% 127.47/80.01 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB14, constB15)) | v1050(constB14) | (~v1052(constB15)))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10211,plain,
% 127.47/80.01 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB14, constB15)) | v1050(constB14) | (~v1052(constB15))),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10210, 10209])).
% 127.47/80.01 tff(10212,plain,
% 127.47/80.01 (v1050(constB14) | (~v1052(constB15))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10211, 6025, 1375])).
% 127.47/80.01 tff(10213,plain,
% 127.47/80.01 (v1050(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10212, 10208])).
% 127.47/80.01 tff(10214,plain,
% 127.47/80.01 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB14)) | (~v11(constB14)) | v13(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB14)) | (~v11(constB14)) | v13(constB14, bitIndex0))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10215,plain,
% 127.47/80.01 (((~v11(constB14)) | v13(constB14, bitIndex0) | (~v1050(constB14))) <=> ((~v1050(constB14)) | (~v11(constB14)) | v13(constB14, bitIndex0))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10216,plain,
% 127.47/80.01 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB14)) | v13(constB14, bitIndex0) | (~v1050(constB14)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB14)) | (~v11(constB14)) | v13(constB14, bitIndex0)))),
% 127.47/80.01 inference(monotonicity,[status(thm)],[10215])).
% 127.47/80.01 tff(10217,plain,
% 127.47/80.01 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB14)) | v13(constB14, bitIndex0) | (~v1050(constB14)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB14)) | (~v11(constB14)) | v13(constB14, bitIndex0))),
% 127.47/80.01 inference(transitivity,[status(thm)],[10216, 10214])).
% 127.47/80.01 tff(10218,plain,
% 127.47/80.01 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB14)) | v13(constB14, bitIndex0) | (~v1050(constB14)))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10219,plain,
% 127.47/80.01 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB14)) | (~v11(constB14)) | v13(constB14, bitIndex0)),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10218, 10217])).
% 127.47/80.01 tff(10220,plain,
% 127.47/80.01 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10219, 6040, 2358])).
% 127.47/80.01 tff(10221,plain,
% 127.47/80.01 (v13(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10220, 10213])).
% 127.47/80.01 tff(10222,plain,
% 127.47/80.01 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10223,plain,
% 127.47/80.01 ((v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0))) <=> (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10224,plain,
% 127.47/80.01 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14)))),
% 127.47/80.01 inference(monotonicity,[status(thm)],[10223])).
% 127.47/80.01 tff(10225,plain,
% 127.47/80.01 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14))),
% 127.47/80.01 inference(transitivity,[status(thm)],[10224, 10222])).
% 127.47/80.01 tff(10226,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10227,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14)),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10226, 10225])).
% 127.47/80.01 tff(10228,plain,
% 127.47/80.01 (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10227, 1785, 10158])).
% 127.47/80.01 tff(10229,plain,
% 127.47/80.01 (v7(constB14, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10228, 10221, 10170])).
% 127.47/80.01 tff(10230,plain,
% 127.47/80.01 (v7(constB13, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2214, 10229])).
% 127.47/80.01 tff(10231,plain,
% 127.47/80.01 (v956(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2191, 201, 10230])).
% 127.47/80.01 tff(10232,plain,
% 127.47/80.01 (~v938(constB12, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2151, 10145])).
% 127.47/80.01 tff(10233,plain,
% 127.47/80.01 (~v940(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2159, 10232])).
% 127.47/80.01 tff(10234,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 10233, 10231])).
% 127.47/80.01 tff(10235,plain,((~v13(constB16, bitIndex2)) | (~v11(constB14)) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~v62(constB14, bitIndex0)) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10236,plain,
% 127.47/80.01 (~v62(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10235, 2216, 10117, 3984, 2358, 5480, 2147])).
% 127.47/80.01 tff(10237,plain,
% 127.47/80.01 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB14, bitIndex0) | (~sP960(constB14)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB14, bitIndex0) | (~sP960(constB14)))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10238,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB14, bitIndex0) | (~sP960(constB14)))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10239,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB14, bitIndex0) | (~sP960(constB14))),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10238, 10237])).
% 127.47/80.01 tff(10240,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10239, 1830, 10236, 10153])).
% 127.47/80.01 tff(10241,plain,(v13(constB12, bitIndex2) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~v11(constB14)) | (~v13(constB16, bitIndex2)) | v13(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10242,plain,
% 127.47/80.01 (~v13(constB16, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10241, 10080, 2216, 2147, 10116, 3984])).
% 127.47/80.01 tff(10243,plain,
% 127.47/80.01 (~v938(constB16, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9541, 10242])).
% 127.47/80.01 tff(10244,plain,
% 127.47/80.01 (~v940(constB17, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5541, 10243])).
% 127.47/80.01 tff(10245,plain,
% 127.47/80.01 (~v956(constB17, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5567, 10244])).
% 127.47/80.01 tff(10246,assumption,(~v956(constB17, bitIndex0)), introduced(assumption)).
% 127.47/80.01 tff(10247,assumption,(v7(constB17, bitIndex1)), introduced(assumption)).
% 127.47/80.01 tff(10248,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5763, 201, 10247, 10246])).
% 127.47/80.01 tff(10249,plain,((~v7(constB17, bitIndex1)) | v956(constB17, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10250,plain,
% 127.47/80.01 (~v7(constB17, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10249, 10245])).
% 127.47/80.01 tff(10251,plain,
% 127.47/80.01 (~v7(constB18, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5759, 10250])).
% 127.47/80.01 tff(10252,assumption,(~v7(constB18, bitIndex0)), introduced(assumption)).
% 127.47/80.01 tff(10253,plain,
% 127.47/80.01 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB18) | v7(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB18) | v7(constB18, bitIndex0))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10254,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB18) | v7(constB18, bitIndex0))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10255,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB18) | v7(constB18, bitIndex0)),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10254, 10253])).
% 127.47/80.01 tff(10256,plain,
% 127.47/80.01 (sP958(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10255, 5886, 10252])).
% 127.47/80.01 tff(10257,plain,
% 127.47/80.01 ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5718, 1886, 5706])).
% 127.47/80.01 tff(10258,plain,
% 127.47/80.01 (~sP959(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10257, 10256, 5712])).
% 127.47/80.01 tff(10259,plain,
% 127.47/80.01 (~sP960(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9556, 5864, 10252])).
% 127.47/80.01 tff(10260,plain,
% 127.47/80.01 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (sP960(constB18) | (~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | sP960(constB18) | (~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2)))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10261,plain,
% 127.47/80.01 (((~v952(constB18, bitIndex1)) | sP960(constB18) | (~v13(constB18, bitIndex2))) <=> (sP960(constB18) | (~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2)))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10262,plain,
% 127.47/80.01 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB18, bitIndex1)) | sP960(constB18) | (~v13(constB18, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (sP960(constB18) | (~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2))))),
% 127.47/80.01 inference(monotonicity,[status(thm)],[10261])).
% 127.47/80.01 tff(10263,plain,
% 127.47/80.01 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB18, bitIndex1)) | sP960(constB18) | (~v13(constB18, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | sP960(constB18) | (~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2)))),
% 127.47/80.01 inference(transitivity,[status(thm)],[10262, 10260])).
% 127.47/80.01 tff(10264,plain,
% 127.47/80.01 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB18, bitIndex1)) | sP960(constB18) | (~v13(constB18, bitIndex2)))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10265,plain,
% 127.47/80.01 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | sP960(constB18) | (~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2))),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10264, 10263])).
% 127.47/80.01 tff(10266,plain,
% 127.47/80.01 (sP960(constB18) | (~v952(constB18, bitIndex1))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10265, 6136, 5721])).
% 127.47/80.01 tff(10267,plain,
% 127.47/80.01 (~v952(constB18, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10266, 10259])).
% 127.47/80.01 tff(10268,plain,
% 127.47/80.01 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB18) | v952(constB18, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB18) | v952(constB18, bitIndex1))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10269,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB18) | v952(constB18, bitIndex1))),
% 127.47/80.01 inference(quant_inst,[status(thm)],[])).
% 127.47/80.01 tff(10270,plain,
% 127.47/80.01 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB18) | v952(constB18, bitIndex1)),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[10269, 10268])).
% 127.47/80.01 tff(10271,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10270, 6151, 10267, 10258])).
% 127.47/80.01 tff(10272,plain,(v7(constB18, bitIndex0) | (~v13(constB18, bitIndex2)) | (~v13(constB18, bitIndex1)) | v7(constB18, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10273,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10272, 10251, 10108, 5712, 5721])).
% 127.47/80.01 tff(10274,plain,(v7(constB16, bitIndex1) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex2)) | (~v11(constB16)) | v7(constB16, bitIndex2) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10275,plain,
% 127.47/80.01 (~v13(constB18, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10274, 9533, 9481, 3984, 9534, 2216, 2147])).
% 127.47/80.01 tff(10276,plain,
% 127.47/80.01 ((~v11(constB18)) | (~v938(constB18, bitIndex0))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5703, 320, 10275])).
% 127.47/80.01 tff(10277,plain,
% 127.47/80.01 (~v938(constB18, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10276, 9524])).
% 127.47/80.01 tff(10278,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 10277, 9480])).
% 127.47/80.01 tff(10279,plain,((~(constB20 = sK952_VarCurr)) | (~v11(constB16)) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10280,plain,
% 127.47/80.01 (v7(constB16, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10279, 10073, 9924, 5373, 3976, 3979, 1245])).
% 127.47/80.01 tff(10281,plain,
% 127.47/80.01 (v7(constB15, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[4072, 10280])).
% 127.47/80.01 tff(10282,plain,
% 127.47/80.01 (v929(constB15, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5505, 10281])).
% 127.47/80.01 tff(10283,plain,
% 127.47/80.01 (v940(constB15, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2348, 10282])).
% 127.47/80.01 tff(10284,plain,
% 127.47/80.01 (v938(constB14, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2356, 10283])).
% 127.47/80.01 tff(10285,plain,
% 127.47/80.01 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2361, 2226, 9663])).
% 127.47/80.01 tff(10286,plain,
% 127.47/80.01 (v13(constB14, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10285, 10284])).
% 127.47/80.01 tff(10287,plain,
% 127.47/80.01 (~v13(constB12, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1863, 1773, 1702, 1343])).
% 127.47/80.01 tff(10288,plain,
% 127.47/80.01 (v11(constB12)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10144, 10135])).
% 127.47/80.01 tff(10289,plain,
% 127.47/80.01 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2229, 2226, 10288])).
% 127.47/80.01 tff(10290,plain,
% 127.47/80.01 (~v938(constB12, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10289, 10287])).
% 127.47/80.01 tff(10291,plain,
% 127.47/80.01 (~v940(constB13, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2238, 10290])).
% 127.47/80.01 tff(10292,plain,
% 127.47/80.01 (~v929(constB13, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2264, 10291])).
% 127.47/80.01 tff(10293,plain,
% 127.47/80.01 (~v7(constB13, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2272, 10292])).
% 127.47/80.01 tff(10294,plain,
% 127.47/80.01 (~v7(constB14, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2293, 10293])).
% 127.47/80.01 tff(10295,plain,
% 127.47/80.01 (~v13(constB12, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1987, 1343, 1773, 1702])).
% 127.47/80.01 tff(10296,plain,
% 127.47/80.01 (~v938(constB12, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9911, 10295])).
% 127.47/80.01 tff(10297,plain,
% 127.47/80.01 (~v940(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2159, 10296])).
% 127.47/80.01 tff(10298,plain,
% 127.47/80.01 (~v956(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2185, 10297])).
% 127.47/80.01 tff(10299,plain,
% 127.47/80.01 (~v7(constB13, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2193, 10298])).
% 127.47/80.01 tff(10300,plain,
% 127.47/80.01 (~v7(constB14, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2214, 10299])).
% 127.47/80.01 tff(10301,plain,
% 127.47/80.01 (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | sP957(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10227, 1785, 1990])).
% 127.47/80.01 tff(10302,plain,
% 127.47/80.01 (sP957(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10301, 10300, 10294])).
% 127.47/80.01 tff(10303,plain,
% 127.47/80.01 (sP960(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10136, 10294])).
% 127.47/80.01 tff(10304,plain,
% 127.47/80.01 (v28(constB14, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2374, 1819, 10303])).
% 127.47/80.01 tff(10305,plain,
% 127.47/80.01 (v62(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10239, 1830, 10303])).
% 127.47/80.01 tff(10306,plain,
% 127.47/80.01 (~v32(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10140, 1841, 10303])).
% 127.47/80.01 tff(10307,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10168, 1855, 10306, 10305, 10304, 10302])).
% 127.47/80.01 tff(10308,plain,(v11(constB10) | (~v13(constB14, bitIndex0)) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10309,plain,
% 127.47/80.01 (~v13(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10308, 10286, 1246])).
% 127.47/80.01 tff(10310,plain,
% 127.47/80.01 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10219, 6040, 9663])).
% 127.47/80.01 tff(10311,plain,
% 127.47/80.01 (~v1050(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10310, 10309])).
% 127.47/80.01 tff(10312,plain,
% 127.47/80.01 (~v1052(constB15)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10212, 10311])).
% 127.47/80.01 tff(10313,plain,
% 127.47/80.01 (~v7(constB15, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10207, 10312])).
% 127.47/80.01 tff(10314,plain,
% 127.47/80.01 (~v7(constB16, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10199, 10313])).
% 127.47/80.01 tff(10315,plain,
% 127.47/80.01 (~sP960(constB16)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10179, 5864, 10314])).
% 127.47/80.01 tff(10316,plain,
% 127.47/80.01 (~v1044(sK952_VarCurr)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5773, 10073])).
% 127.47/80.01 tff(10317,plain,
% 127.47/80.01 (v11(constB14)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5448, 5442])).
% 127.47/80.01 tff(10318,plain,
% 127.47/80.01 (v11(constB16)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9444, 5529, 1, 342, 5147, 3984, 1245])).
% 127.47/80.01 tff(10319,plain,
% 127.47/80.01 (~v938(constB16, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5533, 10318])).
% 127.47/80.01 tff(10320,plain,
% 127.47/80.01 (~v940(constB17, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5541, 10319])).
% 127.47/80.01 tff(10321,plain,
% 127.47/80.01 (~v956(constB17, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5567, 10320])).
% 127.47/80.01 tff(10322,plain,
% 127.47/80.01 ((~v1050(constB16)) | (~v11(constB16))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9582, 6040, 5442])).
% 127.47/80.01 tff(10323,plain,
% 127.47/80.01 (~v1050(constB16)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10322, 10318])).
% 127.47/80.01 tff(10324,plain,
% 127.47/80.01 (~v1052(constB17)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9575, 10323])).
% 127.47/80.01 tff(10325,plain,
% 127.47/80.01 (~v7(constB17, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9570, 10324])).
% 127.47/80.01 tff(10326,plain,
% 127.47/80.01 (~v7(constB18, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9562, 10325])).
% 127.47/80.01 tff(10327,plain,
% 127.47/80.01 (~(constB18 = sK952_VarCurr)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9241, 5706, 1516])).
% 127.47/80.01 tff(10328,plain,
% 127.47/80.01 (~(constB5 = sK952_VarCurr)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2616, 2608, 1245])).
% 127.47/80.01 tff(10329,plain,
% 127.47/80.01 (v7(constB4, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9152, 10327, 10328, 5778, 5835, 5792, 5842, 5785, 5799, 5827, 5834, 1245, 5282, 5856])).
% 127.47/80.01 tff(10330,plain,
% 127.47/80.01 (~(constB4 = sK952_VarCurr)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9160, 10329, 1245])).
% 127.47/80.01 tff(10331,plain,
% 127.47/80.01 (v11(constB10)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5370, 10330, 5776, 5835, 5856, 5778, 5785, 5792, 5799, 5827, 5834, 10328, 10327, 5842, 5282, 2409, 5775, 1245])).
% 127.47/80.01 tff(10332,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2567, 760, 2564, 8488, 8456])).
% 127.47/80.01 tff(10333,plain,((~v929(constB7, bitIndex1)) | v940(constB7, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10334,plain,
% 127.47/80.01 (~v929(constB7, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10333, 8148])).
% 127.47/80.01 tff(10335,assumption,(v7(constB7, bitIndex2)), introduced(assumption)).
% 127.47/80.01 tff(10336,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2454, 778, 10335, 8471])).
% 127.47/80.01 tff(10337,plain,((~v7(constB7, bitIndex2)) | v929(constB7, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10338,plain,
% 127.47/80.01 (~v7(constB7, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10337, 10334])).
% 127.47/80.01 tff(10339,plain,
% 127.47/80.01 (~v7(constB8, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2450, 10338])).
% 127.47/80.01 tff(10340,plain,
% 127.47/80.01 (v7(constB10, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9429, 1104, 2427, 1245, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5310, 2408, 5309, 5284, 5282, 5281, 4113])).
% 127.47/80.01 tff(10341,plain,
% 127.47/80.01 (v7(constB9, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[188, 10340])).
% 127.47/80.01 tff(10342,plain,
% 127.47/80.01 (v956(constB9, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[204, 201, 10341])).
% 127.47/80.01 tff(10343,plain,
% 127.47/80.01 (v940(constB9, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[289, 10342])).
% 127.47/80.01 tff(10344,plain,
% 127.47/80.01 (v938(constB8, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[307, 10343])).
% 127.47/80.01 tff(10345,plain,
% 127.47/80.01 (~v13(constB8, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1225, 6603, 8312])).
% 127.47/80.01 tff(10346,plain,
% 127.47/80.01 ((~v11(constB8)) | (~v938(constB8, bitIndex0))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[323, 320, 10345])).
% 127.47/80.01 tff(10347,plain,
% 127.47/80.01 (~v11(constB8)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10346, 10344])).
% 127.47/80.01 tff(10348,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[338, 335, 10347, 10344])).
% 127.47/80.01 tff(10349,plain,(v11(constB6) | v7(constB8, bitIndex2) | v7(sK952_VarCurr, bitIndex0) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10350,plain,
% 127.47/80.01 (constB20 = sK952_VarCurr),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10349, 5856, 1245, 5776, 5322, 10339, 5778, 5785, 5310, 5799, 5827, 5834, 5849, 10327, 5842, 1104, 5775])).
% 127.47/80.01 tff(10351,plain,
% 127.47/80.01 (v7(constB10, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9436, 342, 5284, 5147, 5529, 3984, 3960, 1245])).
% 127.47/80.01 tff(10352,plain,
% 127.47/80.01 (v7(constB9, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[188, 10351])).
% 127.47/80.01 tff(10353,plain,
% 127.47/80.01 (v956(constB9, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[204, 201, 10352])).
% 127.47/80.01 tff(10354,plain,
% 127.47/80.01 (v940(constB9, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[289, 10353])).
% 127.47/80.01 tff(10355,plain,
% 127.47/80.01 (v938(constB8, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[307, 10354])).
% 127.47/80.01 tff(10356,plain,
% 127.47/80.01 (v11(constB8)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[338, 335, 10355])).
% 127.47/80.01 tff(10357,plain,
% 127.47/80.01 ((~v11(constB8)) | v13(constB8, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[323, 320, 10355])).
% 127.47/80.01 tff(10358,plain,
% 127.47/80.01 (v13(constB8, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10357, 10356])).
% 127.47/80.01 tff(10359,plain,
% 127.47/80.01 (~v17(constB8, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1238, 10358])).
% 127.47/80.01 tff(10360,plain,
% 127.47/80.01 (~v17(constB7, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1191, 10359])).
% 127.47/80.01 tff(10361,plain,
% 127.47/80.01 (~v1019(constB7, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1171, 10360])).
% 127.47/80.01 tff(10362,plain,
% 127.47/80.01 (~v1017(constB6, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1138, 10361])).
% 127.47/80.01 tff(10363,plain,
% 127.47/80.01 (~v20(constB6, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1130, 10362])).
% 127.47/80.01 tff(10364,plain,
% 127.47/80.01 (~v994(constB6, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1101, 10363, 922, 498])).
% 127.47/80.01 tff(10365,plain,
% 127.47/80.01 (sP953_aig_name(constB6)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1036, 1033, 498, 10364])).
% 127.47/80.01 tff(10366,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[1017, 1014, 1002, 10365])).
% 127.47/80.01 tff(10367,plain,(v11(constB4) | (constB18 = sK952_VarCurr) | v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | (~v7(constB20, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10368,plain,
% 127.47/80.01 (~v7(constB20, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10367, 5147, 342, 3984, 10327, 5529, 1245])).
% 127.47/80.01 tff(10369,plain,
% 127.47/80.01 (~v7(constB19, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3953, 10368])).
% 127.47/80.01 tff(10370,plain,
% 127.47/80.01 (~v1052(constB19)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3925, 10369])).
% 127.47/80.01 tff(10371,plain,
% 127.47/80.01 (~v1050(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3882, 10370])).
% 127.47/80.01 tff(10372,plain,
% 127.47/80.01 (~v13(constB18, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3874, 10371])).
% 127.47/80.01 tff(10373,plain,
% 127.47/80.01 (v11(constB16)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3858, 10372])).
% 127.47/80.01 tff(10374,plain,
% 127.47/80.01 (~v1050(constB16)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10322, 10373])).
% 127.47/80.01 tff(10375,plain,
% 127.47/80.01 (~v1052(constB17)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9575, 10374])).
% 127.47/80.01 tff(10376,plain,
% 127.47/80.01 (~v7(constB17, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9570, 10375])).
% 127.47/80.01 tff(10377,plain,
% 127.47/80.01 (~v7(constB18, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9562, 10376])).
% 127.47/80.01 tff(10378,plain,
% 127.47/80.01 (v7(constB20, bitIndex1)),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[11, 9447])).
% 127.47/80.01 tff(10379,plain,
% 127.47/80.01 (v7(constB19, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9468, 10378])).
% 127.47/80.01 tff(10380,plain,
% 127.47/80.01 (v956(constB19, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9472, 201, 10379])).
% 127.47/80.01 tff(10381,plain,
% 127.47/80.01 (v940(constB19, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 10380])).
% 127.47/80.01 tff(10382,plain,
% 127.47/80.01 (v938(constB18, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 10381])).
% 127.47/80.01 tff(10383,plain,
% 127.47/80.01 (v13(constB18, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9630, 10382])).
% 127.47/80.01 tff(10384,plain,
% 127.47/80.01 (v7(constB20, bitIndex2)),
% 127.47/80.01 inference(modus_ponens,[status(thm)],[2422, 9489])).
% 127.47/80.01 tff(10385,plain,
% 127.47/80.01 (v7(constB19, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9510, 10384])).
% 127.47/80.01 tff(10386,plain,
% 127.47/80.01 (v929(constB19, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9514, 778, 10385])).
% 127.47/80.01 tff(10387,plain,
% 127.47/80.01 (v940(constB19, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 10386])).
% 127.47/80.01 tff(10388,plain,
% 127.47/80.01 (v938(constB18, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9530, 302, 3878, 10387])).
% 127.47/80.01 tff(10389,plain,
% 127.47/80.01 (v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5675, 2226, 9629])).
% 127.47/80.01 tff(10390,plain,
% 127.47/80.01 (v13(constB18, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10389, 10388])).
% 127.47/80.01 tff(10391,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10272, 10390, 10383, 10252, 5706])).
% 127.47/80.01 tff(10392,plain,((~(constB20 = sK952_VarCurr)) | v7(constB18, bitIndex0) | v7(constB18, bitIndex1) | (~v11(constB18)) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10393,plain,
% 127.47/80.01 (~v11(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10392, 10377, 5706, 10350, 2318, 1516])).
% 127.47/80.01 tff(10394,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3872, 1480, 10371, 10393])).
% 127.47/80.01 tff(10395,plain,(v1044(sK952_VarCurr) | v7(constB18, bitIndex1) | v13(constB16, bitIndex0) | v7(sK952_VarCurr, bitIndex0) | (constB3 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v11(constB6) | v11(constB4) | v7(constB16, bitIndex1) | v13(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10396,plain,
% 127.47/80.01 (v11(constB6)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10395, 5706, 5442, 1245, 5835, 5792, 5147, 342, 3984, 5529])).
% 127.47/80.01 tff(10397,plain,
% 127.47/80.01 (v13(constB8, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9305, 10327, 1245, 5776, 10328, 5835, 5778, 5834, 5792, 5842, 5785, 5856, 5799, 5282, 5827, 1, 5775])).
% 127.47/80.01 tff(10398,plain,
% 127.47/80.01 (~v13(constB8, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[7039, 10397, 342, 10396, 835])).
% 127.47/80.01 tff(10399,plain,
% 127.47/80.01 (v7(constB10, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9286, 5324, 1, 7563, 2422, 11])).
% 127.47/80.01 tff(10400,plain,
% 127.47/80.01 (v7(constB9, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6412, 10399])).
% 127.47/80.01 tff(10401,plain,
% 127.47/80.01 (v929(constB9, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6420, 10400])).
% 127.47/80.01 tff(10402,plain,
% 127.47/80.01 (v940(constB9, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6446, 10401])).
% 127.47/80.01 tff(10403,plain,
% 127.47/80.01 (v938(constB8, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6454, 10402])).
% 127.47/80.01 tff(10404,plain,
% 127.47/80.01 (v11(constB8)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[7649, 335, 10403])).
% 127.47/80.01 tff(10405,assumption,(~v13(constB8, bitIndex0)), introduced(assumption)).
% 127.47/80.01 tff(10406,plain,
% 127.47/80.01 ((~v1050(constB8)) | (~v11(constB8))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6491, 6040, 10405])).
% 127.47/80.01 tff(10407,plain,
% 127.47/80.01 (~v1050(constB8)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10406, 10404])).
% 127.47/80.01 tff(10408,plain,
% 127.47/80.01 (~v1052(constB9)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6483, 10407])).
% 127.47/80.01 tff(10409,plain,
% 127.47/80.01 (~v7(constB9, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6478, 10408])).
% 127.47/80.01 tff(10410,plain,
% 127.47/80.01 (~v7(constB10, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6470, 10409])).
% 127.47/80.01 tff(10411,plain,
% 127.47/80.01 (sP958(constB10)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6464, 5886, 10410])).
% 127.47/80.01 tff(10412,plain,
% 127.47/80.01 (~sP960(constB10)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[7457, 5864, 10410])).
% 127.47/80.01 tff(10413,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[9365, 10412, 10411, 11, 2422, 5324, 1, 7563])).
% 127.47/80.01 tff(10414,plain,((~(constB12 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex2)) | v7(constB10, bitIndex1) | (~v11(constB10)) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10415,plain,
% 127.47/80.01 (~(constB12 = sK952_VarCurr)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10414, 10331, 2318, 1, 1516, 10398])).
% 127.47/80.01 tff(10416,plain,
% 127.47/80.01 (constB14 = sK952_VarCurr),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5347, 10415, 5776, 5835, 5856, 5778, 5785, 5792, 5799, 5320, 5827, 5834, 10328, 5308, 10327, 5842, 5282, 10330, 5280, 5775, 2409])).
% 127.47/80.01 tff(10417,plain,
% 127.47/80.01 (v7(constB14, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[7544, 10416, 1516])).
% 127.47/80.01 tff(10418,plain,
% 127.47/80.01 (v7(constB13, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2214, 10417])).
% 127.47/80.01 tff(10419,plain,
% 127.47/80.01 (v956(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2191, 201, 10418])).
% 127.47/80.01 tff(10420,plain,
% 127.47/80.01 (v940(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 10419])).
% 127.47/80.01 tff(10421,plain,
% 127.47/80.01 (v938(constB12, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2159, 10420])).
% 127.47/80.01 tff(10422,assumption,(v7(constB14, bitIndex0)), introduced(assumption)).
% 127.47/80.01 tff(10423,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10422, 5361])).
% 127.47/80.01 tff(10424,plain,((~(constB14 = sK952_VarCurr)) | (~v7(constB14, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10425,plain,
% 127.47/80.01 (~v7(constB14, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10424, 10416, 1245])).
% 127.47/80.01 tff(10426,plain,
% 127.47/80.01 (~v7(constB13, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2074, 10425])).
% 127.47/80.01 tff(10427,plain,
% 127.47/80.01 (~v1052(constB13)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2056, 10426])).
% 127.47/80.01 tff(10428,plain,
% 127.47/80.01 (~v1050(constB12)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2020, 10427])).
% 127.47/80.01 tff(10429,plain,
% 127.47/80.01 (v11(constB12)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2015, 1480, 10428])).
% 127.47/80.01 tff(10430,plain,
% 127.47/80.01 ((~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[2150, 320, 10429])).
% 127.47/80.01 tff(10431,plain,
% 127.47/80.01 (v13(constB12, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10430, 10421])).
% 127.47/80.01 tff(10432,plain,
% 127.47/80.01 (v13(constB12, bitIndex2)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5366, 10416, 1245])).
% 127.47/80.01 tff(10433,plain,
% 127.47/80.01 (v11(constB8)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[7947, 10431, 10331, 10432, 1])).
% 127.47/80.01 tff(10434,plain,
% 127.47/80.01 ((~v1050(constB8)) | (~v11(constB8))),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6491, 6040, 10398])).
% 127.47/80.01 tff(10435,plain,
% 127.47/80.01 (~v1050(constB8)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10434, 10433])).
% 127.47/80.01 tff(10436,plain,
% 127.47/80.01 (~v1052(constB9)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6483, 10435])).
% 127.47/80.01 tff(10437,plain,
% 127.47/80.01 (~v7(constB9, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6478, 10436])).
% 127.47/80.01 tff(10438,plain,
% 127.47/80.01 (~v7(constB10, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6470, 10437])).
% 127.47/80.01 tff(10439,plain,
% 127.47/80.01 (~sP958(constB10)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[8033, 10438, 1, 10432, 10431, 10331])).
% 127.47/80.01 tff(10440,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[6464, 5886, 10438, 10439])).
% 127.47/80.01 tff(10441,plain,(v7(constB18, bitIndex1) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (constB20 = sK952_VarCurr) | v11(constB4) | v13(constB16, bitIndex0) | v1044(sK952_VarCurr) | v7(constB16, bitIndex1) | v13(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10442,plain,
% 127.47/80.01 (constB20 = sK952_VarCurr),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10441, 5706, 1245, 1, 342, 5442, 5147, 3984, 5529])).
% 127.47/80.01 tff(10443,plain,
% 127.47/80.01 (~v11(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10392, 10442, 5706, 10326, 2318, 1516])).
% 127.47/80.01 tff(10444,plain,
% 127.47/80.01 (~v7(constB20, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10367, 10327, 342, 3984, 5147, 5529, 1245])).
% 127.47/80.01 tff(10445,plain,
% 127.47/80.01 (~v7(constB19, bitIndex0)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3953, 10444])).
% 127.47/80.01 tff(10446,plain,
% 127.47/80.01 (~v1052(constB19)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3925, 10445])).
% 127.47/80.01 tff(10447,plain,
% 127.47/80.01 (~v1050(constB18)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3882, 10446])).
% 127.47/80.01 tff(10448,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[3872, 1480, 10447, 10443])).
% 127.47/80.01 tff(10449,plain,(v7(constB18, bitIndex1) | v11(constB4) | v7(constB16, bitIndex1) | v1044(sK952_VarCurr) | v13(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v13(constB16, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10450,plain,
% 127.47/80.01 (v7(constB18, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10449, 5529, 3984, 5147, 342, 1245, 1, 5442])).
% 127.47/80.01 tff(10451,plain,
% 127.47/80.01 (v7(constB17, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5759, 10450])).
% 127.47/80.01 tff(10452,plain,
% 127.47/80.01 ($false),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[5763, 201, 10451, 10321])).
% 127.47/80.01 tff(10453,plain,(v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | v1044(sK952_VarCurr) | v11(constB4) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v13(constB16, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.01 tff(10454,plain,
% 127.47/80.01 (v13(constB16, bitIndex1)),
% 127.47/80.01 inference(unit_resolution,[status(thm)],[10453, 5147, 3984, 342, 1245, 1, 5442])).
% 127.47/80.01 tff(10455,plain,
% 127.47/80.01 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB17, bitIndex1)) | (~nextState(constB17, constB18)) | v957(constB18) | v7(constB18, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB17, bitIndex1)) | (~nextState(constB17, constB18)) | v957(constB18) | v7(constB18, bitIndex1))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10456,plain,
% 127.47/80.01 (((~nextState(constB17, constB18)) | (~v7(constB17, bitIndex1)) | v957(constB18) | v7(constB18, bitIndex1)) <=> ((~v7(constB17, bitIndex1)) | (~nextState(constB17, constB18)) | v957(constB18) | v7(constB18, bitIndex1))),
% 127.47/80.01 inference(rewrite,[status(thm)],[])).
% 127.47/80.01 tff(10457,plain,
% 127.47/80.01 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB17, constB18)) | (~v7(constB17, bitIndex1)) | v957(constB18) | v7(constB18, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB17, bitIndex1)) | (~nextState(constB17, constB18)) | v957(constB18) | v7(constB18, bitIndex1)))),
% 127.47/80.02 inference(monotonicity,[status(thm)],[10456])).
% 127.47/80.02 tff(10458,plain,
% 127.47/80.02 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB17, constB18)) | (~v7(constB17, bitIndex1)) | v957(constB18) | v7(constB18, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB17, bitIndex1)) | (~nextState(constB17, constB18)) | v957(constB18) | v7(constB18, bitIndex1))),
% 127.47/80.02 inference(transitivity,[status(thm)],[10457, 10455])).
% 127.47/80.02 tff(10459,plain,
% 127.47/80.02 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB17, constB18)) | (~v7(constB17, bitIndex1)) | v957(constB18) | v7(constB18, bitIndex1))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10460,plain,
% 127.47/80.02 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB17, bitIndex1)) | (~nextState(constB17, constB18)) | v957(constB18) | v7(constB18, bitIndex1)),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10459, 10458])).
% 127.47/80.02 tff(10461,plain,
% 127.47/80.02 ((~v7(constB17, bitIndex1)) | v957(constB18) | v7(constB18, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10460, 2627, 3763])).
% 127.47/80.02 tff(10462,plain,
% 127.47/80.02 ((~v7(constB17, bitIndex1)) | v7(constB18, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10461, 5751])).
% 127.47/80.02 tff(10463,plain,
% 127.47/80.02 (~v7(constB17, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10462, 5706])).
% 127.47/80.02 tff(10464,plain,
% 127.47/80.02 (^[VarCurr: $i] : refl((v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0))) <=> (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0))))),
% 127.47/80.02 inference(bind,[status(th)],[])).
% 127.47/80.02 tff(10465,plain,
% 127.47/80.02 (![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))),
% 127.47/80.02 inference(quant_intro,[status(thm)],[10464])).
% 127.47/80.02 tff(10466,plain,
% 127.47/80.02 (![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10467,axiom,(![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16345')).
% 127.47/80.02 tff(10468,plain,
% 127.47/80.02 (![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10467, 10466])).
% 127.47/80.02 tff(10469,plain,(
% 127.47/80.02 ![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))),
% 127.47/80.02 inference(skolemize,[status(sab)],[10468])).
% 127.47/80.02 tff(10470,plain,
% 127.47/80.02 (![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10469, 10465])).
% 127.47/80.02 tff(10471,plain,
% 127.47/80.02 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | (v7(constB17, bitIndex1) | (~v956(constB17, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | v7(constB17, bitIndex1) | (~v956(constB17, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10472,plain,
% 127.47/80.02 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | (v7(constB17, bitIndex1) | (~v956(constB17, bitIndex0)))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10473,plain,
% 127.47/80.02 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | v7(constB17, bitIndex1) | (~v956(constB17, bitIndex0))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10472, 10471])).
% 127.47/80.02 tff(10474,plain,
% 127.47/80.02 (~v956(constB17, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10473, 10470, 10463])).
% 127.47/80.02 tff(10475,plain,
% 127.47/80.02 (^[B: $i, VarNext: $i] : refl(((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B)) <=> ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B)))),
% 127.47/80.02 inference(bind,[status(th)],[])).
% 127.47/80.02 tff(10476,plain,
% 127.47/80.02 (![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B)) <=> ![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(quant_intro,[status(thm)],[10475])).
% 127.47/80.02 tff(10477,plain,
% 127.47/80.02 (![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B)) <=> ![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10478,plain,
% 127.47/80.02 (^[B: $i, VarNext: $i] : trans(monotonicity(rewrite((v956(VarNext, B) | (~v940(VarNext, B))) <=> ((~v940(VarNext, B)) | v956(VarNext, B))), (((v956(VarNext, B) | (~v940(VarNext, B))) | (~v957(VarNext))) <=> (((~v940(VarNext, B)) | v956(VarNext, B)) | (~v957(VarNext))))), rewrite((((~v940(VarNext, B)) | v956(VarNext, B)) | (~v957(VarNext))) <=> ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))), (((v956(VarNext, B) | (~v940(VarNext, B))) | (~v957(VarNext))) <=> ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))))),
% 127.47/80.02 inference(bind,[status(th)],[])).
% 127.47/80.02 tff(10479,plain,
% 127.47/80.02 (![B: $i, VarNext: $i] : ((v956(VarNext, B) | (~v940(VarNext, B))) | (~v957(VarNext))) <=> ![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(quant_intro,[status(thm)],[10478])).
% 127.47/80.02 tff(10480,axiom,(![B: $i, VarNext: $i] : ((v956(VarNext, B) | (~v940(VarNext, B))) | (~v957(VarNext)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16646')).
% 127.47/80.02 tff(10481,plain,
% 127.47/80.02 (![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10480, 10479])).
% 127.47/80.02 tff(10482,plain,
% 127.47/80.02 (![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10481, 10477])).
% 127.47/80.02 tff(10483,plain,(
% 127.47/80.02 ![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(skolemize,[status(sab)],[10482])).
% 127.47/80.02 tff(10484,plain,
% 127.47/80.02 (![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10483, 10476])).
% 127.47/80.02 tff(10485,plain,
% 127.47/80.02 (((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v957(constB17)) | v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | (~v957(constB17)) | v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10486,plain,
% 127.47/80.02 (((~v940(constB17, bitIndex0)) | (~v957(constB17)) | v956(constB17, bitIndex0)) <=> ((~v957(constB17)) | v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10487,plain,
% 127.47/80.02 (((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v940(constB17, bitIndex0)) | (~v957(constB17)) | v956(constB17, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v957(constB17)) | v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0))))),
% 127.47/80.02 inference(monotonicity,[status(thm)],[10486])).
% 127.47/80.02 tff(10488,plain,
% 127.47/80.02 (((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v940(constB17, bitIndex0)) | (~v957(constB17)) | v956(constB17, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | (~v957(constB17)) | v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0)))),
% 127.47/80.02 inference(transitivity,[status(thm)],[10487, 10485])).
% 127.47/80.02 tff(10489,plain,
% 127.47/80.02 ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v940(constB17, bitIndex0)) | (~v957(constB17)) | v956(constB17, bitIndex0))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10490,plain,
% 127.47/80.02 ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | (~v957(constB17)) | v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10489, 10488])).
% 127.47/80.02 tff(10491,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10490, 10484, 5559, 5536, 10246])).
% 127.47/80.02 tff(10492,plain,(v956(constB17, bitIndex0) | (~v940(constB17, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10493,plain,
% 127.47/80.02 (~v940(constB17, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10492, 10474])).
% 127.47/80.02 tff(10494,assumption,(v938(constB16, bitIndex0)), introduced(assumption)).
% 127.47/80.02 tff(10495,plain,
% 127.47/80.02 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB16, constB17)) | (~v938(constB16, bitIndex0)) | v940(constB17, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB16, constB17)) | (~v938(constB16, bitIndex0)) | v940(constB17, bitIndex0))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10496,plain,
% 127.47/80.02 (((~nextState(constB16, constB17)) | v940(constB17, bitIndex0) | (~v938(constB16, bitIndex0))) <=> ((~nextState(constB16, constB17)) | (~v938(constB16, bitIndex0)) | v940(constB17, bitIndex0))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10497,plain,
% 127.47/80.02 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB16, constB17)) | v940(constB17, bitIndex0) | (~v938(constB16, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB16, constB17)) | (~v938(constB16, bitIndex0)) | v940(constB17, bitIndex0)))),
% 127.47/80.02 inference(monotonicity,[status(thm)],[10496])).
% 127.47/80.02 tff(10498,plain,
% 127.47/80.02 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB16, constB17)) | v940(constB17, bitIndex0) | (~v938(constB16, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB16, constB17)) | (~v938(constB16, bitIndex0)) | v940(constB17, bitIndex0))),
% 127.47/80.02 inference(transitivity,[status(thm)],[10497, 10495])).
% 127.47/80.02 tff(10499,plain,
% 127.47/80.02 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB16, constB17)) | v940(constB17, bitIndex0) | (~v938(constB16, bitIndex0)))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10500,plain,
% 127.47/80.02 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB16, constB17)) | (~v938(constB16, bitIndex0)) | v940(constB17, bitIndex0)),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10499, 10498])).
% 127.47/80.02 tff(10501,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10500, 8498, 3702, 10494, 5544])).
% 127.47/80.02 tff(10502,plain,(v940(constB17, bitIndex0) | (~v938(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10503,plain,
% 127.47/80.02 (~v938(constB16, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10502, 10493])).
% 127.47/80.02 tff(10504,plain,
% 127.47/80.02 (^[VarCurr: $i] : refl(((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) <=> ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))))),
% 127.47/80.02 inference(bind,[status(th)],[])).
% 127.47/80.02 tff(10505,plain,
% 127.47/80.02 (![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(quant_intro,[status(thm)],[10504])).
% 127.47/80.02 tff(10506,plain,
% 127.47/80.02 (![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10507,plain,
% 127.47/80.02 (^[VarCurr: $i] : trans(monotonicity(rewrite((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) <=> (v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))), (((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) | (~v11(VarCurr))))), rewrite(((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))), (((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))))),
% 127.47/80.02 inference(bind,[status(th)],[])).
% 127.47/80.02 tff(10508,plain,
% 127.47/80.02 (![VarCurr: $i] : ((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) | (~v11(VarCurr))) <=> ![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(quant_intro,[status(thm)],[10507])).
% 127.47/80.02 tff(10509,axiom,(![VarCurr: $i] : ((v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1))) | (~v11(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16720')).
% 127.47/80.02 tff(10510,plain,
% 127.47/80.02 (![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10509, 10508])).
% 127.47/80.02 tff(10511,plain,
% 127.47/80.02 (![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10510, 10506])).
% 127.47/80.02 tff(10512,plain,(
% 127.47/80.02 ![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(skolemize,[status(sab)],[10511])).
% 127.47/80.02 tff(10513,plain,
% 127.47/80.02 (![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10512, 10505])).
% 127.47/80.02 tff(10514,plain,
% 127.47/80.02 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB16)) | v938(constB16, bitIndex0) | (~v13(constB16, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | (~v11(constB16)) | v938(constB16, bitIndex0) | (~v13(constB16, bitIndex1)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10515,plain,
% 127.47/80.02 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB16)) | v938(constB16, bitIndex0) | (~v13(constB16, bitIndex1)))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10516,plain,
% 127.47/80.02 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | (~v11(constB16)) | v938(constB16, bitIndex0) | (~v13(constB16, bitIndex1))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10515, 10514])).
% 127.47/80.02 tff(10517,plain,
% 127.47/80.02 ((~v11(constB16)) | v938(constB16, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10516, 10513, 10117])).
% 127.47/80.02 tff(10518,plain,
% 127.47/80.02 (~v11(constB16)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10517, 10503])).
% 127.47/80.02 tff(10519,plain,
% 127.47/80.02 (v13(constB18, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[3858, 10518])).
% 127.47/80.02 tff(10520,plain,
% 127.47/80.02 (v1050(constB18)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[3874, 10519])).
% 127.47/80.02 tff(10521,plain,
% 127.47/80.02 (v1052(constB19)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[3882, 10520])).
% 127.47/80.02 tff(10522,plain,
% 127.47/80.02 (v7(constB19, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[3925, 10521])).
% 127.47/80.02 tff(10523,plain,
% 127.47/80.02 (v7(constB20, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[3953, 10522])).
% 127.47/80.02 tff(10524,plain,
% 127.47/80.02 (~(constB20 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[3962, 10523, 1245])).
% 127.47/80.02 tff(10525,plain,
% 127.47/80.02 (v13(constB8, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9305, 10524, 1245, 5776, 10328, 5322, 5309, 2407, 5310, 4112, 2408, 5323, 5321, 10327, 4111, 1, 5775])).
% 127.47/80.02 tff(10526,plain,
% 127.47/80.02 (v7(constB4, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9152, 10524, 10328, 5309, 5322, 5310, 4112, 2408, 5321, 4111, 2407, 1245, 10327, 5323])).
% 127.47/80.02 tff(10527,plain,
% 127.47/80.02 (~(constB4 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9160, 10526, 1245])).
% 127.47/80.02 tff(10528,plain,
% 127.47/80.02 (v11(constB10)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5370, 10527, 5776, 5322, 5323, 5309, 2408, 5310, 5321, 4111, 2407, 10328, 10524, 4112, 10327, 2409, 5775, 1245])).
% 127.47/80.02 tff(10529,plain,
% 127.47/80.02 (v7(constB4, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9152, 5282, 3964, 5309, 5322, 5310, 4112, 2408, 5321, 4111, 2407, 1245, 5284, 5323])).
% 127.47/80.02 tff(10530,plain,
% 127.47/80.02 (~(constB4 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9160, 10529, 1245])).
% 127.47/80.02 tff(10531,plain,
% 127.47/80.02 (v11(constB10)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5370, 10530, 5281, 5322, 5323, 5309, 2408, 5310, 5321, 4111, 2407, 3964, 5282, 4112, 5284, 2409, 4113, 1245])).
% 127.47/80.02 tff(10532,plain,
% 127.47/80.02 (~(constB12 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9365, 9255, 1516, 2318, 9178, 1, 10531])).
% 127.47/80.02 tff(10533,plain,
% 127.47/80.02 (constB14 = sK952_VarCurr),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5347, 10532, 5281, 5322, 5323, 5309, 2408, 5310, 5321, 5320, 4111, 2407, 3964, 5308, 5284, 4112, 5282, 10530, 5280, 4113, 2409])).
% 127.47/80.02 tff(10534,plain,
% 127.47/80.02 (v13(constB12, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5366, 10533, 1245])).
% 127.47/80.02 tff(10535,plain,
% 127.47/80.02 (~v13(constB12, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7947, 10534, 10531, 6238, 1])).
% 127.47/80.02 tff(10536,plain,
% 127.47/80.02 (~v7(constB14, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10424, 10533, 1245])).
% 127.47/80.02 tff(10537,plain,
% 127.47/80.02 (~v7(constB13, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2074, 10536])).
% 127.47/80.02 tff(10538,plain,
% 127.47/80.02 (~v1052(constB13)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2056, 10537])).
% 127.47/80.02 tff(10539,plain,
% 127.47/80.02 (~v1050(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2020, 10538])).
% 127.47/80.02 tff(10540,plain,
% 127.47/80.02 (v11(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2015, 1480, 10539])).
% 127.47/80.02 tff(10541,plain,
% 127.47/80.02 (~v938(constB12, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2150, 320, 10540, 10535])).
% 127.47/80.02 tff(10542,plain,
% 127.47/80.02 (v7(constB14, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7544, 10533, 1516])).
% 127.47/80.02 tff(10543,plain,
% 127.47/80.02 (v7(constB13, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2214, 10542])).
% 127.47/80.02 tff(10544,plain,
% 127.47/80.02 (v956(constB13, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2191, 201, 10543])).
% 127.47/80.02 tff(10545,plain,
% 127.47/80.02 (v940(constB13, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 10544])).
% 127.47/80.02 tff(10546,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2159, 10545, 10541])).
% 127.47/80.02 tff(10547,plain,(v11(constB8) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (constB6 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10548,plain,
% 127.47/80.02 (v11(constB8)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10547, 10327, 1245, 5776, 5322, 5323, 5309, 2408, 5310, 5321, 4111, 2407, 10328, 1, 4112, 10524, 5775])).
% 127.47/80.02 tff(10549,plain,
% 127.47/80.02 (v7(constB14, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7544, 5349, 1516])).
% 127.47/80.02 tff(10550,plain,
% 127.47/80.02 (v7(constB13, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2214, 10549])).
% 127.47/80.02 tff(10551,plain,
% 127.47/80.02 (v956(constB13, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2191, 201, 10550])).
% 127.47/80.02 tff(10552,plain,
% 127.47/80.02 (v940(constB13, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 10551])).
% 127.47/80.02 tff(10553,plain,
% 127.47/80.02 (v938(constB12, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2159, 10552])).
% 127.47/80.02 tff(10554,plain,
% 127.47/80.02 (~v7(constB14, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10424, 5349, 1245])).
% 127.47/80.02 tff(10555,plain,
% 127.47/80.02 (~v7(constB13, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2074, 10554])).
% 127.47/80.02 tff(10556,plain,
% 127.47/80.02 (~v1052(constB13)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2056, 10555])).
% 127.47/80.02 tff(10557,plain,
% 127.47/80.02 (~v1050(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2020, 10556])).
% 127.47/80.02 tff(10558,plain,
% 127.47/80.02 (v11(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2015, 1480, 10557])).
% 127.47/80.02 tff(10559,plain,
% 127.47/80.02 ((~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2150, 320, 10558])).
% 127.47/80.02 tff(10560,plain,
% 127.47/80.02 (v13(constB12, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10559, 10553])).
% 127.47/80.02 tff(10561,plain,
% 127.47/80.02 (v13(constB12, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5366, 5349, 1245])).
% 127.47/80.02 tff(10562,plain,
% 127.47/80.02 (v11(constB6)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[8150, 10560, 10561, 1, 7563])).
% 127.47/80.02 tff(10563,plain,
% 127.47/80.02 (~v13(constB8, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7039, 10562, 342, 6494, 835])).
% 127.47/80.02 tff(10564,plain,
% 127.47/80.02 (~v1050(constB8)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6492, 10563])).
% 127.47/80.02 tff(10565,plain,
% 127.47/80.02 (~v1052(constB9)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6483, 10564])).
% 127.47/80.02 tff(10566,plain,
% 127.47/80.02 (~v7(constB9, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6478, 10565])).
% 127.47/80.02 tff(10567,plain,
% 127.47/80.02 (~v7(constB10, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6470, 10566])).
% 127.47/80.02 tff(10568,plain,
% 127.47/80.02 (~sP958(constB10)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[8033, 10567, 1, 10561, 10560, 7563])).
% 127.47/80.02 tff(10569,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6464, 5886, 10567, 10568])).
% 127.47/80.02 tff(10570,plain,((~(constB14 = sK952_VarCurr)) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v11(constB8)) | v11(constB4) | (~v13(constB8, bitIndex2)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10571,plain,
% 127.47/80.02 (~(constB14 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10570, 10528, 1, 10548, 342, 10525, 1245])).
% 127.47/80.02 tff(10572,plain,
% 127.47/80.02 (constB12 = sK952_VarCurr),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5347, 10571, 5776, 5322, 5323, 5309, 2408, 5310, 5321, 5320, 4111, 2407, 10328, 5308, 10327, 4112, 10524, 10527, 5280, 5775, 2409])).
% 127.47/80.02 tff(10573,plain,
% 127.47/80.02 (v13(constB8, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10414, 10572, 2318, 1, 1516, 10528])).
% 127.47/80.02 tff(10574,plain,
% 127.47/80.02 (~v11(constB6)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7039, 10573, 342, 10525, 835])).
% 127.47/80.02 tff(10575,plain,
% 127.47/80.02 (v7(constB8, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10349, 10574, 1245, 5776, 10328, 5322, 5309, 2407, 5310, 4112, 2408, 5323, 5321, 10524, 4111, 10327, 5775])).
% 127.47/80.02 tff(10576,plain,
% 127.47/80.02 (v7(constB7, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2450, 10575])).
% 127.47/80.02 tff(10577,plain,
% 127.47/80.02 (~v938(constB6, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[8146, 10574])).
% 127.47/80.02 tff(10578,plain,
% 127.47/80.02 (~v940(constB7, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2545, 10577])).
% 127.47/80.02 tff(10579,plain,
% 127.47/80.02 (~v929(constB7, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10333, 10578])).
% 127.47/80.02 tff(10580,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10337, 10579, 10576])).
% 127.47/80.02 tff(10581,plain,(v7(constB18, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (constB3 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | v11(constB4) | v7(constB10, bitIndex1) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10582,plain,
% 127.47/80.02 (v7(constB18, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10581, 5835, 1245, 5778, 5834, 5792, 5842, 5785, 5856, 5799, 5827, 342, 1, 10454])).
% 127.47/80.02 tff(10583,plain,
% 127.47/80.02 (v7(constB17, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5759, 10582])).
% 127.47/80.02 tff(10584,plain,
% 127.47/80.02 (v956(constB17, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5763, 201, 10583])).
% 127.47/80.02 tff(10585,plain,
% 127.47/80.02 (v940(constB17, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5567, 10584])).
% 127.47/80.02 tff(10586,plain,
% 127.47/80.02 (v938(constB16, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5541, 10585])).
% 127.47/80.02 tff(10587,plain,
% 127.47/80.02 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB16) | (~v938(constB16, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB16) | (~v938(constB16, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10588,plain,
% 127.47/80.02 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB16) | (~v938(constB16, bitIndex0)))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10589,plain,
% 127.47/80.02 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB16) | (~v938(constB16, bitIndex0))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10588, 10587])).
% 127.47/80.02 tff(10590,plain,
% 127.47/80.02 (v11(constB16)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10589, 335, 10586])).
% 127.47/80.02 tff(10591,plain,
% 127.47/80.02 (~v1050(constB16)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10322, 10590])).
% 127.47/80.02 tff(10592,plain,
% 127.47/80.02 (~v1052(constB17)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9575, 10591])).
% 127.47/80.02 tff(10593,plain,
% 127.47/80.02 (~v7(constB17, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9570, 10592])).
% 127.47/80.02 tff(10594,plain,
% 127.47/80.02 (~v7(constB18, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9562, 10593])).
% 127.47/80.02 tff(10595,plain,
% 127.47/80.02 (~sP960(constB18)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9556, 5864, 10594])).
% 127.47/80.02 tff(10596,plain,
% 127.47/80.02 (sP958(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1926, 1923, 1684])).
% 127.47/80.02 tff(10597,plain,
% 127.47/80.02 (sP959(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1874, 1871, 1773])).
% 127.47/80.02 tff(10598,plain,
% 127.47/80.02 ((~v13(constB12, bitIndex1)) | (~sP958(constB12))),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1892, 1886, 1343, 10597])).
% 127.47/80.02 tff(10599,plain,
% 127.47/80.02 (~v13(constB12, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10598, 10596])).
% 127.47/80.02 tff(10600,plain,
% 127.47/80.02 (~sP960(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1844, 1841, 1684])).
% 127.47/80.02 tff(10601,plain,
% 127.47/80.02 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1810, 1804, 1773])).
% 127.47/80.02 tff(10602,plain,
% 127.47/80.02 (~v13(constB12, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10601, 10600])).
% 127.47/80.02 tff(10603,plain,
% 127.47/80.02 (~v13(constB16, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10235, 10058, 10117, 3984, 2358, 10602, 10599])).
% 127.47/80.02 tff(10604,plain,
% 127.47/80.02 (~v938(constB16, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10079, 10603])).
% 127.47/80.02 tff(10605,plain,
% 127.47/80.02 (~v940(constB17, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5581, 10604])).
% 127.47/80.02 tff(10606,plain,
% 127.47/80.02 (~v929(constB17, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5607, 10605])).
% 127.47/80.02 tff(10607,plain,
% 127.47/80.02 (~v7(constB17, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5615, 10606])).
% 127.47/80.02 tff(10608,plain,
% 127.47/80.02 (~v7(constB18, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5636, 10607])).
% 127.47/80.02 tff(10609,assumption,(~sP960(constB18)), introduced(assumption)).
% 127.47/80.02 tff(10610,plain,
% 127.47/80.02 (v7(constB18, bitIndex2) | (~v13(constB18, bitIndex2))),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5724, 1804, 10609])).
% 127.47/80.02 tff(10611,plain,
% 127.47/80.02 (~v13(constB18, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10610, 10608])).
% 127.47/80.02 tff(10612,plain,
% 127.47/80.02 (~(constB20 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9532, 10611, 1245])).
% 127.47/80.02 tff(10613,plain,
% 127.47/80.02 (v7(constB14, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[2074, 2397])).
% 127.47/80.02 tff(10614,plain,
% 127.47/80.02 (~(constB14 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10424, 10613, 1245])).
% 127.47/80.02 tff(10615,plain,
% 127.47/80.02 (~(constB18 = sK952_VarCurr)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10065, 10608, 2318])).
% 127.47/80.02 tff(10616,plain,
% 127.47/80.02 (constB4 = sK952_VarCurr),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[5347, 10615, 5281, 5322, 5323, 5778, 2408, 5310, 5321, 5320, 4111, 2407, 3964, 5308, 5330, 4112, 10614, 10612, 5280, 4113, 3694])).
% 127.47/80.02 tff(10617,plain,
% 127.47/80.02 (v7(constB4, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9152, 10615, 3964, 5778, 5322, 5310, 4112, 2408, 5321, 4111, 2407, 1245, 10612, 5323])).
% 127.47/80.02 tff(10618,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[9160, 10617, 10616, 1245])).
% 127.47/80.02 tff(10619,plain,(v11(constB10) | v7(sK952_VarCurr, bitIndex0) | (constB5 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | sP960(constB18) | (~v11(constB16)) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~v11(constB14))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10620,plain,
% 127.47/80.02 (v11(constB10)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10619, 5835, 10328, 1245, 5792, 5842, 5785, 5799, 5827, 5834, 5856, 5776, 5775, 2409, 10595, 10590, 10454, 3984, 10317])).
% 127.47/80.02 tff(10621,plain,
% 127.47/80.02 ($false),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7649, 335, 6238, 7645])).
% 127.47/80.02 tff(10622,plain,((~v938(constB8, bitIndex1)) | v11(constB8)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.02 tff(10623,plain,
% 127.47/80.02 (~v938(constB8, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10622, 6238])).
% 127.47/80.02 tff(10624,plain,
% 127.47/80.02 (~v940(constB9, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6454, 10623])).
% 127.47/80.02 tff(10625,plain,
% 127.47/80.02 (~v929(constB9, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6446, 10624])).
% 127.47/80.02 tff(10626,plain,
% 127.47/80.02 (~v7(constB9, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6420, 10625])).
% 127.47/80.02 tff(10627,plain,
% 127.47/80.02 (~v7(constB10, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6412, 10626])).
% 127.47/80.02 tff(10628,plain,
% 127.47/80.02 (v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2))),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6367, 1804, 9255])).
% 127.47/80.02 tff(10629,plain,
% 127.47/80.02 (~v13(constB10, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10628, 10627])).
% 127.47/80.02 tff(10630,plain,
% 127.47/80.02 (~v938(constB10, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7608, 10629])).
% 127.47/80.02 tff(10631,plain,
% 127.47/80.02 (~v940(constB11, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1717, 10630])).
% 127.47/80.02 tff(10632,plain,
% 127.47/80.02 (~v929(constB11, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1743, 10631])).
% 127.47/80.02 tff(10633,plain,
% 127.47/80.02 (~v7(constB11, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1751, 10632])).
% 127.47/80.02 tff(10634,plain,
% 127.47/80.02 (~v7(constB12, bitIndex2)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1772, 10633])).
% 127.47/80.02 tff(10635,plain,
% 127.47/80.02 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB10)) | (~v47(constB10)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB10)) | (~v47(constB10)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10636,plain,
% 127.47/80.02 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB10)) | (~v47(constB10)))),
% 127.47/80.02 inference(quant_inst,[status(thm)],[])).
% 127.47/80.02 tff(10637,plain,
% 127.47/80.02 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB10)) | (~v47(constB10))),
% 127.47/80.02 inference(modus_ponens,[status(thm)],[10636, 10635])).
% 127.47/80.02 tff(10638,plain,
% 127.47/80.02 (~v47(constB10)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[10637, 681, 6304])).
% 127.47/80.02 tff(10639,plain,
% 127.47/80.02 (sP959(constB10)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7466, 1233, 9177])).
% 127.47/80.02 tff(10640,plain,
% 127.47/80.02 (~v13(constB10, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[6385, 10639, 9178])).
% 127.47/80.02 tff(10641,plain,
% 127.47/80.02 (~v938(constB10, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[7638, 10640])).
% 127.47/80.02 tff(10642,plain,
% 127.47/80.02 (~v940(constB11, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1263, 10641])).
% 127.47/80.02 tff(10643,plain,
% 127.47/80.02 (~v956(constB11, bitIndex0)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1303, 10642])).
% 127.47/80.02 tff(10644,plain,
% 127.47/80.02 (~v7(constB11, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1311, 10643])).
% 127.47/80.02 tff(10645,plain,
% 127.47/80.02 (~v7(constB12, bitIndex1)),
% 127.47/80.02 inference(unit_resolution,[status(thm)],[1342, 10644])).
% 127.47/80.02 tff(10646,plain,
% 127.47/80.02 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB8) | (~v1017(constB8, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB8) | (~v1017(constB8, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10647,plain,
% 127.47/80.02 ((v11(constB8) | (~v1017(constB8, bitIndex0)) | b100(bitIndex0)) <=> (b100(bitIndex0) | v11(constB8) | (~v1017(constB8, bitIndex0)))),
% 127.47/80.02 inference(rewrite,[status(thm)],[])).
% 127.47/80.02 tff(10648,plain,
% 127.47/80.02 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB8) | (~v1017(constB8, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex0) | v11(constB8) | (~v1017(constB8, bitIndex0))))),
% 127.47/80.02 inference(monotonicity,[status(thm)],[10647])).
% 127.47/80.02 tff(10649,plain,
% 127.47/80.02 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB8) | (~v1017(constB8, bitIndex0)) | b100(bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB8) | (~v1017(constB8, bitIndex0)))),
% 127.47/80.03 inference(transitivity,[status(thm)],[10648, 10646])).
% 127.47/80.03 tff(10650,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB8) | (~v1017(constB8, bitIndex0)) | b100(bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10651,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex0) | v11(constB8) | (~v1017(constB8, bitIndex0))),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10650, 10649])).
% 127.47/80.03 tff(10652,plain,
% 127.47/80.03 ($false),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10651, 936, 933, 6238, 6591])).
% 127.47/80.03 tff(10653,plain,((~v1017(constB8, bitIndex0)) | v11(constB8)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.03 tff(10654,plain,
% 127.47/80.03 (~v1017(constB8, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10653, 6238])).
% 127.47/80.03 tff(10655,assumption,(v1019(constB9, bitIndex0)), introduced(assumption)).
% 127.47/80.03 tff(10656,plain,
% 127.47/80.03 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB8, constB9)) | (~v1019(constB9, bitIndex0)) | v1017(constB8, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB8, constB9)) | (~v1019(constB9, bitIndex0)) | v1017(constB8, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10657,plain,
% 127.47/80.03 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB8, constB9)) | (~v1019(constB9, bitIndex0)) | v1017(constB8, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10658,plain,
% 127.47/80.03 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB8, constB9)) | (~v1019(constB9, bitIndex0)) | v1017(constB8, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10657, 10656])).
% 127.47/80.03 tff(10659,plain,
% 127.47/80.03 ($false),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10658, 957, 121, 6598, 10655])).
% 127.47/80.03 tff(10660,plain,((~v1019(constB9, bitIndex0)) | v1017(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.03 tff(10661,plain,
% 127.47/80.03 (~v1019(constB9, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10660, 10654])).
% 127.47/80.03 tff(10662,plain,
% 127.47/80.03 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB9)) | (~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB9)) | (~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10663,plain,
% 127.47/80.03 (((~v17(constB9, bitIndex0)) | (~v1011(constB9)) | v1019(constB9, bitIndex0)) <=> ((~v1011(constB9)) | (~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10664,plain,
% 127.47/80.03 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB9, bitIndex0)) | (~v1011(constB9)) | v1019(constB9, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB9)) | (~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0)))),
% 127.47/80.03 inference(monotonicity,[status(thm)],[10663])).
% 127.47/80.03 tff(10665,plain,
% 127.47/80.03 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB9, bitIndex0)) | (~v1011(constB9)) | v1019(constB9, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB9)) | (~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0))),
% 127.47/80.03 inference(transitivity,[status(thm)],[10664, 10662])).
% 127.47/80.03 tff(10666,plain,
% 127.47/80.03 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB9, bitIndex0)) | (~v1011(constB9)) | v1019(constB9, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10667,plain,
% 127.47/80.03 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB9)) | (~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10666, 10665])).
% 127.47/80.03 tff(10668,plain,
% 127.47/80.03 ($false),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10667, 975, 6535, 6575, 6590])).
% 127.47/80.03 tff(10669,plain,((~v17(constB9, bitIndex0)) | v1019(constB9, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.03 tff(10670,plain,
% 127.47/80.03 (~v17(constB9, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10669, 10661])).
% 127.47/80.03 tff(10671,assumption,(~v17(constB9, bitIndex0)), introduced(assumption)).
% 127.47/80.03 tff(10672,plain,
% 127.47/80.03 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB9, constB10)) | v1011(constB10) | (~v17(constB10, bitIndex0)) | v17(constB9, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB9, constB10)) | v1011(constB10) | (~v17(constB10, bitIndex0)) | v17(constB9, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10673,plain,
% 127.47/80.03 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB9, constB10)) | v1011(constB10) | (~v17(constB10, bitIndex0)) | v17(constB9, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10674,plain,
% 127.47/80.03 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB9, constB10)) | v1011(constB10) | (~v17(constB10, bitIndex0)) | v17(constB9, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10673, 10672])).
% 127.47/80.03 tff(10675,plain,
% 127.47/80.03 ($false),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10674, 996, 131, 6512, 6557, 10671])).
% 127.47/80.03 tff(10676,plain,((~v17(constB10, bitIndex0)) | v17(constB9, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.03 tff(10677,plain,
% 127.47/80.03 (~v17(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10676, 10670])).
% 127.47/80.03 tff(10678,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB10)) | v17(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB10)) | v17(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10679,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | ((~sP953_aig_name(constB10)) | v17(constB10, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10680,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex0))) | (~sP953_aig_name(constB10)) | v17(constB10, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10679, 10678])).
% 127.47/80.03 tff(10681,plain,
% 127.47/80.03 (~sP953_aig_name(constB10)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10680, 1014, 10677])).
% 127.47/80.03 tff(10682,plain,
% 127.47/80.03 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB10) | (~v17(constB10, bitIndex2)) | v994(constB10, bitIndex2))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB10) | (~v17(constB10, bitIndex2)) | v994(constB10, bitIndex2))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10683,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB10) | (~v17(constB10, bitIndex2)) | v994(constB10, bitIndex2))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10684,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB10) | (~v17(constB10, bitIndex2)) | v994(constB10, bitIndex2)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10683, 10682])).
% 127.47/80.03 tff(10685,plain,
% 127.47/80.03 (v994(constB10, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10684, 1033, 9177, 10681])).
% 127.47/80.03 tff(10686,assumption,(v994(constB10, bitIndex2)), introduced(assumption)).
% 127.47/80.03 tff(10687,assumption,(v17(constB10, bitIndex2)), introduced(assumption)).
% 127.47/80.03 tff(10688,plain,
% 127.47/80.03 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0)))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10689,plain,
% 127.47/80.03 ((v47(constB10) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v1006(constB10, bitIndex0))) <=> (v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0)))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10690,plain,
% 127.47/80.03 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB10) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v1006(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0))))),
% 127.47/80.03 inference(monotonicity,[status(thm)],[10689])).
% 127.47/80.03 tff(10691,plain,
% 127.47/80.03 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB10) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v1006(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0)))),
% 127.47/80.03 inference(transitivity,[status(thm)],[10690, 10688])).
% 127.47/80.03 tff(10692,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB10) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v1006(constB10, bitIndex0)))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10693,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0))),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10692, 10691])).
% 127.47/80.03 tff(10694,plain,
% 127.47/80.03 (v7(constB10, bitIndex2) | v47(constB10) | (~v1006(constB10, bitIndex0))),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10693, 915, 1])).
% 127.47/80.03 tff(10695,plain,
% 127.47/80.03 (~v1006(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10694, 6360, 7814])).
% 127.47/80.03 tff(10696,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB10, bitIndex0)) | v1006(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB10, bitIndex0)) | v1006(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10697,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB10, bitIndex0)) | v1006(constB10, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10698,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB10, bitIndex0)) | v1006(constB10, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10697, 10696])).
% 127.47/80.03 tff(10699,plain,
% 127.47/80.03 (~v977(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10698, 1059, 10695])).
% 127.47/80.03 tff(10700,assumption,(~v977(constB10, bitIndex0)), introduced(assumption)).
% 127.47/80.03 tff(10701,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | ((~v1006(constB10, bitIndex0)) | v977(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | (~v1006(constB10, bitIndex0)) | v977(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10702,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | ((~v1006(constB10, bitIndex0)) | v977(constB10, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10703,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v977(VarCurr, bitIndex0))) | (~v1006(constB10, bitIndex0)) | v977(constB10, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10702, 10701])).
% 127.47/80.03 tff(10704,plain,
% 127.47/80.03 (~v1006(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10703, 4637, 10700])).
% 127.47/80.03 tff(10705,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB10, bitIndex0)) | v1006(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB10, bitIndex0)) | v1006(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10706,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB10, bitIndex0)) | v1006(constB10, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10707,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB10, bitIndex0)) | v1006(constB10, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10706, 10705])).
% 127.47/80.03 tff(10708,plain,
% 127.47/80.03 (~v993(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10707, 1048, 10704])).
% 127.47/80.03 tff(10709,assumption,(~v20(constB10, bitIndex2)), introduced(assumption)).
% 127.47/80.03 tff(10710,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB10, bitIndex2)) | v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB10, bitIndex2)) | v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10711,plain,
% 127.47/80.03 ((v977(constB10, bitIndex0) | v993(constB10, bitIndex1) | v20(constB10, bitIndex2) | (~v17(constB10, bitIndex2))) <=> ((~v17(constB10, bitIndex2)) | v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10712,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB10, bitIndex0) | v993(constB10, bitIndex1) | v20(constB10, bitIndex2) | (~v17(constB10, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB10, bitIndex2)) | v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0)))),
% 127.47/80.03 inference(monotonicity,[status(thm)],[10711])).
% 127.47/80.03 tff(10713,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB10, bitIndex0) | v993(constB10, bitIndex1) | v20(constB10, bitIndex2) | (~v17(constB10, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB10, bitIndex2)) | v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0))),
% 127.47/80.03 inference(transitivity,[status(thm)],[10712, 10710])).
% 127.47/80.03 tff(10714,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB10, bitIndex0) | v993(constB10, bitIndex1) | v20(constB10, bitIndex2) | (~v17(constB10, bitIndex2)))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10715,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB10, bitIndex2)) | v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10714, 10713])).
% 127.47/80.03 tff(10716,plain,
% 127.47/80.03 (v20(constB10, bitIndex2) | v993(constB10, bitIndex1) | v977(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10715, 1073, 10687])).
% 127.47/80.03 tff(10717,plain,
% 127.47/80.03 (v993(constB10, bitIndex1)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10716, 10709, 10700])).
% 127.47/80.03 tff(10718,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1)) | (~v994(constB10, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1)) | (~v994(constB10, bitIndex2)))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10719,plain,
% 127.47/80.03 (((~v993(constB10, bitIndex1)) | v993(constB10, bitIndex0) | v20(constB10, bitIndex2) | (~v994(constB10, bitIndex2))) <=> (v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1)) | (~v994(constB10, bitIndex2)))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10720,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB10, bitIndex1)) | v993(constB10, bitIndex0) | v20(constB10, bitIndex2) | (~v994(constB10, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1)) | (~v994(constB10, bitIndex2))))),
% 127.47/80.03 inference(monotonicity,[status(thm)],[10719])).
% 127.47/80.03 tff(10721,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB10, bitIndex1)) | v993(constB10, bitIndex0) | v20(constB10, bitIndex2) | (~v994(constB10, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1)) | (~v994(constB10, bitIndex2)))),
% 127.47/80.03 inference(transitivity,[status(thm)],[10720, 10718])).
% 127.47/80.03 tff(10722,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB10, bitIndex1)) | v993(constB10, bitIndex0) | v20(constB10, bitIndex2) | (~v994(constB10, bitIndex2)))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10723,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1)) | (~v994(constB10, bitIndex2))),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10722, 10721])).
% 127.47/80.03 tff(10724,plain,
% 127.47/80.03 (v20(constB10, bitIndex2) | v993(constB10, bitIndex0) | (~v993(constB10, bitIndex1))),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10723, 1092, 10686])).
% 127.47/80.03 tff(10725,plain,
% 127.47/80.03 ($false),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10724, 10717, 10709, 10708])).
% 127.47/80.03 tff(10726,plain,(v20(constB10, bitIndex2) | (~v994(constB10, bitIndex2)) | v977(constB10, bitIndex0) | (~v17(constB10, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.03 tff(10727,plain,
% 127.47/80.03 (v20(constB10, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10726, 10699, 10687, 10686])).
% 127.47/80.03 tff(10728,plain,
% 127.47/80.03 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB10)) | (~v20(constB10, bitIndex2)) | v1017(constB10, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB10)) | (~v20(constB10, bitIndex2)) | v1017(constB10, bitIndex2))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10729,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB10)) | (~v20(constB10, bitIndex2)) | v1017(constB10, bitIndex2))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10730,plain,
% 127.47/80.03 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB10)) | (~v20(constB10, bitIndex2)) | v1017(constB10, bitIndex2)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10729, 10728])).
% 127.47/80.03 tff(10731,plain,
% 127.47/80.03 (v1017(constB10, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10730, 1124, 7563, 10727])).
% 127.47/80.03 tff(10732,plain,
% 127.47/80.03 (v1019(constB11, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[9680, 10731])).
% 127.47/80.03 tff(10733,plain,
% 127.47/80.03 (v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2))),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[6367, 1804, 7960])).
% 127.47/80.03 tff(10734,plain,
% 127.47/80.03 (~v13(constB10, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10733, 6360])).
% 127.47/80.03 tff(10735,plain,
% 127.47/80.03 (~v938(constB10, bitIndex1)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[7608, 10734])).
% 127.47/80.03 tff(10736,plain,
% 127.47/80.03 (~v940(constB11, bitIndex1)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1717, 10735])).
% 127.47/80.03 tff(10737,plain,
% 127.47/80.03 (~v929(constB11, bitIndex1)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1743, 10736])).
% 127.47/80.03 tff(10738,plain,
% 127.47/80.03 (~v7(constB11, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1751, 10737])).
% 127.47/80.03 tff(10739,plain,
% 127.47/80.03 (~v7(constB12, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1772, 10738])).
% 127.47/80.03 tff(10740,plain,
% 127.47/80.03 (sP959(constB12)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1874, 1871, 10739])).
% 127.47/80.03 tff(10741,plain,
% 127.47/80.03 ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12))),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1892, 1886, 1703])).
% 127.47/80.03 tff(10742,plain,
% 127.47/80.03 (~sP958(constB12)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10741, 10740, 1876])).
% 127.47/80.03 tff(10743,plain,
% 127.47/80.03 (~v17(constB12, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1960, 1220, 10742])).
% 127.47/80.03 tff(10744,plain,
% 127.47/80.03 (~v17(constB11, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[9726, 10743])).
% 127.47/80.03 tff(10745,plain,
% 127.47/80.03 ($false),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[9706, 10744, 10732])).
% 127.47/80.03 tff(10746,plain,(v7(constB10, bitIndex2) | (~v11(constB10)) | (~v17(constB10, bitIndex2)) | (~v994(constB10, bitIndex2)) | (~v13(constB12, bitIndex1)) | v7(constB12, bitIndex1) | sP960(constB10) | v47(constB10) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.03 tff(10747,plain,
% 127.47/80.03 (~v13(constB12, bitIndex1)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10746, 10627, 9177, 10685, 7563, 10645, 9255, 10638, 1])).
% 127.47/80.03 tff(10748,plain,
% 127.47/80.03 (v13(constB12, bitIndex2)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10241, 10747, 3984, 2358, 5480, 10117])).
% 127.47/80.03 tff(10749,plain,
% 127.47/80.03 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1810, 1804, 10634])).
% 127.47/80.03 tff(10750,plain,
% 127.47/80.03 (sP960(constB12)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10749, 10748])).
% 127.47/80.03 tff(10751,plain,
% 127.47/80.03 (v28(constB12, bitIndex1)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1822, 1819, 10750])).
% 127.47/80.03 tff(10752,plain,
% 127.47/80.03 (~v32(constB12)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[1844, 1841, 10750])).
% 127.47/80.03 tff(10753,plain,
% 127.47/80.03 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB8) | v615(constB8))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB8) | v615(constB8))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10754,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB8) | v615(constB8))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10755,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB8) | v615(constB8)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10754, 10753])).
% 127.47/80.03 tff(10756,plain,
% 127.47/80.03 (v615(constB8)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10755, 6765, 6238])).
% 127.47/80.03 tff(10757,plain,
% 127.47/80.03 (v617(constB9)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[7742, 10756])).
% 127.47/80.03 tff(10758,plain,
% 127.47/80.03 (v62(constB9, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[7772, 10757])).
% 127.47/80.03 tff(10759,plain,
% 127.47/80.03 (v62(constB10, bitIndex0)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[7790, 10758])).
% 127.47/80.03 tff(10760,assumption,(~v67(constB10, bitIndex0)), introduced(assumption)).
% 127.47/80.03 tff(10761,plain,
% 127.47/80.03 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB10) | (~v62(constB10, bitIndex0)) | v67(constB10, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB10) | (~v62(constB10, bitIndex0)) | v67(constB10, bitIndex0))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10762,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB10) | (~v62(constB10, bitIndex0)) | v67(constB10, bitIndex0))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10763,plain,
% 127.47/80.03 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB10) | (~v62(constB10, bitIndex0)) | v67(constB10, bitIndex0)),
% 127.47/80.03 inference(modus_ponens,[status(thm)],[10762, 10761])).
% 127.47/80.03 tff(10764,plain,
% 127.47/80.03 (v73(constB10) | (~v62(constB10, bitIndex0))),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10763, 6922, 10760])).
% 127.47/80.03 tff(10765,plain,
% 127.47/80.03 (v73(constB10)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10764, 10759])).
% 127.47/80.03 tff(10766,plain,
% 127.47/80.03 (v763(constB8)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[6283, 620, 6238])).
% 127.47/80.03 tff(10767,plain,
% 127.47/80.03 (v765(constB9)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[6279, 10766])).
% 127.47/80.03 tff(10768,plain,
% 127.47/80.03 (v32(constB9) | (~v765(constB9))),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[6273, 590, 6269])).
% 127.47/80.03 tff(10769,plain,
% 127.47/80.03 (v32(constB9)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[10768, 10767])).
% 127.47/80.03 tff(10770,plain,
% 127.47/80.03 (v32(constB10)),
% 127.47/80.03 inference(unit_resolution,[status(thm)],[6303, 10769])).
% 127.47/80.03 tff(10771,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB10)) | (~v73(constB10)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB10)) | (~v73(constB10)))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10772,plain,
% 127.47/80.03 (((~v73(constB10)) | (~v32(constB10))) <=> ((~v32(constB10)) | (~v73(constB10)))),
% 127.47/80.03 inference(rewrite,[status(thm)],[])).
% 127.47/80.03 tff(10773,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB10)) | (~v32(constB10)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB10)) | (~v73(constB10))))),
% 127.47/80.03 inference(monotonicity,[status(thm)],[10772])).
% 127.47/80.03 tff(10774,plain,
% 127.47/80.03 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB10)) | (~v32(constB10)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB10)) | (~v73(constB10)))),
% 127.47/80.03 inference(transitivity,[status(thm)],[10773, 10771])).
% 127.47/80.03 tff(10775,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB10)) | (~v32(constB10)))),
% 127.47/80.03 inference(quant_inst,[status(thm)],[])).
% 127.47/80.03 tff(10776,plain,
% 127.47/80.03 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB10)) | (~v73(constB10))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10775, 10774])).
% 127.47/80.04 tff(10777,plain,
% 127.47/80.04 ($false),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10776, 6748, 10770, 10765])).
% 127.47/80.04 tff(10778,plain,(v11(constB8) | v67(constB10, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.04 tff(10779,plain,
% 127.47/80.04 (v67(constB10, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10778, 6238])).
% 127.47/80.04 tff(10780,assumption,(~v615(constB10)), introduced(assumption)).
% 127.47/80.04 tff(10781,assumption,(v67(constB10, bitIndex0)), introduced(assumption)).
% 127.47/80.04 tff(10782,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB10)) | v615(constB10) | (~v67(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB10)) | v615(constB10) | (~v67(constB10, bitIndex0)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10783,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB10)) | v615(constB10) | (~v67(constB10, bitIndex0)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10784,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB10)) | v615(constB10) | (~v67(constB10, bitIndex0))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10783, 10782])).
% 127.47/80.04 tff(10785,plain,
% 127.47/80.04 ((~v11(constB10)) | v615(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10784, 6936, 10781])).
% 127.47/80.04 tff(10786,plain,
% 127.47/80.04 (~v11(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10785, 10780])).
% 127.47/80.04 tff(10787,plain,
% 127.47/80.04 ($false),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[9934, 6765, 10786, 10780])).
% 127.47/80.04 tff(10788,plain,(v615(constB10) | (~v67(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.04 tff(10789,plain,
% 127.47/80.04 (v615(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10788, 10779])).
% 127.47/80.04 tff(10790,plain,
% 127.47/80.04 (v617(constB11)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[9939, 10789])).
% 127.47/80.04 tff(10791,plain,
% 127.47/80.04 (v62(constB11, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[9969, 10790])).
% 127.47/80.04 tff(10792,plain,
% 127.47/80.04 (v62(constB12, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[9987, 10791])).
% 127.47/80.04 tff(10793,plain,
% 127.47/80.04 (v32(constB12) | (~v28(constB12, bitIndex1)) | (~sP957(constB12))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1861, 1855, 10792])).
% 127.47/80.04 tff(10794,plain,
% 127.47/80.04 (~sP957(constB12)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10793, 10752, 10751])).
% 127.47/80.04 tff(10795,plain,
% 127.47/80.04 (v7(constB12, bitIndex2) | sP957(constB12) | (~v13(constB12, bitIndex0))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1791, 1785, 10645])).
% 127.47/80.04 tff(10796,plain,
% 127.47/80.04 (~v13(constB12, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10795, 10794, 10634])).
% 127.47/80.04 tff(10797,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB12)) | (~v11(constB12)) | v13(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB12)) | (~v11(constB12)) | v13(constB12, bitIndex0))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10798,plain,
% 127.47/80.04 (((~v11(constB12)) | v13(constB12, bitIndex0) | (~v1050(constB12))) <=> ((~v1050(constB12)) | (~v11(constB12)) | v13(constB12, bitIndex0))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10799,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB12)) | v13(constB12, bitIndex0) | (~v1050(constB12)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB12)) | (~v11(constB12)) | v13(constB12, bitIndex0)))),
% 127.47/80.04 inference(monotonicity,[status(thm)],[10798])).
% 127.47/80.04 tff(10800,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB12)) | v13(constB12, bitIndex0) | (~v1050(constB12)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB12)) | (~v11(constB12)) | v13(constB12, bitIndex0))),
% 127.47/80.04 inference(transitivity,[status(thm)],[10799, 10797])).
% 127.47/80.04 tff(10801,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB12)) | v13(constB12, bitIndex0) | (~v1050(constB12)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10802,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB12)) | (~v11(constB12)) | v13(constB12, bitIndex0)),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10801, 10800])).
% 127.47/80.04 tff(10803,plain,
% 127.47/80.04 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10802, 6040, 10145])).
% 127.47/80.04 tff(10804,plain,
% 127.47/80.04 (~v1050(constB12)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10803, 10796])).
% 127.47/80.04 tff(10805,plain,
% 127.47/80.04 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB12, constB13)) | v1050(constB12) | (~v1052(constB13)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB12, constB13)) | v1050(constB12) | (~v1052(constB13)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10806,plain,
% 127.47/80.04 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB12, constB13)) | v1050(constB12) | (~v1052(constB13)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10807,plain,
% 127.47/80.04 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB12, constB13)) | v1050(constB12) | (~v1052(constB13))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10806, 10805])).
% 127.47/80.04 tff(10808,plain,
% 127.47/80.04 (v1050(constB12) | (~v1052(constB13))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10807, 6025, 1355])).
% 127.47/80.04 tff(10809,plain,
% 127.47/80.04 (~v1052(constB13)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10808, 10804])).
% 127.47/80.04 tff(10810,plain,
% 127.47/80.04 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB13, bitIndex0)) | v1052(constB13) | (~v1044(constB13)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB13, bitIndex0)) | v1052(constB13) | (~v1044(constB13)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10811,plain,
% 127.47/80.04 (((~v7(constB13, bitIndex0)) | (~v1044(constB13)) | v1052(constB13)) <=> ((~v7(constB13, bitIndex0)) | v1052(constB13) | (~v1044(constB13)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10812,plain,
% 127.47/80.04 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB13, bitIndex0)) | (~v1044(constB13)) | v1052(constB13))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB13, bitIndex0)) | v1052(constB13) | (~v1044(constB13))))),
% 127.47/80.04 inference(monotonicity,[status(thm)],[10811])).
% 127.47/80.04 tff(10813,plain,
% 127.47/80.04 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB13, bitIndex0)) | (~v1044(constB13)) | v1052(constB13))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB13, bitIndex0)) | v1052(constB13) | (~v1044(constB13)))),
% 127.47/80.04 inference(transitivity,[status(thm)],[10812, 10810])).
% 127.47/80.04 tff(10814,plain,
% 127.47/80.04 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB13, bitIndex0)) | (~v1044(constB13)) | v1052(constB13))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10815,plain,
% 127.47/80.04 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB13, bitIndex0)) | v1052(constB13) | (~v1044(constB13))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10814, 10813])).
% 127.47/80.04 tff(10816,plain,
% 127.47/80.04 ((~v7(constB13, bitIndex0)) | v1052(constB13)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10815, 6007, 2049])).
% 127.47/80.04 tff(10817,plain,
% 127.47/80.04 (~v7(constB13, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10816, 10809])).
% 127.47/80.04 tff(10818,plain,
% 127.47/80.04 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB13, bitIndex0) | (~nextState(constB13, constB14)) | v1044(constB14) | (~v7(constB14, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB13, bitIndex0) | (~nextState(constB13, constB14)) | v1044(constB14) | (~v7(constB14, bitIndex0)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10819,plain,
% 127.47/80.04 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB13, bitIndex0) | (~nextState(constB13, constB14)) | v1044(constB14) | (~v7(constB14, bitIndex0)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10820,plain,
% 127.47/80.04 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB13, bitIndex0) | (~nextState(constB13, constB14)) | v1044(constB14) | (~v7(constB14, bitIndex0))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10819, 10818])).
% 127.47/80.04 tff(10821,plain,
% 127.47/80.04 (v7(constB13, bitIndex0) | v1044(constB14) | (~v7(constB14, bitIndex0))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10820, 5991, 1365])).
% 127.47/80.04 tff(10822,plain,
% 127.47/80.04 (v7(constB13, bitIndex0) | (~v7(constB14, bitIndex0))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10821, 2069])).
% 127.47/80.04 tff(10823,plain,
% 127.47/80.04 (~v7(constB14, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10822, 10817])).
% 127.47/80.04 tff(10824,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB14, bitIndex0) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB14, bitIndex0) | (~sP957(constB14)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10825,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB14, bitIndex0) | (~sP957(constB14)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10826,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB14, bitIndex0) | (~sP957(constB14))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10825, 10824])).
% 127.47/80.04 tff(10827,plain,
% 127.47/80.04 (~sP957(constB14)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10826, 5875, 10823])).
% 127.47/80.04 tff(10828,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB14, bitIndex0) | (~sP960(constB14)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB14, bitIndex0) | (~sP960(constB14)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10829,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v7(constB14, bitIndex0) | (~sP960(constB14)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10830,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v7(constB14, bitIndex0) | (~sP960(constB14))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10829, 10828])).
% 127.47/80.04 tff(10831,plain,
% 127.47/80.04 (~sP960(constB14)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10830, 5864, 10823])).
% 127.47/80.04 tff(10832,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v13(constB14, bitIndex2)) | (~v952(constB14, bitIndex1)) | sP960(constB14))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB14, bitIndex2)) | (~v952(constB14, bitIndex1)) | sP960(constB14))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10833,plain,
% 127.47/80.04 (((~v952(constB14, bitIndex1)) | sP960(constB14) | (~v13(constB14, bitIndex2))) <=> ((~v13(constB14, bitIndex2)) | (~v952(constB14, bitIndex1)) | sP960(constB14))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10834,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB14, bitIndex1)) | sP960(constB14) | (~v13(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v13(constB14, bitIndex2)) | (~v952(constB14, bitIndex1)) | sP960(constB14)))),
% 127.47/80.04 inference(monotonicity,[status(thm)],[10833])).
% 127.47/80.04 tff(10835,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB14, bitIndex1)) | sP960(constB14) | (~v13(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB14, bitIndex2)) | (~v952(constB14, bitIndex1)) | sP960(constB14))),
% 127.47/80.04 inference(transitivity,[status(thm)],[10834, 10832])).
% 127.47/80.04 tff(10836,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | ((~v952(constB14, bitIndex1)) | sP960(constB14) | (~v13(constB14, bitIndex2)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10837,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v952(VarCurr, bitIndex1)) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (~v13(constB14, bitIndex2)) | (~v952(constB14, bitIndex1)) | sP960(constB14)),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10836, 10835])).
% 127.47/80.04 tff(10838,plain,
% 127.47/80.04 ((~v952(constB14, bitIndex1)) | sP960(constB14)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10837, 6136, 10126])).
% 127.47/80.04 tff(10839,plain,
% 127.47/80.04 (~v952(constB14, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10838, 10831])).
% 127.47/80.04 tff(10840,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10841,plain,
% 127.47/80.04 ((v952(constB14, bitIndex1) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0))) <=> (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10842,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB14, bitIndex1) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14)))),
% 127.47/80.04 inference(monotonicity,[status(thm)],[10841])).
% 127.47/80.04 tff(10843,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB14, bitIndex1) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14))),
% 127.47/80.04 inference(transitivity,[status(thm)],[10842, 10840])).
% 127.47/80.04 tff(10844,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB14, bitIndex1) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10845,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14)),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10844, 10843])).
% 127.47/80.04 tff(10846,plain,
% 127.47/80.04 (v7(constB14, bitIndex1) | v952(constB14, bitIndex1) | sP957(constB14)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10845, 6075, 10221])).
% 127.47/80.04 tff(10847,plain,
% 127.47/80.04 (v7(constB14, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10846, 10839, 10827])).
% 127.47/80.04 tff(10848,plain,
% 127.47/80.04 (v7(constB13, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2214, 10847])).
% 127.47/80.04 tff(10849,plain,
% 127.47/80.04 (v956(constB13, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2191, 201, 10848])).
% 127.47/80.04 tff(10850,plain,
% 127.47/80.04 ((~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2150, 320, 10145])).
% 127.47/80.04 tff(10851,plain,
% 127.47/80.04 (~v938(constB12, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10850, 10747])).
% 127.47/80.04 tff(10852,plain,
% 127.47/80.04 (~v940(constB13, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2159, 10851])).
% 127.47/80.04 tff(10853,plain,
% 127.47/80.04 ($false),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 10852, 10849])).
% 127.47/80.04 tff(10854,plain,(v11(constB8) | v7(constB16, bitIndex1) | (~v11(constB14)) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.04 tff(10855,plain,
% 127.47/80.04 (v11(constB8)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10854, 5480, 2358, 3984, 10117, 7563, 1])).
% 127.47/80.04 tff(10856,plain,
% 127.47/80.04 (v13(constB12, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10241, 2147, 3984, 2358, 5480, 10117])).
% 127.47/80.04 tff(10857,plain,
% 127.47/80.04 (~v13(constB10, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[8012, 7955, 1, 8803, 7951, 1794, 7563])).
% 127.47/80.04 tff(10858,plain,
% 127.47/80.04 (~v938(constB10, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7638, 10857])).
% 127.47/80.04 tff(10859,plain,
% 127.47/80.04 (~v940(constB11, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1263, 10858])).
% 127.47/80.04 tff(10860,plain,
% 127.47/80.04 (~v956(constB11, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1303, 10859])).
% 127.47/80.04 tff(10861,plain,
% 127.47/80.04 (~v7(constB11, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1311, 10860])).
% 127.47/80.04 tff(10862,plain,
% 127.47/80.04 (~v7(constB12, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1342, 10861])).
% 127.47/80.04 tff(10863,plain,
% 127.47/80.04 (v7(constB12, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1863, 10862, 1775, 1794])).
% 127.47/80.04 tff(10864,plain,
% 127.47/80.04 (v7(constB11, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1772, 10863])).
% 127.47/80.04 tff(10865,plain,
% 127.47/80.04 (v929(constB11, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1751, 10864])).
% 127.47/80.04 tff(10866,plain,
% 127.47/80.04 (v940(constB11, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1743, 10865])).
% 127.47/80.04 tff(10867,plain,
% 127.47/80.04 (v938(constB10, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1717, 10866])).
% 127.47/80.04 tff(10868,plain,
% 127.47/80.04 (v13(constB10, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7608, 10867])).
% 127.47/80.04 tff(10869,plain,
% 127.47/80.04 ((~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7452, 6136, 7951])).
% 127.47/80.04 tff(10870,plain,
% 127.47/80.04 (~v952(constB10, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10869, 10868])).
% 127.47/80.04 tff(10871,plain,
% 127.47/80.04 (~v13(constB10, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[8024, 10870, 7955])).
% 127.47/80.04 tff(10872,plain,
% 127.47/80.04 (~v1050(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7578, 10871])).
% 127.47/80.04 tff(10873,plain,
% 127.47/80.04 (~v1052(constB11)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7583, 10872])).
% 127.47/80.04 tff(10874,plain,
% 127.47/80.04 (~v7(constB11, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7591, 10873])).
% 127.47/80.04 tff(10875,plain,
% 127.47/80.04 (~v7(constB12, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7597, 10874])).
% 127.47/80.04 tff(10876,plain,
% 127.47/80.04 (~sP960(constB12)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7601, 5864, 10875])).
% 127.47/80.04 tff(10877,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB12, bitIndex0) | (~sP957(constB12)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB12, bitIndex0) | (~sP957(constB12)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10878,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB12, bitIndex0) | (~sP957(constB12)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10879,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB12, bitIndex0) | (~sP957(constB12))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10878, 10877])).
% 127.47/80.04 tff(10880,plain,
% 127.47/80.04 (~sP957(constB12)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10879, 5875, 10875])).
% 127.47/80.04 tff(10881,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10882,plain,
% 127.47/80.04 ((v952(constB12, bitIndex1) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0))) <=> (v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10883,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB12, bitIndex1) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0))))),
% 127.47/80.04 inference(monotonicity,[status(thm)],[10882])).
% 127.47/80.04 tff(10884,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB12, bitIndex1) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 127.47/80.04 inference(transitivity,[status(thm)],[10883, 10881])).
% 127.47/80.04 tff(10885,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB12, bitIndex1) | v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10886,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10885, 10884])).
% 127.47/80.04 tff(10887,plain,
% 127.47/80.04 (v7(constB12, bitIndex1) | v952(constB12, bitIndex1) | sP957(constB12)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10886, 6075, 1775])).
% 127.47/80.04 tff(10888,plain,
% 127.47/80.04 (v952(constB12, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10887, 10880, 10862])).
% 127.47/80.04 tff(10889,plain,
% 127.47/80.04 ($false),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7626, 10888, 10876])).
% 127.47/80.04 tff(10890,plain,(v7(constB10, bitIndex0) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex0)) | (~v11(constB10)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.04 tff(10891,plain,
% 127.47/80.04 (v7(constB10, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10890, 1775, 1794, 7563, 1])).
% 127.47/80.04 tff(10892,plain,
% 127.47/80.04 (v7(constB9, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6470, 10891])).
% 127.47/80.04 tff(10893,plain,
% 127.47/80.04 (v1052(constB9)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6478, 10892])).
% 127.47/80.04 tff(10894,plain,
% 127.47/80.04 (v1050(constB8)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6483, 10893])).
% 127.47/80.04 tff(10895,plain,
% 127.47/80.04 (v13(constB8, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6492, 10894])).
% 127.47/80.04 tff(10896,plain,
% 127.47/80.04 (~v11(constB6)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7039, 6494, 342, 6725, 835])).
% 127.47/80.04 tff(10897,plain,
% 127.47/80.04 (~v938(constB6, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2531, 10896])).
% 127.47/80.04 tff(10898,plain,
% 127.47/80.04 (~v940(constB7, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2524, 10897])).
% 127.47/80.04 tff(10899,plain,
% 127.47/80.04 (~v956(constB7, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2516, 10898])).
% 127.47/80.04 tff(10900,plain,
% 127.47/80.04 (~v7(constB7, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2490, 10899])).
% 127.47/80.04 tff(10901,plain,
% 127.47/80.04 (~v7(constB8, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2482, 10900])).
% 127.47/80.04 tff(10902,plain,
% 127.47/80.04 (~v938(constB6, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[8146, 10896])).
% 127.47/80.04 tff(10903,plain,
% 127.47/80.04 (~v940(constB7, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2545, 10902])).
% 127.47/80.04 tff(10904,plain,
% 127.47/80.04 (~v929(constB7, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10333, 10903])).
% 127.47/80.04 tff(10905,plain,
% 127.47/80.04 (~v7(constB7, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10337, 10904])).
% 127.47/80.04 tff(10906,plain,
% 127.47/80.04 (~v7(constB8, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[2450, 10905])).
% 127.47/80.04 tff(10907,plain,
% 127.47/80.04 ($false),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7046, 10906, 10901, 6725, 6494])).
% 127.47/80.04 tff(10908,plain,((~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.04 tff(10909,plain,
% 127.47/80.04 (~v13(constB8, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10908, 10895, 342])).
% 127.47/80.04 tff(10910,plain,
% 127.47/80.04 (~v938(constB8, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7651, 10909])).
% 127.47/80.04 tff(10911,plain,
% 127.47/80.04 (~v940(constB9, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6454, 10910])).
% 127.47/80.04 tff(10912,plain,
% 127.47/80.04 (~v929(constB9, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6446, 10911])).
% 127.47/80.04 tff(10913,plain,
% 127.47/80.04 (~v7(constB9, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6420, 10912])).
% 127.47/80.04 tff(10914,plain,
% 127.47/80.04 (~v7(constB10, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6412, 10913])).
% 127.47/80.04 tff(10915,plain,
% 127.47/80.04 (sP959(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6377, 1871, 10914])).
% 127.47/80.04 tff(10916,plain,
% 127.47/80.04 (^[VarCurr: $i] : refl((sP958(VarCurr) | v13(VarCurr, bitIndex1)) <=> (sP958(VarCurr) | v13(VarCurr, bitIndex1)))),
% 127.47/80.04 inference(bind,[status(th)],[])).
% 127.47/80.04 tff(10917,plain,
% 127.47/80.04 (![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))),
% 127.47/80.04 inference(quant_intro,[status(thm)],[10916])).
% 127.47/80.04 tff(10918,plain,
% 127.47/80.04 (![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10919,axiom,(![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16671')).
% 127.47/80.04 tff(10920,plain,
% 127.47/80.04 (![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10919, 10918])).
% 127.47/80.04 tff(10921,plain,(
% 127.47/80.04 ![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))),
% 127.47/80.04 inference(skolemize,[status(sab)],[10920])).
% 127.47/80.04 tff(10922,plain,
% 127.47/80.04 (![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10921, 10917])).
% 127.47/80.04 tff(10923,plain,
% 127.47/80.04 (((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | (sP958(constB10) | v13(constB10, bitIndex1))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | sP958(constB10) | v13(constB10, bitIndex1))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10924,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | (sP958(constB10) | v13(constB10, bitIndex1))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10925,plain,
% 127.47/80.04 ((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | sP958(constB10) | v13(constB10, bitIndex1)),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10924, 10923])).
% 127.47/80.04 tff(10926,plain,
% 127.47/80.04 (v13(constB10, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10925, 10922, 6461])).
% 127.47/80.04 tff(10927,plain,
% 127.47/80.04 (~v13(constB10, bitIndex2)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[6391, 10926, 6360, 1])).
% 127.47/80.04 tff(10928,plain,
% 127.47/80.04 (~v938(constB10, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7608, 10927])).
% 127.47/80.04 tff(10929,plain,
% 127.47/80.04 (~v940(constB11, bitIndex1)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[1717, 10928])).
% 127.47/80.04 tff(10930,plain,
% 127.47/80.04 (sP956_aig_name(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7862, 7308, 6498, 6556])).
% 127.47/80.04 tff(10931,plain,
% 127.47/80.04 (v924(constB10, bitIndex0)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7856, 7293, 10930])).
% 127.47/80.04 tff(10932,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10933,plain,
% 127.47/80.04 (((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))) <=> (v7(constB10, bitIndex1) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.47/80.04 inference(rewrite,[status(thm)],[])).
% 127.47/80.04 tff(10934,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB10, bitIndex1) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))))),
% 127.47/80.04 inference(monotonicity,[status(thm)],[10933])).
% 127.47/80.04 tff(10935,plain,
% 127.47/80.04 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.47/80.04 inference(transitivity,[status(thm)],[10934, 10932])).
% 127.47/80.04 tff(10936,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB10, bitIndex0)) | v7(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0)))),
% 127.47/80.04 inference(quant_inst,[status(thm)],[])).
% 127.47/80.04 tff(10937,plain,
% 127.47/80.04 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB10, bitIndex1) | (~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.47/80.04 inference(modus_ponens,[status(thm)],[10936, 10935])).
% 127.47/80.04 tff(10938,plain,
% 127.47/80.04 ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10937, 6057, 1])).
% 127.47/80.04 tff(10939,plain,
% 127.47/80.04 (sP957(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[10938, 10931, 7662])).
% 127.47/80.04 tff(10940,plain,
% 127.47/80.04 (~v32(constB10)),
% 127.47/80.04 inference(unit_resolution,[status(thm)],[7683, 1923, 6461])).
% 127.47/80.04 tff(10941,plain,
% 127.47/80.04 ((~v924(constB10, bitIndex0)) | (~sP957(constB10))),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7704, 1938, 10940, 7815, 7816])).
% 127.47/80.05 tff(10942,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10941, 10939, 10931])).
% 127.47/80.05 tff(10943,plain,(sP958(constB10) | (~v13(constB10, bitIndex0)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(10944,plain,
% 127.47/80.05 (~v13(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10943, 6461, 1])).
% 127.47/80.05 tff(10945,plain,
% 127.47/80.05 (~v1050(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7578, 10944])).
% 127.47/80.05 tff(10946,plain,
% 127.47/80.05 (~v1052(constB11)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7583, 10945])).
% 127.47/80.05 tff(10947,plain,
% 127.47/80.05 (~v7(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7591, 10946])).
% 127.47/80.05 tff(10948,plain,
% 127.47/80.05 (~v7(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7597, 10947])).
% 127.47/80.05 tff(10949,plain,
% 127.47/80.05 (~sP960(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7601, 5864, 10948])).
% 127.47/80.05 tff(10950,plain,
% 127.47/80.05 (v7(constB12, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1811, 10949])).
% 127.47/80.05 tff(10951,plain,
% 127.47/80.05 (v7(constB11, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1772, 10950])).
% 127.47/80.05 tff(10952,plain,
% 127.47/80.05 (v929(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1751, 10951])).
% 127.47/80.05 tff(10953,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1743, 10952, 10929])).
% 127.47/80.05 tff(10954,plain,(sP958(constB10) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(10955,plain,
% 127.47/80.05 (sP958(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10954, 10914, 1794, 7563, 1])).
% 127.47/80.05 tff(10956,plain,
% 127.47/80.05 (~v13(constB10, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6385, 10955, 10915])).
% 127.47/80.05 tff(10957,plain,
% 127.47/80.05 (~v938(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7638, 10956])).
% 127.47/80.05 tff(10958,plain,
% 127.47/80.05 (~v940(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1263, 10957])).
% 127.47/80.05 tff(10959,plain,
% 127.47/80.05 (~v956(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1303, 10958])).
% 127.47/80.05 tff(10960,plain,
% 127.47/80.05 (~v7(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1311, 10959])).
% 127.47/80.05 tff(10961,plain,
% 127.47/80.05 (~v7(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1342, 10960])).
% 127.47/80.05 tff(10962,plain,
% 127.47/80.05 (v7(constB12, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1863, 10961, 1775, 1794])).
% 127.47/80.05 tff(10963,plain,
% 127.47/80.05 (v7(constB11, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1772, 10962])).
% 127.47/80.05 tff(10964,plain,
% 127.47/80.05 (v929(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1751, 10963])).
% 127.47/80.05 tff(10965,plain,
% 127.47/80.05 (v940(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1743, 10964])).
% 127.47/80.05 tff(10966,plain,
% 127.47/80.05 (v938(constB10, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1717, 10965])).
% 127.47/80.05 tff(10967,plain,
% 127.47/80.05 (v13(constB10, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7608, 10966])).
% 127.47/80.05 tff(10968,plain,
% 127.47/80.05 ((~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6367, 1804, 10914])).
% 127.47/80.05 tff(10969,plain,
% 127.47/80.05 (sP960(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10968, 10967])).
% 127.47/80.05 tff(10970,plain,
% 127.47/80.05 (v28(constB10, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6372, 1819, 10969])).
% 127.47/80.05 tff(10971,plain,
% 127.47/80.05 (v62(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7937, 1830, 10969])).
% 127.47/80.05 tff(10972,plain,
% 127.47/80.05 (~v32(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7674, 1841, 10969])).
% 127.47/80.05 tff(10973,plain,
% 127.47/80.05 (~sP957(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7797, 1855, 10972, 10971, 10970])).
% 127.47/80.05 tff(10974,plain,
% 127.47/80.05 (~v13(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7669, 10973, 10914])).
% 127.47/80.05 tff(10975,plain,
% 127.47/80.05 (~v1050(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7578, 10974])).
% 127.47/80.05 tff(10976,plain,
% 127.47/80.05 (~v1052(constB11)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7583, 10975])).
% 127.47/80.05 tff(10977,plain,
% 127.47/80.05 (~v7(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7591, 10976])).
% 127.47/80.05 tff(10978,plain,
% 127.47/80.05 (~v7(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7597, 10977])).
% 127.47/80.05 tff(10979,plain,
% 127.47/80.05 (~sP960(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7601, 5864, 10978])).
% 127.47/80.05 tff(10980,plain,
% 127.47/80.05 (~sP957(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10879, 5875, 10978])).
% 127.47/80.05 tff(10981,plain,
% 127.47/80.05 (v952(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10887, 10980, 10961])).
% 127.47/80.05 tff(10982,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7626, 10981, 10979])).
% 127.47/80.05 tff(10983,plain,((~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex2)) | (~v11(constB10)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB8))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(10984,plain,
% 127.47/80.05 (~v13(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10983, 10856, 7563, 1, 342, 10855])).
% 127.47/80.05 tff(10985,plain,
% 127.47/80.05 (~v1050(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10803, 10984])).
% 127.47/80.05 tff(10986,plain,
% 127.47/80.05 (~v1052(constB13)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10808, 10985])).
% 127.47/80.05 tff(10987,plain,
% 127.47/80.05 (~v7(constB13, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10816, 10986])).
% 127.47/80.05 tff(10988,plain,
% 127.47/80.05 (~v7(constB14, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10822, 10987])).
% 127.47/80.05 tff(10989,assumption,(~v7(constB14, bitIndex0)), introduced(assumption)).
% 127.47/80.05 tff(10990,plain,
% 127.47/80.05 (~sP960(constB14)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10830, 5864, 10989])).
% 127.47/80.05 tff(10991,plain,
% 127.47/80.05 (~sP957(constB14)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10826, 5875, 10989])).
% 127.47/80.05 tff(10992,plain,
% 127.47/80.05 (v7(constB14, bitIndex1) | v952(constB14, bitIndex1) | sP957(constB14)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10845, 6075, 1990])).
% 127.47/80.05 tff(10993,plain,
% 127.47/80.05 (v952(constB14, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10992, 10991, 7542])).
% 127.47/80.05 tff(10994,plain,
% 127.47/80.05 ((~v952(constB14, bitIndex1)) | sP960(constB14)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10837, 6136, 10135])).
% 127.47/80.05 tff(10995,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10994, 10993, 10990])).
% 127.47/80.05 tff(10996,plain,(v7(constB14, bitIndex0) | (~v13(constB14, bitIndex2)) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(10997,plain,
% 127.47/80.05 (v7(constB14, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10996, 10988, 10126, 10221])).
% 127.47/80.05 tff(10998,plain,
% 127.47/80.05 (v7(constB13, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2214, 10997])).
% 127.47/80.05 tff(10999,plain,
% 127.47/80.05 (v956(constB13, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2191, 201, 10998])).
% 127.47/80.05 tff(11000,plain,
% 127.47/80.05 (~v938(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10850, 2147])).
% 127.47/80.05 tff(11001,plain,
% 127.47/80.05 (~v940(constB13, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2159, 11000])).
% 127.47/80.05 tff(11002,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 11001, 10999])).
% 127.47/80.05 tff(11003,plain,(v13(constB12, bitIndex1) | (~v11(constB10)) | v7(constB10, bitIndex1) | v11(constB4) | v7(constB16, bitIndex1) | (~v11(constB14)) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(11004,plain,
% 127.47/80.05 (v13(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11003, 5480, 1, 342, 3984, 2358, 7563, 10117])).
% 127.47/80.05 tff(11005,plain,
% 127.47/80.05 (~v938(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10289, 2216])).
% 127.47/80.05 tff(11006,plain,
% 127.47/80.05 (~v940(constB13, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2238, 11005])).
% 127.47/80.05 tff(11007,plain,
% 127.47/80.05 (~v929(constB13, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2264, 11006])).
% 127.47/80.05 tff(11008,plain,
% 127.47/80.05 (~v7(constB13, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2272, 11007])).
% 127.47/80.05 tff(11009,plain,
% 127.47/80.05 (~v7(constB14, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[2293, 11008])).
% 127.47/80.05 tff(11010,plain,
% 127.47/80.05 (sP960(constB14)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10136, 11009])).
% 127.47/80.05 tff(11011,plain,
% 127.47/80.05 (v7(constB14, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10830, 5864, 11010])).
% 127.47/80.05 tff(11012,plain,
% 127.47/80.05 (v7(constB13, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10822, 11011])).
% 127.47/80.05 tff(11013,plain,
% 127.47/80.05 (v1052(constB13)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10816, 11012])).
% 127.47/80.05 tff(11014,plain,
% 127.47/80.05 (v1050(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10808, 11013])).
% 127.47/80.05 tff(11015,plain,
% 127.47/80.05 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10802, 6040, 10288])).
% 127.47/80.05 tff(11016,plain,
% 127.47/80.05 (v13(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11015, 11014])).
% 127.47/80.05 tff(11017,plain,
% 127.47/80.05 (~sP957(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10879, 5875, 10948])).
% 127.47/80.05 tff(11018,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB12, bitIndex0)) | sP957(constB12) | (~v13(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v924(constB12, bitIndex0)) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11019,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB12, bitIndex0)) | sP957(constB12) | (~v13(constB12, bitIndex0)))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11020,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v924(constB12, bitIndex0)) | sP957(constB12) | (~v13(constB12, bitIndex0))),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11019, 11018])).
% 127.47/80.05 tff(11021,plain,
% 127.47/80.05 ((~v924(constB12, bitIndex0)) | sP957(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11020, 7224, 1775])).
% 127.47/80.05 tff(11022,plain,
% 127.47/80.05 (~v924(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11021, 11017])).
% 127.47/80.05 tff(11023,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB12)) | v924(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB12)) | v924(constB12, bitIndex0))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11024,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB12)) | v924(constB12, bitIndex0))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11025,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB12)) | v924(constB12, bitIndex0)),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11024, 11023])).
% 127.47/80.05 tff(11026,plain,
% 127.47/80.05 (~sP956_aig_name(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11025, 7293, 11022])).
% 127.47/80.05 tff(11027,plain,
% 127.47/80.05 (sP958(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7616, 5886, 10948])).
% 127.47/80.05 tff(11028,plain,
% 127.47/80.05 (~v13(constB8, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10908, 6493, 342])).
% 127.47/80.05 tff(11029,plain,
% 127.47/80.05 (~v938(constB8, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7651, 11028])).
% 127.47/80.05 tff(11030,plain,
% 127.47/80.05 (~v940(constB9, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6454, 11029])).
% 127.47/80.05 tff(11031,plain,
% 127.47/80.05 (~v929(constB9, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6446, 11030])).
% 127.47/80.05 tff(11032,plain,
% 127.47/80.05 (~v7(constB9, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6420, 11031])).
% 127.47/80.05 tff(11033,plain,
% 127.47/80.05 (~v7(constB10, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6412, 11032])).
% 127.47/80.05 tff(11034,plain,
% 127.47/80.05 (~v13(constB10, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6391, 11033, 10926, 1])).
% 127.47/80.05 tff(11035,plain,
% 127.47/80.05 (~v938(constB10, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7608, 11034])).
% 127.47/80.05 tff(11036,plain,
% 127.47/80.05 (~v940(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1717, 11035])).
% 127.47/80.05 tff(11037,plain,
% 127.47/80.05 (~v929(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1743, 11036])).
% 127.47/80.05 tff(11038,plain,
% 127.47/80.05 (~v7(constB11, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1751, 11037])).
% 127.47/80.05 tff(11039,plain,
% 127.47/80.05 (~v7(constB12, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1772, 11038])).
% 127.47/80.05 tff(11040,plain,
% 127.47/80.05 (sP959(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1874, 1871, 11039])).
% 127.47/80.05 tff(11041,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1)))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11042,plain,
% 127.47/80.05 (((~v17(constB12, bitIndex1)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12))) <=> ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1)))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11043,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex1)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1))))),
% 127.47/80.05 inference(monotonicity,[status(thm)],[11042])).
% 127.47/80.05 tff(11044,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex1)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1)))),
% 127.47/80.05 inference(transitivity,[status(thm)],[11043, 11041])).
% 127.47/80.05 tff(11045,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex1)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11046,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1))),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11045, 11044])).
% 127.47/80.05 tff(11047,plain,
% 127.47/80.05 ((~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex1))),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11046, 5118, 1876])).
% 127.47/80.05 tff(11048,plain,
% 127.47/80.05 (~v17(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11047, 11040, 11027])).
% 127.47/80.05 tff(11049,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0)))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11050,plain,
% 127.47/80.05 (((~v17(constB12, bitIndex0)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12))) <=> ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0)))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11051,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex0)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0))))),
% 127.47/80.05 inference(monotonicity,[status(thm)],[11050])).
% 127.47/80.05 tff(11052,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex0)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0)))),
% 127.47/80.05 inference(transitivity,[status(thm)],[11051, 11049])).
% 127.47/80.05 tff(11053,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex0)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11054,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0))),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11053, 11052])).
% 127.47/80.05 tff(11055,plain,
% 127.47/80.05 ((~sP958(constB12)) | (~sP959(constB12)) | (~v17(constB12, bitIndex0))),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11054, 7256, 1876])).
% 127.47/80.05 tff(11056,plain,
% 127.47/80.05 (~v17(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11055, 11040, 11027])).
% 127.47/80.05 tff(11057,plain,
% 127.47/80.05 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB12)) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB12)) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11058,plain,
% 127.47/80.05 ((v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | (~v1003(constB12))) <=> ((~v1003(constB12)) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11059,plain,
% 127.47/80.05 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | (~v1003(constB12)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB12)) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0)))),
% 127.47/80.05 inference(monotonicity,[status(thm)],[11058])).
% 127.47/80.05 tff(11060,plain,
% 127.47/80.05 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | (~v1003(constB12)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB12)) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))),
% 127.47/80.05 inference(transitivity,[status(thm)],[11059, 11057])).
% 127.47/80.05 tff(11061,plain,
% 127.47/80.05 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | (~v1003(constB12)))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11062,plain,
% 127.47/80.05 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB12)) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0)),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11061, 11060])).
% 127.47/80.05 tff(11063,plain,
% 127.47/80.05 (~v1003(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11062, 4834, 11056, 11048])).
% 127.47/80.05 tff(11064,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11065,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12)))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11066,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~sP958(constB12)) | (~sP959(constB12))),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11065, 11064])).
% 127.47/80.05 tff(11067,plain,
% 127.47/80.05 ((~v17(constB12, bitIndex2)) | (~sP958(constB12)) | (~sP959(constB12))),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11066, 1205, 1876])).
% 127.47/80.05 tff(11068,plain,
% 127.47/80.05 (~v17(constB12, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11067, 11040, 11027])).
% 127.47/80.05 tff(11069,plain,
% 127.47/80.05 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB12) | v17(constB12, bitIndex2) | sP956_aig_name(constB12))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB12) | v17(constB12, bitIndex2) | sP956_aig_name(constB12))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11070,plain,
% 127.47/80.05 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB12) | v17(constB12, bitIndex2) | sP956_aig_name(constB12))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11071,plain,
% 127.47/80.05 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v1003(constB12) | v17(constB12, bitIndex2) | sP956_aig_name(constB12)),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11070, 11069])).
% 127.47/80.05 tff(11072,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11071, 7308, 11068, 11063, 11026])).
% 127.47/80.05 tff(11073,plain,(sP958(constB10) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB8)) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(11074,plain,
% 127.47/80.05 (sP958(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11073, 1775, 7563, 1, 342, 6485, 1876])).
% 127.47/80.05 tff(11075,plain,
% 127.47/80.05 (v7(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1987, 1774, 1775, 1876])).
% 127.47/80.05 tff(11076,plain,
% 127.47/80.05 (v7(constB11, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1342, 11075])).
% 127.47/80.05 tff(11077,plain,
% 127.47/80.05 (v956(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1311, 11076])).
% 127.47/80.05 tff(11078,plain,
% 127.47/80.05 (v940(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1303, 11077])).
% 127.47/80.05 tff(11079,plain,
% 127.47/80.05 (v938(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[1263, 11078])).
% 127.47/80.05 tff(11080,plain,
% 127.47/80.05 (v13(constB10, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7638, 11079])).
% 127.47/80.05 tff(11081,plain,
% 127.47/80.05 (~sP959(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6385, 11080, 11074])).
% 127.47/80.05 tff(11082,plain,
% 127.47/80.05 (v7(constB10, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6377, 1871, 11081])).
% 127.47/80.05 tff(11083,plain,
% 127.47/80.05 (v7(constB9, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6412, 11082])).
% 127.47/80.05 tff(11084,plain,
% 127.47/80.05 (v929(constB9, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6420, 11083])).
% 127.47/80.05 tff(11085,plain,
% 127.47/80.05 (v940(constB9, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6446, 11084])).
% 127.47/80.05 tff(11086,plain,
% 127.47/80.05 (v938(constB8, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6454, 11085])).
% 127.47/80.05 tff(11087,plain,
% 127.47/80.05 (~sP957(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10879, 5875, 7613])).
% 127.47/80.05 tff(11088,plain,
% 127.47/80.05 (~v924(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11021, 11087])).
% 127.47/80.05 tff(11089,plain,
% 127.47/80.05 (~sP956_aig_name(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11025, 7293, 11088])).
% 127.47/80.05 tff(11090,assumption,(sP959(constB12)), introduced(assumption)).
% 127.47/80.05 tff(11091,plain,
% 127.47/80.05 (~v17(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11047, 7617, 11090])).
% 127.47/80.05 tff(11092,plain,
% 127.47/80.05 (~v17(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11055, 7617, 11090])).
% 127.47/80.05 tff(11093,plain,
% 127.47/80.05 (~v1003(constB12)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11062, 4834, 11092, 11091])).
% 127.47/80.05 tff(11094,plain,
% 127.47/80.05 (~v17(constB12, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11067, 7617, 11090])).
% 127.47/80.05 tff(11095,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11071, 7308, 11094, 11093, 11089])).
% 127.47/80.05 tff(11096,plain,(v7(constB12, bitIndex0) | (~sP959(constB12)) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(11097,plain,
% 127.47/80.05 (v7(constB12, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11096, 1875, 1876, 1775])).
% 127.47/80.05 tff(11098,plain,
% 127.47/80.05 (v7(constB11, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7597, 11097])).
% 127.47/80.05 tff(11099,plain,
% 127.47/80.05 (v1052(constB11)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7591, 11098])).
% 127.47/80.05 tff(11100,plain,
% 127.47/80.05 (v1050(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7583, 11099])).
% 127.47/80.05 tff(11101,plain,
% 127.47/80.05 (v13(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7578, 11100])).
% 127.47/80.05 tff(11102,plain,
% 127.47/80.05 (sP957(constB10)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[8002, 11080, 1, 11074, 11101])).
% 127.47/80.05 tff(11103,plain,
% 127.47/80.05 (v7(constB10, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7954, 5875, 11102])).
% 127.47/80.05 tff(11104,plain,
% 127.47/80.05 (v7(constB9, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6470, 11103])).
% 127.47/80.05 tff(11105,plain,
% 127.47/80.05 (v1052(constB9)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6478, 11104])).
% 127.47/80.05 tff(11106,plain,
% 127.47/80.05 (v1050(constB8)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6483, 11105])).
% 127.47/80.05 tff(11107,plain,
% 127.47/80.05 (v13(constB8, bitIndex0)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[6492, 11106])).
% 127.47/80.05 tff(11108,plain,
% 127.47/80.05 (~v13(constB8, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[10908, 11107, 342])).
% 127.47/80.05 tff(11109,plain,
% 127.47/80.05 ($false),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[7651, 11108, 11086])).
% 127.47/80.05 tff(11110,plain,(v7(constB12, bitIndex2) | v11(constB4) | (~v11(constB8)) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.05 tff(11111,plain,
% 127.47/80.05 (v7(constB12, bitIndex2)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11110, 11016, 6485, 1, 7563, 342, 1876])).
% 127.47/80.05 tff(11112,assumption,(~v952(constB12, bitIndex1)), introduced(assumption)).
% 127.47/80.05 tff(11113,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB12, bitIndex1)) | v952(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB12, bitIndex1)) | v952(constB12, bitIndex1))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11114,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB12, bitIndex1)) | v952(constB12, bitIndex1))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11115,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB12, bitIndex1)) | v952(constB12, bitIndex1)),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11114, 11113])).
% 127.47/80.05 tff(11116,plain,
% 127.47/80.05 (~v926(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11115, 8530, 11112])).
% 127.47/80.05 tff(11117,plain,
% 127.47/80.05 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB12, bitIndex1)) | v952(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB12, bitIndex1)) | v952(constB12, bitIndex1))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11118,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB12, bitIndex1)) | v952(constB12, bitIndex1))),
% 127.47/80.05 inference(quant_inst,[status(thm)],[])).
% 127.47/80.05 tff(11119,plain,
% 127.47/80.05 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB12, bitIndex1)) | v952(constB12, bitIndex1)),
% 127.47/80.05 inference(modus_ponens,[status(thm)],[11118, 11117])).
% 127.47/80.05 tff(11120,plain,
% 127.47/80.05 (~v924(constB12, bitIndex1)),
% 127.47/80.05 inference(unit_resolution,[status(thm)],[11119, 8541, 11112])).
% 127.47/80.05 tff(11121,assumption,(v7(constB12, bitIndex2)), introduced(assumption)).
% 127.47/80.05 tff(11122,plain,
% 127.47/80.05 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB12, bitIndex2)) | v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB12, bitIndex2)) | v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2))),
% 127.47/80.05 inference(rewrite,[status(thm)],[])).
% 127.47/80.05 tff(11123,plain,
% 127.47/80.05 ((sP954_aig_name(constB12) | v924(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2)) <=> ((~v7(constB12, bitIndex2)) | v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11124,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB12) | v924(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB12, bitIndex2)) | v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2)))),
% 127.47/80.06 inference(monotonicity,[status(thm)],[11123])).
% 127.47/80.06 tff(11125,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB12) | v924(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB12, bitIndex2)) | v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(transitivity,[status(thm)],[11124, 11122])).
% 127.47/80.06 tff(11126,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB12) | v924(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11127,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB12, bitIndex2)) | v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2)),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11126, 11125])).
% 127.47/80.06 tff(11128,plain,
% 127.47/80.06 (v924(constB12, bitIndex1) | sP954_aig_name(constB12) | v13(constB12, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11127, 8556, 11121])).
% 127.47/80.06 tff(11129,plain,
% 127.47/80.06 (sP954_aig_name(constB12)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11128, 2216, 11120])).
% 127.47/80.06 tff(11130,plain,
% 127.47/80.06 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB12)) | (~v1003(constB12)) | v952(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB12)) | (~v1003(constB12)) | v952(constB12, bitIndex1))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11131,plain,
% 127.47/80.06 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB12)) | (~v1003(constB12)) | v952(constB12, bitIndex1))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11132,plain,
% 127.47/80.06 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB12)) | (~v1003(constB12)) | v952(constB12, bitIndex1)),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11131, 11130])).
% 127.47/80.06 tff(11133,plain,
% 127.47/80.06 ((~sP954_aig_name(constB12)) | (~v1003(constB12))),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11132, 8574, 11112])).
% 127.47/80.06 tff(11134,plain,
% 127.47/80.06 (~v1003(constB12)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11133, 11129])).
% 127.47/80.06 tff(11135,plain,
% 127.47/80.06 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB12)) | (~v17(constB12, bitIndex2)) | v952(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB12)) | (~v17(constB12, bitIndex2)) | v952(constB12, bitIndex1))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11136,plain,
% 127.47/80.06 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB12)) | (~v17(constB12, bitIndex2)) | v952(constB12, bitIndex1))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11137,plain,
% 127.47/80.06 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB12)) | (~v17(constB12, bitIndex2)) | v952(constB12, bitIndex1)),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11136, 11135])).
% 127.47/80.06 tff(11138,plain,
% 127.47/80.06 ((~sP954_aig_name(constB12)) | (~v17(constB12, bitIndex2))),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11137, 8589, 11112])).
% 127.47/80.06 tff(11139,plain,
% 127.47/80.06 (~v17(constB12, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11138, 11129])).
% 127.47/80.06 tff(11140,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB12, bitIndex2)) | v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB12, bitIndex2)) | v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11141,plain,
% 127.47/80.06 ((v1003(constB12) | v17(constB12, bitIndex2) | v926(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2)) <=> ((~v7(constB12, bitIndex2)) | v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11142,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB12) | v17(constB12, bitIndex2) | v926(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB12, bitIndex2)) | v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2)))),
% 127.47/80.06 inference(monotonicity,[status(thm)],[11141])).
% 127.47/80.06 tff(11143,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB12) | v17(constB12, bitIndex2) | v926(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB12, bitIndex2)) | v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(transitivity,[status(thm)],[11142, 11140])).
% 127.47/80.06 tff(11144,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB12) | v17(constB12, bitIndex2) | v926(constB12, bitIndex1) | (~v7(constB12, bitIndex2)) | v13(constB12, bitIndex2))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11145,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB12, bitIndex2)) | v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2)),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11144, 11143])).
% 127.47/80.06 tff(11146,plain,
% 127.47/80.06 (v926(constB12, bitIndex1) | v1003(constB12) | v17(constB12, bitIndex2) | v13(constB12, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11145, 8604, 11121])).
% 127.47/80.06 tff(11147,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11146, 11139, 11134, 11116, 2216])).
% 127.47/80.06 tff(11148,plain,(v13(constB12, bitIndex2) | (~v7(constB12, bitIndex2)) | v952(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11149,plain,
% 127.47/80.06 (v952(constB12, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11148, 11111, 2216])).
% 127.47/80.06 tff(11150,assumption,(v952(constB12, bitIndex1)), introduced(assumption)).
% 127.47/80.06 tff(11151,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB12, bitIndex1)) | v924(constB12, bitIndex0) | v970(constB12))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB12, bitIndex1)) | v924(constB12, bitIndex0) | v970(constB12))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11152,plain,
% 127.47/80.06 ((v924(constB12, bitIndex0) | (~v952(constB12, bitIndex1)) | v970(constB12)) <=> ((~v952(constB12, bitIndex1)) | v924(constB12, bitIndex0) | v970(constB12))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11153,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB12, bitIndex0) | (~v952(constB12, bitIndex1)) | v970(constB12))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB12, bitIndex1)) | v924(constB12, bitIndex0) | v970(constB12)))),
% 127.47/80.06 inference(monotonicity,[status(thm)],[11152])).
% 127.47/80.06 tff(11154,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB12, bitIndex0) | (~v952(constB12, bitIndex1)) | v970(constB12))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB12, bitIndex1)) | v924(constB12, bitIndex0) | v970(constB12))),
% 127.47/80.06 inference(transitivity,[status(thm)],[11153, 11151])).
% 127.47/80.06 tff(11155,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB12, bitIndex0) | (~v952(constB12, bitIndex1)) | v970(constB12))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11156,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB12, bitIndex1)) | v924(constB12, bitIndex0) | v970(constB12)),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11155, 11154])).
% 127.47/80.06 tff(11157,plain,
% 127.47/80.06 (v924(constB12, bitIndex0) | v970(constB12)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11156, 6093, 11150])).
% 127.47/80.06 tff(11158,plain,
% 127.47/80.06 (v970(constB12)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11157, 11088])).
% 127.47/80.06 tff(11159,plain,
% 127.47/80.06 (~sP959(constB12)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11096, 7613, 1876, 1775])).
% 127.47/80.06 tff(11160,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB12) | (~v17(constB12, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB12) | (~v17(constB12, bitIndex1)))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11161,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB12) | (~v17(constB12, bitIndex1)))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11162,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB12) | (~v17(constB12, bitIndex1))),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11161, 11160])).
% 127.47/80.06 tff(11163,plain,
% 127.47/80.06 (~v17(constB12, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11162, 5133, 11159])).
% 127.47/80.06 tff(11164,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB12) | (~v17(constB12, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB12) | (~v17(constB12, bitIndex0)))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11165,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB12) | (~v17(constB12, bitIndex0)))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11166,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB12) | (~v17(constB12, bitIndex0))),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11165, 11164])).
% 127.47/80.06 tff(11167,plain,
% 127.47/80.06 (~v17(constB12, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11166, 5971, 11159])).
% 127.47/80.06 tff(11168,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB12) | (~v17(constB12, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB12) | (~v17(constB12, bitIndex2)))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11169,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB12) | (~v17(constB12, bitIndex2)))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11170,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB12) | (~v17(constB12, bitIndex2))),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11169, 11168])).
% 127.47/80.06 tff(11171,plain,
% 127.47/80.06 (~v17(constB12, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11170, 1233, 11159])).
% 127.47/80.06 tff(11172,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB12)) | v17(constB12, bitIndex2) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB12)) | v17(constB12, bitIndex2) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11173,plain,
% 127.47/80.06 ((v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | v17(constB12, bitIndex2) | (~v970(constB12))) <=> ((~v970(constB12)) | v17(constB12, bitIndex2) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11174,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | v17(constB12, bitIndex2) | (~v970(constB12)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | ((~v970(constB12)) | v17(constB12, bitIndex2) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0)))),
% 127.47/80.06 inference(monotonicity,[status(thm)],[11173])).
% 127.47/80.06 tff(11175,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | v17(constB12, bitIndex2) | (~v970(constB12)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB12)) | v17(constB12, bitIndex2) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0))),
% 127.47/80.06 inference(transitivity,[status(thm)],[11174, 11172])).
% 127.47/80.06 tff(11176,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB12, bitIndex0) | v17(constB12, bitIndex1) | v17(constB12, bitIndex2) | (~v970(constB12)))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11177,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (~v970(constB12)) | v17(constB12, bitIndex2) | v17(constB12, bitIndex1) | v17(constB12, bitIndex0)),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11176, 11175])).
% 127.47/80.06 tff(11178,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11177, 6107, 11171, 11167, 11163, 11158])).
% 127.47/80.06 tff(11179,plain,(v7(constB12, bitIndex0) | (~v952(constB12, bitIndex1)) | (~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11180,plain,
% 127.47/80.06 (v7(constB12, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11179, 11149, 11016, 1876])).
% 127.47/80.06 tff(11181,plain,
% 127.47/80.06 (v7(constB11, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7597, 11180])).
% 127.47/80.06 tff(11182,plain,
% 127.47/80.06 (v1052(constB11)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7591, 11181])).
% 127.47/80.06 tff(11183,plain,
% 127.47/80.06 (v1050(constB10)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7583, 11182])).
% 127.47/80.06 tff(11184,plain,
% 127.47/80.06 (v13(constB10, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7578, 11183])).
% 127.47/80.06 tff(11185,plain,
% 127.47/80.06 (v7(constB11, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[1772, 11111])).
% 127.47/80.06 tff(11186,plain,
% 127.47/80.06 (v929(constB11, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[1751, 11185])).
% 127.47/80.06 tff(11187,plain,
% 127.47/80.06 (v940(constB11, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[1743, 11186])).
% 127.47/80.06 tff(11188,plain,
% 127.47/80.06 (v938(constB10, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[1717, 11187])).
% 127.47/80.06 tff(11189,plain,
% 127.47/80.06 (v13(constB10, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7608, 11188])).
% 127.47/80.06 tff(11190,plain,
% 127.47/80.06 (v62(constB10, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7937, 1830, 6369])).
% 127.47/80.06 tff(11191,plain,
% 127.47/80.06 (~v32(constB10)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7674, 1841, 6369])).
% 127.47/80.06 tff(11192,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7798, 11191, 11190, 6373])).
% 127.47/80.06 tff(11193,plain,(v7(constB10, bitIndex2) | (~v13(constB10, bitIndex2)) | (~v13(constB10, bitIndex0)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11194,plain,
% 127.47/80.06 (v7(constB10, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11193, 11189, 11184, 1])).
% 127.47/80.06 tff(11195,plain,
% 127.47/80.06 (v7(constB9, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6412, 11194])).
% 127.47/80.06 tff(11196,plain,
% 127.47/80.06 (v929(constB9, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6420, 11195])).
% 127.47/80.06 tff(11197,plain,
% 127.47/80.06 (v940(constB9, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6446, 11196])).
% 127.47/80.06 tff(11198,plain,
% 127.47/80.06 (v938(constB8, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6454, 11197])).
% 127.47/80.06 tff(11199,plain,
% 127.47/80.06 (v13(constB8, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7651, 11198])).
% 127.47/80.06 tff(11200,plain,
% 127.47/80.06 (~v13(constB8, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10908, 11199, 342])).
% 127.47/80.06 tff(11201,plain,
% 127.47/80.06 (~v1050(constB8)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6492, 11200])).
% 127.47/80.06 tff(11202,plain,
% 127.47/80.06 (~v1052(constB9)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6483, 11201])).
% 127.47/80.06 tff(11203,plain,
% 127.47/80.06 (~v7(constB9, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6478, 11202])).
% 127.47/80.06 tff(11204,plain,
% 127.47/80.06 (~v7(constB10, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6470, 11203])).
% 127.47/80.06 tff(11205,plain,
% 127.47/80.06 (~sP960(constB10)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7457, 5864, 11204])).
% 127.47/80.06 tff(11206,plain,
% 127.47/80.06 (~sP957(constB10)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7954, 5875, 11204])).
% 127.47/80.06 tff(11207,plain,
% 127.47/80.06 (v952(constB10, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[8024, 11206, 11184])).
% 127.47/80.06 tff(11208,plain,
% 127.47/80.06 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7452, 6136, 11189])).
% 127.47/80.06 tff(11209,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11208, 11207, 11205])).
% 127.47/80.06 tff(11210,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB8)) | v11(constB4) | (~v11(constB10)) | (~v13(constB12, bitIndex1)) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11211,plain,
% 127.47/80.06 (v13(constB12, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11210, 10855, 1, 342, 7563, 11004, 10126])).
% 127.47/80.06 tff(11212,plain,
% 127.47/80.06 (v13(constB8, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7939, 11211, 1, 11004, 7563])).
% 127.47/80.06 tff(11213,plain,
% 127.47/80.06 (v11(constB6)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[8150, 11211, 11004, 1, 7563])).
% 127.47/80.06 tff(11214,plain,
% 127.47/80.06 (~v13(constB8, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7039, 11213, 342, 11212, 835])).
% 127.47/80.06 tff(11215,plain,
% 127.47/80.06 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6491, 6040, 10855])).
% 127.47/80.06 tff(11216,plain,
% 127.47/80.06 (~v1050(constB8)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11215, 11214])).
% 127.47/80.06 tff(11217,plain,
% 127.47/80.06 (~v1052(constB9)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6483, 11216])).
% 127.47/80.06 tff(11218,plain,
% 127.47/80.06 (~v7(constB9, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6478, 11217])).
% 127.47/80.06 tff(11219,plain,
% 127.47/80.06 (~v7(constB10, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6470, 11218])).
% 127.47/80.06 tff(11220,plain,
% 127.47/80.06 (~sP958(constB10)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[8033, 11219, 1, 11004, 11211, 7563])).
% 127.47/80.06 tff(11221,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[6464, 5886, 11219, 11220])).
% 127.47/80.06 tff(11222,plain,((~v13(constB16, bitIndex2)) | v7(constB10, bitIndex1) | (~v11(constB10)) | v11(constB4) | v7(constB16, bitIndex1) | (~v11(constB14)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11223,plain,
% 127.47/80.06 (~v13(constB16, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11222, 10620, 1, 342, 3984, 10317, 10454])).
% 127.47/80.06 tff(11224,plain,
% 127.47/80.06 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5572, 2226, 10590])).
% 127.47/80.06 tff(11225,plain,
% 127.47/80.06 (~v938(constB16, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11224, 11223])).
% 127.47/80.06 tff(11226,plain,
% 127.47/80.06 (~v940(constB17, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5581, 11225])).
% 127.47/80.06 tff(11227,plain,
% 127.47/80.06 (~v929(constB17, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5607, 11226])).
% 127.47/80.06 tff(11228,plain,
% 127.47/80.06 (~v7(constB17, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5615, 11227])).
% 127.47/80.06 tff(11229,plain,
% 127.47/80.06 (~v7(constB18, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5636, 11228])).
% 127.47/80.06 tff(11230,plain,
% 127.47/80.06 (~(constB18 = sK952_VarCurr)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10065, 11229, 2318])).
% 127.47/80.06 tff(11231,plain,
% 127.47/80.06 (v7(constB18, bitIndex2) | (~v13(constB18, bitIndex2))),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5724, 1804, 10595])).
% 127.47/80.06 tff(11232,plain,
% 127.47/80.06 (~v13(constB18, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11231, 11229])).
% 127.47/80.06 tff(11233,plain,
% 127.47/80.06 (~(constB20 = sK952_VarCurr)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[9532, 11232, 1245])).
% 127.47/80.06 tff(11234,plain,
% 127.47/80.06 (v13(constB8, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[9305, 5282, 1245, 5776, 10328, 5322, 5309, 2407, 5310, 4112, 2408, 5323, 5321, 5284, 4111, 1, 5775])).
% 127.47/80.06 tff(11235,plain,
% 127.47/80.06 (v11(constB8)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10547, 5282, 1245, 5776, 5322, 5323, 5309, 2408, 5310, 5321, 4111, 2407, 10328, 1, 4112, 5284, 5775])).
% 127.47/80.06 tff(11236,plain,
% 127.47/80.06 (~(constB14 = sK952_VarCurr)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10570, 11235, 1, 7563, 342, 11234, 1245])).
% 127.47/80.06 tff(11237,plain,
% 127.47/80.06 (v7(constB4, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[9152, 5282, 10328, 5309, 5322, 5310, 4112, 2408, 5321, 4111, 2407, 1245, 5284, 5323])).
% 127.47/80.06 tff(11238,plain,
% 127.47/80.06 (~(constB4 = sK952_VarCurr)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[9160, 11237, 1245])).
% 127.47/80.06 tff(11239,plain,
% 127.47/80.06 (constB12 = sK952_VarCurr),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[5347, 11238, 5776, 5322, 5323, 5309, 2408, 5310, 5321, 5320, 4111, 2407, 10328, 5308, 5284, 4112, 11236, 5282, 5280, 5775, 2409])).
% 127.47/80.06 tff(11240,plain,
% 127.47/80.06 (v13(constB8, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10414, 11239, 2318, 1, 1516, 7563])).
% 127.47/80.06 tff(11241,plain,
% 127.47/80.06 (~v11(constB6)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[7039, 11240, 342, 11234, 835])).
% 127.47/80.06 tff(11242,plain,
% 127.47/80.06 (v7(constB8, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10349, 11241, 1245, 5776, 10328, 5322, 5309, 2407, 5310, 4112, 2408, 5323, 5321, 5282, 4111, 5284, 5775])).
% 127.47/80.06 tff(11243,plain,
% 127.47/80.06 (v7(constB7, bitIndex2)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[2450, 11242])).
% 127.47/80.06 tff(11244,plain,
% 127.47/80.06 (~v938(constB6, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[8146, 11241])).
% 127.47/80.06 tff(11245,plain,
% 127.47/80.06 (~v940(constB7, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[2545, 11244])).
% 127.47/80.06 tff(11246,plain,
% 127.47/80.06 (~v929(constB7, bitIndex1)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10333, 11245])).
% 127.47/80.06 tff(11247,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[10337, 11246, 11243])).
% 127.47/80.06 tff(11248,plain,((constB20 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0) | (constB3 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | v11(constB4) | v7(constB10, bitIndex1) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11249,plain,
% 127.47/80.06 ($false),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11248, 11233, 11230, 5835, 5778, 5834, 5792, 5842, 5785, 5856, 5799, 5827, 1245, 342, 1, 10620])).
% 127.47/80.06 tff(11250,plain,(v1044(sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0) | v11(constB4) | v7(constB10, bitIndex1) | v7(constB16, bitIndex1) | v13(constB16, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.47/80.06 tff(11251,plain,
% 127.47/80.06 (v13(constB16, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11250, 10316, 342, 1, 9924, 1245])).
% 127.47/80.06 tff(11252,plain,
% 127.47/80.06 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB16, bitIndex0) | (~sP957(constB16)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB16, bitIndex0) | (~sP957(constB16)))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11253,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB16, bitIndex0) | (~sP957(constB16)))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11254,plain,
% 127.47/80.06 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB16, bitIndex0) | (~sP957(constB16))),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11253, 11252])).
% 127.47/80.06 tff(11255,plain,
% 127.47/80.06 (~sP957(constB16)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11254, 5875, 10171])).
% 127.47/80.06 tff(11256,plain,
% 127.47/80.06 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB16, bitIndex0)) | sP957(constB16) | (~v924(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB16, bitIndex0)) | sP957(constB16) | (~v924(constB16, bitIndex0)))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11257,plain,
% 127.47/80.06 (((~v924(constB16, bitIndex0)) | sP957(constB16) | (~v13(constB16, bitIndex0))) <=> ((~v13(constB16, bitIndex0)) | sP957(constB16) | (~v924(constB16, bitIndex0)))),
% 127.47/80.06 inference(rewrite,[status(thm)],[])).
% 127.47/80.06 tff(11258,plain,
% 127.47/80.06 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB16, bitIndex0)) | sP957(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB16, bitIndex0)) | sP957(constB16) | (~v924(constB16, bitIndex0))))),
% 127.47/80.06 inference(monotonicity,[status(thm)],[11257])).
% 127.47/80.06 tff(11259,plain,
% 127.47/80.06 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB16, bitIndex0)) | sP957(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB16, bitIndex0)) | sP957(constB16) | (~v924(constB16, bitIndex0)))),
% 127.47/80.06 inference(transitivity,[status(thm)],[11258, 11256])).
% 127.47/80.06 tff(11260,plain,
% 127.47/80.06 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB16, bitIndex0)) | sP957(constB16) | (~v13(constB16, bitIndex0)))),
% 127.47/80.06 inference(quant_inst,[status(thm)],[])).
% 127.47/80.06 tff(11261,plain,
% 127.47/80.06 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB16, bitIndex0)) | sP957(constB16) | (~v924(constB16, bitIndex0))),
% 127.47/80.06 inference(modus_ponens,[status(thm)],[11260, 11259])).
% 127.47/80.06 tff(11262,plain,
% 127.47/80.06 (sP957(constB16) | (~v924(constB16, bitIndex0))),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11261, 7224, 5451])).
% 127.47/80.06 tff(11263,plain,
% 127.47/80.06 (~v924(constB16, bitIndex0)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[11262, 11255])).
% 127.47/80.06 tff(11264,plain,
% 127.47/80.06 (~sP954_aig_name(constB16)),
% 127.47/80.06 inference(unit_resolution,[status(thm)],[9615, 1982, 11263])).
% 127.47/80.06 tff(11265,assumption,(sP958(constB16)), introduced(assumption)).
% 127.47/80.06 tff(11266,assumption,(sP959(constB16)), introduced(assumption)).
% 127.47/80.06 tff(11267,plain,
% 127.47/80.06 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | (~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.54/80.06 inference(rewrite,[status(thm)],[])).
% 127.54/80.06 tff(11268,plain,
% 127.54/80.06 (((~v17(constB16, bitIndex2)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))) <=> ((~v13(constB16, bitIndex1)) | (~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.54/80.06 inference(rewrite,[status(thm)],[])).
% 127.54/80.06 tff(11269,plain,
% 127.54/80.06 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex2)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | (~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16))))),
% 127.54/80.06 inference(monotonicity,[status(thm)],[11268])).
% 127.54/80.06 tff(11270,plain,
% 127.54/80.06 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex2)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.54/80.06 inference(transitivity,[status(thm)],[11269, 11267])).
% 127.54/80.06 tff(11271,plain,
% 127.54/80.06 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex2)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.54/80.06 inference(quant_inst,[status(thm)],[])).
% 127.54/80.06 tff(11272,plain,
% 127.54/80.06 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.54/80.06 inference(modus_ponens,[status(thm)],[11271, 11270])).
% 127.54/80.06 tff(11273,plain,
% 127.54/80.06 ((~v17(constB16, bitIndex2)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.54/80.06 inference(unit_resolution,[status(thm)],[11272, 1205, 10117])).
% 127.54/80.06 tff(11274,plain,
% 127.54/80.06 (~v17(constB16, bitIndex2)),
% 127.54/80.06 inference(unit_resolution,[status(thm)],[11273, 11266, 11265])).
% 127.54/80.06 tff(11275,assumption,(~sP954_aig_name(constB16)), introduced(assumption)).
% 127.54/80.06 tff(11276,plain,
% 127.54/80.06 (v1003(constB16) | v17(constB16, bitIndex2)),
% 127.54/80.06 inference(unit_resolution,[status(thm)],[9611, 1971, 11275])).
% 127.54/80.06 tff(11277,plain,
% 127.54/80.06 (v1003(constB16)),
% 127.54/80.06 inference(unit_resolution,[status(thm)],[11276, 11274])).
% 127.54/80.06 tff(11278,plain,
% 127.54/80.06 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1)))),
% 127.54/80.06 inference(rewrite,[status(thm)],[])).
% 127.54/80.06 tff(11279,plain,
% 127.54/80.06 (((~v17(constB16, bitIndex1)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))) <=> ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1)))),
% 127.54/80.06 inference(rewrite,[status(thm)],[])).
% 127.54/80.06 tff(11280,plain,
% 127.54/80.06 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex1)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1))))),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11279])).
% 127.54/80.07 tff(11281,plain,
% 127.54/80.07 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex1)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1)))),
% 127.54/80.07 inference(transitivity,[status(thm)],[11280, 11278])).
% 127.54/80.07 tff(11282,plain,
% 127.54/80.07 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex1)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11283,plain,
% 127.54/80.07 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1))),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11282, 11281])).
% 127.54/80.07 tff(11284,plain,
% 127.54/80.07 ((~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex1))),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11283, 5118, 10117])).
% 127.54/80.07 tff(11285,plain,
% 127.54/80.07 (~v17(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11284, 11266, 11265])).
% 127.54/80.07 tff(11286,plain,
% 127.54/80.07 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11287,plain,
% 127.54/80.07 (((~v17(constB16, bitIndex0)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))) <=> ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11288,plain,
% 127.54/80.07 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex0)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0))))),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11287])).
% 127.54/80.07 tff(11289,plain,
% 127.54/80.07 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex0)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(transitivity,[status(thm)],[11288, 11286])).
% 127.54/80.07 tff(11290,plain,
% 127.54/80.07 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB16, bitIndex0)) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11291,plain,
% 127.54/80.07 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0))),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11290, 11289])).
% 127.54/80.07 tff(11292,plain,
% 127.54/80.07 ((~sP958(constB16)) | (~sP959(constB16)) | (~v17(constB16, bitIndex0))),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11291, 7256, 10117])).
% 127.54/80.07 tff(11293,plain,
% 127.54/80.07 (~v17(constB16, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11292, 11266, 11265])).
% 127.54/80.07 tff(11294,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11295,plain,
% 127.54/80.07 ((v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | (~v1003(constB16))) <=> ((~v1003(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11296,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | (~v1003(constB16)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | ((~v1003(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11295])).
% 127.54/80.07 tff(11297,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | (~v1003(constB16)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))),
% 127.54/80.07 inference(transitivity,[status(thm)],[11296, 11294])).
% 127.54/80.07 tff(11298,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | (~v1003(constB16)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11299,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (~v1003(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11298, 11297])).
% 127.54/80.07 tff(11300,plain,
% 127.54/80.07 ($false),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11299, 4834, 11293, 11285, 11277])).
% 127.54/80.07 tff(11301,plain,((~sP959(constB16)) | sP954_aig_name(constB16) | (~sP958(constB16)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.54/80.07 tff(11302,plain,
% 127.54/80.07 (~sP959(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11301, 11264, 10175, 10117])).
% 127.54/80.07 tff(11303,plain,
% 127.54/80.07 (v952(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10191, 6151, 11302])).
% 127.54/80.07 tff(11304,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB16, bitIndex1)) | v924(constB16, bitIndex0) | v970(constB16))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB16, bitIndex1)) | v924(constB16, bitIndex0) | v970(constB16))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11305,plain,
% 127.54/80.07 ((v924(constB16, bitIndex0) | (~v952(constB16, bitIndex1)) | v970(constB16)) <=> ((~v952(constB16, bitIndex1)) | v924(constB16, bitIndex0) | v970(constB16))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11306,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB16, bitIndex0) | (~v952(constB16, bitIndex1)) | v970(constB16))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB16, bitIndex1)) | v924(constB16, bitIndex0) | v970(constB16)))),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11305])).
% 127.54/80.07 tff(11307,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB16, bitIndex0) | (~v952(constB16, bitIndex1)) | v970(constB16))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB16, bitIndex1)) | v924(constB16, bitIndex0) | v970(constB16))),
% 127.54/80.07 inference(transitivity,[status(thm)],[11306, 11304])).
% 127.54/80.07 tff(11308,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB16, bitIndex0) | (~v952(constB16, bitIndex1)) | v970(constB16))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11309,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB16, bitIndex1)) | v924(constB16, bitIndex0) | v970(constB16)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11308, 11307])).
% 127.54/80.07 tff(11310,plain,
% 127.54/80.07 ((~v952(constB16, bitIndex1)) | v970(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11309, 6093, 11263])).
% 127.54/80.07 tff(11311,plain,
% 127.54/80.07 (v970(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11310, 11303])).
% 127.54/80.07 tff(11312,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB16) | (~v17(constB16, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB16) | (~v17(constB16, bitIndex1)))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11313,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB16) | (~v17(constB16, bitIndex1)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11314,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB16) | (~v17(constB16, bitIndex1))),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11313, 11312])).
% 127.54/80.07 tff(11315,plain,
% 127.54/80.07 (~v17(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11314, 5133, 11302])).
% 127.54/80.07 tff(11316,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB16) | (~v17(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB16) | (~v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11317,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB16) | (~v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11318,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB16) | (~v17(constB16, bitIndex0))),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11317, 11316])).
% 127.54/80.07 tff(11319,plain,
% 127.54/80.07 (~v17(constB16, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11318, 5971, 11302])).
% 127.54/80.07 tff(11320,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB16) | (~v17(constB16, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB16) | (~v17(constB16, bitIndex2)))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11321,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB16) | (~v17(constB16, bitIndex2)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11322,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB16) | (~v17(constB16, bitIndex2))),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11321, 11320])).
% 127.54/80.07 tff(11323,plain,
% 127.54/80.07 (~v17(constB16, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11322, 1233, 11302])).
% 127.54/80.07 tff(11324,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB16, bitIndex2) | (~v970(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB16, bitIndex2) | (~v970(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11325,plain,
% 127.54/80.07 ((v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | v17(constB16, bitIndex2) | (~v970(constB16))) <=> (v17(constB16, bitIndex2) | (~v970(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11326,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | v17(constB16, bitIndex2) | (~v970(constB16)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB16, bitIndex2) | (~v970(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0)))),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11325])).
% 127.54/80.07 tff(11327,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | v17(constB16, bitIndex2) | (~v970(constB16)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB16, bitIndex2) | (~v970(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0))),
% 127.54/80.07 inference(transitivity,[status(thm)],[11326, 11324])).
% 127.54/80.07 tff(11328,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB16, bitIndex0) | v17(constB16, bitIndex1) | v17(constB16, bitIndex2) | (~v970(constB16)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11329,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB16, bitIndex2) | (~v970(constB16)) | v17(constB16, bitIndex1) | v17(constB16, bitIndex0)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11328, 11327])).
% 127.54/80.07 tff(11330,plain,
% 127.54/80.07 ($false),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11329, 6107, 11323, 11319, 11315, 11311])).
% 127.54/80.07 tff(11331,plain,(v7(constB16, bitIndex0) | (~v13(constB16, bitIndex1)) | (~v13(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.54/80.07 tff(11332,plain,
% 127.54/80.07 (~v13(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11331, 10314, 11251])).
% 127.54/80.07 tff(11333,plain,
% 127.54/80.07 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5532, 320, 5373])).
% 127.54/80.07 tff(11334,plain,
% 127.54/80.07 (~v938(constB16, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11333, 11332])).
% 127.54/80.07 tff(11335,plain,
% 127.54/80.07 (~v940(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5541, 11334])).
% 127.54/80.07 tff(11336,plain,
% 127.54/80.07 (~v956(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5567, 11335])).
% 127.54/80.07 tff(11337,plain,
% 127.54/80.07 (~v7(constB17, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10249, 11336])).
% 127.54/80.07 tff(11338,plain,
% 127.54/80.07 (~v7(constB18, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5759, 11337])).
% 127.54/80.07 tff(11339,plain,
% 127.54/80.07 (~(constB14 = sK952_VarCurr)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5366, 3976, 1245])).
% 127.54/80.07 tff(11340,plain,
% 127.54/80.07 (~sP957(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11254, 5875, 10314])).
% 127.54/80.07 tff(11341,plain,
% 127.54/80.07 (~v7(constB20, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3962, 10073, 1245])).
% 127.54/80.07 tff(11342,plain,
% 127.54/80.07 (~v7(constB19, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3953, 11341])).
% 127.54/80.07 tff(11343,plain,
% 127.54/80.07 (~v1052(constB19)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3925, 11342])).
% 127.54/80.07 tff(11344,plain,
% 127.54/80.07 (~v1050(constB18)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3882, 11343])).
% 127.54/80.07 tff(11345,plain,
% 127.54/80.07 (v11(constB18)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3872, 1480, 11344])).
% 127.54/80.07 tff(11346,assumption,(~(constB12 = sK952_VarCurr)), introduced(assumption)).
% 127.54/80.07 tff(11347,assumption,(~(constB0 = sK952_VarCurr)), introduced(assumption)).
% 127.54/80.07 tff(11348,assumption,(~(constB14 = sK952_VarCurr)), introduced(assumption)).
% 127.54/80.07 tff(11349,assumption,(~(constB2 = sK952_VarCurr)), introduced(assumption)).
% 127.54/80.07 tff(11350,plain,
% 127.54/80.07 (~(constB16 = sK952_VarCurr)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3986, 3984, 11])).
% 127.54/80.07 tff(11351,assumption,(~(constB1 = sK952_VarCurr)), introduced(assumption)).
% 127.54/80.07 tff(11352,plain,
% 127.54/80.07 (~(constB18 = sK952_VarCurr)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9241, 5706, 11])).
% 127.54/80.07 tff(11353,plain,
% 127.54/80.07 (constB20 = sK952_VarCurr),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5347, 11352, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 11351, 5310, 2408, 11350, 11349, 3694, 11348, 4113, 5281, 11347, 11346, 5283])).
% 127.54/80.07 tff(11354,plain,
% 127.54/80.07 (v7(constB20, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11353])).
% 127.54/80.07 tff(11355,plain,
% 127.54/80.07 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB20, bitIndex1)),
% 127.54/80.07 inference(symmetry,[status(thm)],[11354])).
% 127.54/80.07 tff(11356,plain,
% 127.54/80.07 (v7(constB20, bitIndex1)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11, 11355])).
% 127.54/80.07 tff(11357,plain,
% 127.54/80.07 (v7(constB19, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9468, 11356])).
% 127.54/80.07 tff(11358,plain,
% 127.54/80.07 (v956(constB19, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9472, 201, 11357])).
% 127.54/80.07 tff(11359,plain,
% 127.54/80.07 (v940(constB19, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 11358])).
% 127.54/80.07 tff(11360,plain,
% 127.54/80.07 (v938(constB18, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 11359])).
% 127.54/80.07 tff(11361,plain,
% 127.54/80.07 (v13(constB18, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9630, 11360])).
% 127.54/80.07 tff(11362,assumption,(~sP957(constB16)), introduced(assumption)).
% 127.54/80.07 tff(11363,plain,
% 127.54/80.07 (v7(constB20, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11353])).
% 127.54/80.07 tff(11364,plain,
% 127.54/80.07 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB20, bitIndex2)),
% 127.54/80.07 inference(symmetry,[status(thm)],[11363])).
% 127.54/80.07 tff(11365,plain,
% 127.54/80.07 (v7(constB20, bitIndex2)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[2422, 11364])).
% 127.54/80.07 tff(11366,plain,
% 127.54/80.07 (v7(constB19, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9510, 11365])).
% 127.54/80.07 tff(11367,plain,
% 127.54/80.07 (v929(constB19, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9514, 778, 11366])).
% 127.54/80.07 tff(11368,plain,
% 127.54/80.07 (v940(constB19, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 11367])).
% 127.54/80.07 tff(11369,plain,
% 127.54/80.07 (v938(constB18, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9530, 302, 3878, 11368])).
% 127.54/80.07 tff(11370,plain,
% 127.54/80.07 (v13(constB18, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10389, 11369])).
% 127.54/80.07 tff(11371,plain,
% 127.54/80.07 (v7(constB18, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10272, 11370, 11361, 5706])).
% 127.54/80.07 tff(11372,plain,
% 127.54/80.07 (v7(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9562, 11371])).
% 127.54/80.07 tff(11373,plain,
% 127.54/80.07 (v1052(constB17)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9570, 11372])).
% 127.54/80.07 tff(11374,plain,
% 127.54/80.07 (v1050(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9575, 11373])).
% 127.54/80.07 tff(11375,plain,
% 127.54/80.07 (v13(constB16, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9583, 11374])).
% 127.54/80.07 tff(11376,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11377,plain,
% 127.54/80.07 ((v952(constB16, bitIndex1) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0))) <=> (v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16))),
% 127.54/80.07 inference(rewrite,[status(thm)],[])).
% 127.54/80.07 tff(11378,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB16, bitIndex1) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16)))),
% 127.54/80.07 inference(monotonicity,[status(thm)],[11377])).
% 127.54/80.07 tff(11379,plain,
% 127.54/80.07 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB16, bitIndex1) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16))),
% 127.54/80.07 inference(transitivity,[status(thm)],[11378, 11376])).
% 127.54/80.07 tff(11380,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB16, bitIndex1) | v7(constB16, bitIndex1) | sP957(constB16) | (~v13(constB16, bitIndex0)))),
% 127.54/80.07 inference(quant_inst,[status(thm)],[])).
% 127.54/80.07 tff(11381,plain,
% 127.54/80.07 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[11380, 11379])).
% 127.54/80.07 tff(11382,plain,
% 127.54/80.07 (v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11381, 6075, 3984])).
% 127.54/80.07 tff(11383,plain,
% 127.54/80.07 (v952(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11382, 11375, 11362])).
% 127.54/80.07 tff(11384,assumption,(~sP960(constB16)), introduced(assumption)).
% 127.54/80.07 tff(11385,plain,
% 127.54/80.07 ((~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2))),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10186, 6136, 11384])).
% 127.54/80.07 tff(11386,plain,
% 127.54/80.07 (~v13(constB16, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11385, 11383])).
% 127.54/80.07 tff(11387,plain,
% 127.54/80.07 (~v938(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10079, 11386])).
% 127.54/80.07 tff(11388,plain,
% 127.54/80.07 (~v940(constB17, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5581, 11387])).
% 127.54/80.07 tff(11389,plain,
% 127.54/80.07 (~v929(constB17, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5607, 11388])).
% 127.54/80.07 tff(11390,plain,
% 127.54/80.07 (~v7(constB17, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5613, 778, 11389])).
% 127.54/80.07 tff(11391,plain,
% 127.54/80.07 (~v7(constB18, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5636, 11390])).
% 127.54/80.07 tff(11392,plain,
% 127.54/80.07 (sP959(constB18)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5710, 1871, 11391])).
% 127.54/80.07 tff(11393,plain,
% 127.54/80.07 (~sP958(constB18)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10257, 11392, 11361])).
% 127.54/80.07 tff(11394,plain,
% 127.54/80.07 (v7(constB18, bitIndex2) | sP960(constB18)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5724, 1804, 11370])).
% 127.54/80.07 tff(11395,plain,
% 127.54/80.07 (sP960(constB18)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11394, 11391])).
% 127.54/80.07 tff(11396,plain,
% 127.54/80.07 (v28(constB18, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5732, 1819, 11395])).
% 127.54/80.07 tff(11397,plain,
% 127.54/80.07 ($false),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5736, 1912, 11396, 11393])).
% 127.54/80.07 tff(11398,plain,(v7(constB18, bitIndex1) | (~v11(constB16)) | sP960(constB16) | sP957(constB16) | v7(constB16, bitIndex1) | (~v11(constB18)) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB0 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB4 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.07 tff(11399,plain,
% 127.54/80.07 ($false),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11398, 11345, 11340, 5254, 9924, 2644, 2407, 2318, 1516, 4110, 2617, 2728, 10072, 5310, 3693, 11339, 5320, 5330, 2408, 5308, 2409, 11338, 2570, 5139, 5280, 10315, 5373])).
% 127.54/80.07 tff(11400,plain,(v7(constB17, bitIndex2) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v11(constB10) | v11(constB4) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.07 tff(11401,plain,
% 127.54/80.07 (v7(constB17, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11400, 5310, 2407, 2408, 1246, 342, 1, 1245])).
% 127.54/80.07 tff(11402,plain,
% 127.54/80.07 (v929(constB17, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5615, 11401])).
% 127.54/80.07 tff(11403,plain,
% 127.54/80.07 (v940(constB17, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5607, 11402])).
% 127.54/80.07 tff(11404,plain,
% 127.54/80.07 (v938(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5581, 11403])).
% 127.54/80.07 tff(11405,plain,
% 127.54/80.07 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5572, 2226, 5373])).
% 127.54/80.07 tff(11406,plain,
% 127.54/80.07 (v13(constB16, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11405, 11404])).
% 127.54/80.07 tff(11407,plain,
% 127.54/80.07 (~v13(constB16, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10235, 11406, 10058, 9924, 9663, 3979, 3976])).
% 127.54/80.07 tff(11408,plain,
% 127.54/80.07 (v956(constB17, bitIndex0) <=> v956(sK952_VarCurr, bitIndex0)),
% 127.54/80.07 inference(monotonicity,[status(thm)],[5255])).
% 127.54/80.07 tff(11409,plain,
% 127.54/80.07 (v956(sK952_VarCurr, bitIndex0) <=> v956(constB17, bitIndex0)),
% 127.54/80.07 inference(symmetry,[status(thm)],[11408])).
% 127.54/80.07 tff(11410,plain,
% 127.54/80.07 (v956(constB17, bitIndex0)),
% 127.54/80.07 inference(modus_ponens,[status(thm)],[1520, 11409])).
% 127.54/80.07 tff(11411,plain,
% 127.54/80.07 (v940(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5567, 11410])).
% 127.54/80.07 tff(11412,plain,
% 127.54/80.07 (~v7(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5262, 5255, 1245])).
% 127.54/80.07 tff(11413,plain,
% 127.54/80.07 (~v1052(constB17)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3759, 11412])).
% 127.54/80.07 tff(11414,plain,
% 127.54/80.07 (~v1050(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3706, 11413])).
% 127.54/80.07 tff(11415,plain,
% 127.54/80.07 (v11(constB16)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[3698, 1480, 11414])).
% 127.54/80.07 tff(11416,plain,
% 127.54/80.07 (~v938(constB16, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5533, 11415])).
% 127.54/80.07 tff(11417,plain,
% 127.54/80.07 ($false),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5541, 11416, 11411])).
% 127.54/80.07 tff(11418,plain,((~(constB17 = sK952_VarCurr)) | v13(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.07 tff(11419,plain,
% 127.54/80.07 (~(constB17 = sK952_VarCurr)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11418, 11407, 1245])).
% 127.54/80.07 tff(11420,plain,
% 127.54/80.07 (~v938(constB16, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[11333, 11407])).
% 127.54/80.07 tff(11421,plain,
% 127.54/80.07 (~v940(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5541, 11420])).
% 127.54/80.07 tff(11422,plain,
% 127.54/80.07 (~v956(constB17, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5567, 11421])).
% 127.54/80.07 tff(11423,plain,
% 127.54/80.07 (~v7(constB17, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10249, 11422])).
% 127.54/80.07 tff(11424,plain,
% 127.54/80.07 (~v7(constB18, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5759, 11423])).
% 127.54/80.07 tff(11425,plain,
% 127.54/80.07 (~(constB18 = sK952_VarCurr)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[9241, 11424, 1516])).
% 127.54/80.07 tff(11426,plain,
% 127.54/80.07 (constB20 = sK952_VarCurr),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5370, 11425, 5254, 5139, 2570, 2728, 2408, 2644, 4110, 4102, 5310, 2617, 11419, 2407, 1246, 2409, 3693, 1245])).
% 127.54/80.07 tff(11427,plain,
% 127.54/80.07 (v7(constB16, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10279, 11426, 9924, 5373, 3976, 3979, 1245])).
% 127.54/80.07 tff(11428,plain,
% 127.54/80.07 (v7(constB15, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[4072, 11427])).
% 127.54/80.07 tff(11429,plain,
% 127.54/80.07 (v929(constB15, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[5505, 11428])).
% 127.54/80.07 tff(11430,plain,
% 127.54/80.07 (v940(constB15, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[2348, 11429])).
% 127.54/80.07 tff(11431,plain,
% 127.54/80.07 (v938(constB14, bitIndex1)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[2356, 11430])).
% 127.54/80.07 tff(11432,plain,
% 127.54/80.07 (v13(constB14, bitIndex2)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10285, 11431])).
% 127.54/80.07 tff(11433,plain,
% 127.54/80.07 (~v13(constB14, bitIndex0)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10308, 11432, 1246])).
% 127.54/80.07 tff(11434,plain,
% 127.54/80.07 (~v1050(constB14)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10310, 11433])).
% 127.54/80.07 tff(11435,plain,
% 127.54/80.07 (~v1052(constB15)),
% 127.54/80.07 inference(unit_resolution,[status(thm)],[10212, 11434])).
% 127.54/80.07 tff(11436,plain,
% 127.54/80.07 (~v7(constB15, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10207, 11435])).
% 127.54/80.08 tff(11437,plain,
% 127.54/80.08 (~v7(constB16, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10199, 11436])).
% 127.54/80.08 tff(11438,plain,
% 127.54/80.08 (~sP960(constB16)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10179, 5864, 11437])).
% 127.54/80.08 tff(11439,plain,
% 127.54/80.08 (~sP957(constB16)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11254, 5875, 11437])).
% 127.54/80.08 tff(11440,plain,
% 127.54/80.08 (~v7(constB20, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3962, 11426, 1245])).
% 127.54/80.08 tff(11441,plain,
% 127.54/80.08 (~v7(constB19, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3953, 11440])).
% 127.54/80.08 tff(11442,plain,
% 127.54/80.08 (~v1052(constB19)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3925, 11441])).
% 127.54/80.08 tff(11443,plain,
% 127.54/80.08 (~v1050(constB18)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3882, 11442])).
% 127.54/80.08 tff(11444,plain,
% 127.54/80.08 (v11(constB18)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3872, 1480, 11443])).
% 127.54/80.08 tff(11445,plain,
% 127.54/80.08 ($false),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11398, 11444, 11439, 5254, 9924, 2644, 2407, 2318, 1516, 4110, 2617, 2728, 11419, 5310, 3693, 11339, 5320, 5330, 2408, 5308, 2409, 11424, 2570, 5139, 5280, 11438, 5373])).
% 127.54/80.08 tff(11446,plain,((constB19 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v11(constB10) | v7(sK952_VarCurr, bitIndex0) | v11(constB4) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.08 tff(11447,plain,
% 127.54/80.08 (constB19 = sK952_VarCurr),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11446, 1246, 2408, 2407, 1245, 342, 1])).
% 127.54/80.08 tff(11448,plain,
% 127.54/80.08 (v11(constB14)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10115, 5528, 5677, 5705])).
% 127.54/80.08 tff(11449,plain,
% 127.54/80.08 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5572, 2226, 5528])).
% 127.54/80.08 tff(11450,plain,
% 127.54/80.08 (~v938(constB16, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11449, 5569])).
% 127.54/80.08 tff(11451,plain,
% 127.54/80.08 (~v940(constB17, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5581, 11450])).
% 127.54/80.08 tff(11452,plain,
% 127.54/80.08 (~v929(constB17, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5607, 11451])).
% 127.54/80.08 tff(11453,plain,
% 127.54/80.08 (~v7(constB17, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5615, 11452])).
% 127.54/80.08 tff(11454,plain,
% 127.54/80.08 (~v7(constB18, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5636, 11453])).
% 127.54/80.08 tff(11455,plain,
% 127.54/80.08 (v7(constB18, bitIndex2) | sP960(constB18)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5724, 1804, 5677])).
% 127.54/80.08 tff(11456,plain,
% 127.54/80.08 (sP960(constB18)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11455, 11454])).
% 127.54/80.08 tff(11457,plain,
% 127.54/80.08 (v13(constB16, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5765, 5569, 3965, 1245])).
% 127.54/80.08 tff(11458,plain,
% 127.54/80.08 (~v13(constB16, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11331, 11457, 10171])).
% 127.54/80.08 tff(11459,plain,
% 127.54/80.08 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9582, 6040, 5528])).
% 127.54/80.08 tff(11460,plain,
% 127.54/80.08 (~v1050(constB16)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11459, 11458])).
% 127.54/80.08 tff(11461,plain,
% 127.54/80.08 (~v1052(constB17)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9575, 11460])).
% 127.54/80.08 tff(11462,plain,
% 127.54/80.08 (~v7(constB17, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9570, 11461])).
% 127.54/80.08 tff(11463,plain,
% 127.54/80.08 (~v7(constB18, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9562, 11462])).
% 127.54/80.08 tff(11464,plain,
% 127.54/80.08 ($false),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9556, 5864, 11463, 11456])).
% 127.54/80.08 tff(11465,plain,(v13(constB16, bitIndex2) | v7(constB16, bitIndex0) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.08 tff(11466,plain,
% 127.54/80.08 (v13(constB16, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11465, 10171, 3965, 1245])).
% 127.54/80.08 tff(11467,plain,
% 127.54/80.08 (~v13(constB16, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10235, 11466, 10162, 3984, 11448, 2147, 2216])).
% 127.54/80.08 tff(11468,plain,
% 127.54/80.08 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5532, 320, 5528])).
% 127.54/80.08 tff(11469,plain,
% 127.54/80.08 (~v938(constB16, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11468, 11467])).
% 127.54/80.08 tff(11470,plain,
% 127.54/80.08 (~v940(constB17, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5541, 11469])).
% 127.54/80.08 tff(11471,plain,
% 127.54/80.08 (~v956(constB17, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5567, 11470])).
% 127.54/80.08 tff(11472,plain,
% 127.54/80.08 (~v7(constB17, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10249, 11471])).
% 127.54/80.08 tff(11473,plain,
% 127.54/80.08 (~v7(constB18, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5759, 11472])).
% 127.54/80.08 tff(11474,plain,
% 127.54/80.08 ((~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10186, 6136, 10180])).
% 127.54/80.08 tff(11475,plain,
% 127.54/80.08 (~v952(constB16, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11474, 11466])).
% 127.54/80.08 tff(11476,plain,
% 127.54/80.08 (~v13(constB16, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11382, 11475, 11255])).
% 127.54/80.08 tff(11477,plain,
% 127.54/80.08 (~v1050(constB16)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11459, 11476])).
% 127.54/80.08 tff(11478,plain,
% 127.54/80.08 (~v1052(constB17)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9575, 11477])).
% 127.54/80.08 tff(11479,plain,
% 127.54/80.08 (~v7(constB17, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9570, 11478])).
% 127.54/80.08 tff(11480,plain,
% 127.54/80.08 (~v7(constB18, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9562, 11479])).
% 127.54/80.08 tff(11481,plain,
% 127.54/80.08 ($false),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10272, 11480, 11473, 5705, 5677])).
% 127.54/80.08 tff(11482,plain,(v7(constB16, bitIndex0) | v7(constB16, bitIndex1) | (~v62(constB14, bitIndex0)) | v13(constB12, bitIndex1) | v13(constB12, bitIndex2) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.08 tff(11483,plain,
% 127.54/80.08 (v7(constB16, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11482, 11447, 3976, 3979, 10058, 9924, 1245])).
% 127.54/80.08 tff(11484,plain,
% 127.54/80.08 (v7(constB15, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10199, 11483])).
% 127.54/80.08 tff(11485,plain,
% 127.54/80.08 (v1052(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10207, 11484])).
% 127.54/80.08 tff(11486,plain,
% 127.54/80.08 (v1050(constB14)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10212, 11485])).
% 127.54/80.08 tff(11487,plain,
% 127.54/80.08 (v13(constB14, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10310, 11486])).
% 127.54/80.08 tff(11488,plain,
% 127.54/80.08 (~v13(constB14, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10308, 11487, 1246])).
% 127.54/80.08 tff(11489,plain,
% 127.54/80.08 (~v938(constB14, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[10285, 11488])).
% 127.54/80.08 tff(11490,plain,
% 127.54/80.08 (~v940(constB15, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[2356, 11489])).
% 127.54/80.08 tff(11491,plain,
% 127.54/80.08 (~v929(constB15, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[2348, 11490])).
% 127.54/80.08 tff(11492,plain,
% 127.54/80.08 (~v7(constB15, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5505, 11491])).
% 127.54/80.08 tff(11493,plain,
% 127.54/80.08 (~v7(constB16, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[4072, 11492])).
% 127.54/80.08 tff(11494,plain,
% 127.54/80.08 (~v1052(constB19)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3925, 3969])).
% 127.54/80.08 tff(11495,plain,
% 127.54/80.08 (~v1050(constB18)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3882, 11494])).
% 127.54/80.08 tff(11496,plain,
% 127.54/80.08 (v11(constB18)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3872, 1480, 11495])).
% 127.54/80.08 tff(11497,plain,
% 127.54/80.08 (v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5675, 2226, 11496])).
% 127.54/80.08 tff(11498,plain,
% 127.54/80.08 (v13(constB18, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11497, 5671])).
% 127.54/80.08 tff(11499,plain,
% 127.54/80.08 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5703, 320, 11496])).
% 127.54/80.08 tff(11500,plain,
% 127.54/80.08 (v13(constB18, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11499, 5700])).
% 127.54/80.08 tff(11501,plain,
% 127.54/80.08 (~v13(constB18, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3874, 11495])).
% 127.54/80.08 tff(11502,plain,
% 127.54/80.08 (v11(constB16)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[3858, 11501])).
% 127.54/80.08 tff(11503,plain,
% 127.54/80.08 (v7(constB18, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[9617, 11502, 3984, 9534, 11498, 11500])).
% 127.54/80.08 tff(11504,plain,
% 127.54/80.08 (v7(constB17, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5636, 11503])).
% 127.54/80.08 tff(11505,plain,
% 127.54/80.08 (v929(constB17, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5615, 11504])).
% 127.54/80.08 tff(11506,plain,
% 127.54/80.08 (v940(constB17, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5607, 11505])).
% 127.54/80.08 tff(11507,plain,
% 127.54/80.08 (v938(constB16, bitIndex1)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5581, 11506])).
% 127.54/80.08 tff(11508,plain,
% 127.54/80.08 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5572, 2226, 11502])).
% 127.54/80.08 tff(11509,plain,
% 127.54/80.08 (v13(constB16, bitIndex2)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11508, 11507])).
% 127.54/80.08 tff(11510,plain,
% 127.54/80.08 (v11(constB14)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[5494, 11509])).
% 127.54/80.08 tff(11511,assumption,(v67(constB14, bitIndex0)), introduced(assumption)).
% 127.54/80.08 tff(11512,plain,
% 127.54/80.08 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB14)) | v615(constB14) | (~v67(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB14)) | v615(constB14) | (~v67(constB14, bitIndex0)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11513,plain,
% 127.54/80.08 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB14)) | v615(constB14) | (~v67(constB14, bitIndex0)))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11514,plain,
% 127.54/80.08 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB14)) | v615(constB14) | (~v67(constB14, bitIndex0))),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11513, 11512])).
% 127.54/80.08 tff(11515,plain,
% 127.54/80.08 ((~v11(constB14)) | v615(constB14)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11514, 6936, 11511])).
% 127.54/80.08 tff(11516,plain,
% 127.54/80.08 (v615(constB14)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11515, 11510])).
% 127.54/80.08 tff(11517,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB14, constB15)) | (~v615(constB14)) | v617(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB14, constB15)) | (~v615(constB14)) | v617(constB15))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11518,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB14, constB15)) | (~v615(constB14)) | v617(constB15))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11519,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB14, constB15)) | (~v615(constB14)) | v617(constB15)),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11518, 11517])).
% 127.54/80.08 tff(11520,plain,
% 127.54/80.08 ((~v615(constB14)) | v617(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11519, 6779, 1375])).
% 127.54/80.08 tff(11521,plain,
% 127.54/80.08 (v617(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11520, 11516])).
% 127.54/80.08 tff(11522,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB14) | (~nextState(constB14, constB15)) | (~v572(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v572(constB15)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11523,plain,
% 127.54/80.08 (((~nextState(constB14, constB15)) | v1(constB14) | (~v572(constB15))) <=> (v1(constB14) | (~nextState(constB14, constB15)) | (~v572(constB15)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11524,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB14, constB15)) | v1(constB14) | (~v572(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB14) | (~nextState(constB14, constB15)) | (~v572(constB15))))),
% 127.54/80.08 inference(monotonicity,[status(thm)],[11523])).
% 127.54/80.08 tff(11525,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB14, constB15)) | v1(constB14) | (~v572(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v572(constB15)))),
% 127.54/80.08 inference(transitivity,[status(thm)],[11524, 11522])).
% 127.54/80.08 tff(11526,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB14, constB15)) | v1(constB14) | (~v572(constB15)))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11527,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB14) | (~nextState(constB14, constB15)) | (~v572(constB15))),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11526, 11525])).
% 127.54/80.08 tff(11528,plain,
% 127.54/80.08 (~v572(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11527, 6794, 1375, 1372])).
% 127.54/80.08 tff(11529,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB14, constB15)) | v572(constB15) | v612(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB14, constB15)) | v572(constB15) | v612(constB15))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11530,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB14, constB15)) | v572(constB15) | v612(constB15))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11531,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB14, constB15)) | v572(constB15) | v612(constB15)),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11530, 11529])).
% 127.54/80.08 tff(11532,plain,
% 127.54/80.08 (v572(constB15) | v612(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11531, 6811, 1375])).
% 127.54/80.08 tff(11533,plain,
% 127.54/80.08 (v612(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11532, 11528])).
% 127.54/80.08 tff(11534,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v610(constB15) | (~v612(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v610(constB15) | (~v612(constB15)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11535,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v610(constB15) | (~v612(constB15)))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11536,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v610(constB15) | (~v612(constB15))),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11535, 11534])).
% 127.54/80.08 tff(11537,plain,
% 127.54/80.08 (v610(constB15) | (~v612(constB15))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11536, 6826, 1375, 1407])).
% 127.54/80.08 tff(11538,plain,
% 127.54/80.08 (v610(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11537, 11533])).
% 127.54/80.08 tff(11539,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB14, constB15)) | v609(constB15) | (~v610(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB14, constB15)) | v609(constB15) | (~v610(constB15)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11540,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB14, constB15)) | v609(constB15) | (~v610(constB15)))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11541,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB14, constB15)) | v609(constB15) | (~v610(constB15))),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11540, 11539])).
% 127.54/80.08 tff(11542,plain,
% 127.54/80.08 (v609(constB15) | (~v610(constB15))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11541, 6841, 1375])).
% 127.54/80.08 tff(11543,plain,
% 127.54/80.08 (v609(constB15)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11542, 11538])).
% 127.54/80.08 tff(11544,plain,
% 127.54/80.08 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB15, bitIndex0) | (~v617(constB15)) | (~v609(constB15)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB15, bitIndex0) | (~v617(constB15)) | (~v609(constB15)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11545,plain,
% 127.54/80.08 ((v62(constB15, bitIndex0) | (~v609(constB15)) | (~v617(constB15))) <=> (v62(constB15, bitIndex0) | (~v617(constB15)) | (~v609(constB15)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11546,plain,
% 127.54/80.08 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB15, bitIndex0) | (~v609(constB15)) | (~v617(constB15)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB15, bitIndex0) | (~v617(constB15)) | (~v609(constB15))))),
% 127.54/80.08 inference(monotonicity,[status(thm)],[11545])).
% 127.54/80.08 tff(11547,plain,
% 127.54/80.08 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB15, bitIndex0) | (~v609(constB15)) | (~v617(constB15)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB15, bitIndex0) | (~v617(constB15)) | (~v609(constB15)))),
% 127.54/80.08 inference(transitivity,[status(thm)],[11546, 11544])).
% 127.54/80.08 tff(11548,plain,
% 127.54/80.08 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB15, bitIndex0) | (~v609(constB15)) | (~v617(constB15)))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11549,plain,
% 127.54/80.08 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB15, bitIndex0) | (~v617(constB15)) | (~v609(constB15))),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11548, 11547])).
% 127.54/80.08 tff(11550,plain,
% 127.54/80.08 (v62(constB15, bitIndex0) | (~v617(constB15))),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11549, 6856, 11543])).
% 127.54/80.08 tff(11551,plain,
% 127.54/80.08 (v62(constB15, bitIndex0)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11550, 11521])).
% 127.54/80.08 tff(11552,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v610(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v610(constB16)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.08 tff(11553,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v610(constB16)))),
% 127.54/80.08 inference(quant_inst,[status(thm)],[])).
% 127.54/80.08 tff(11554,plain,
% 127.54/80.08 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v610(constB16))),
% 127.54/80.08 inference(modus_ponens,[status(thm)],[11553, 11552])).
% 127.54/80.08 tff(11555,plain,
% 127.54/80.08 (~v610(constB16)),
% 127.54/80.08 inference(unit_resolution,[status(thm)],[11554, 6874, 3710, 3717])).
% 127.54/80.08 tff(11556,plain,
% 127.54/80.08 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB15, constB16)) | v610(constB16) | (~v609(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB15, constB16)) | v610(constB16) | (~v609(constB16)))),
% 127.54/80.08 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11557,plain,
% 127.54/80.09 (((~nextState(constB15, constB16)) | (~v609(constB16)) | v610(constB16)) <=> ((~nextState(constB15, constB16)) | v610(constB16) | (~v609(constB16)))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11558,plain,
% 127.54/80.09 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB15, constB16)) | (~v609(constB16)) | v610(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB15, constB16)) | v610(constB16) | (~v609(constB16))))),
% 127.54/80.09 inference(monotonicity,[status(thm)],[11557])).
% 127.54/80.09 tff(11559,plain,
% 127.54/80.09 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB15, constB16)) | (~v609(constB16)) | v610(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB15, constB16)) | v610(constB16) | (~v609(constB16)))),
% 127.54/80.09 inference(transitivity,[status(thm)],[11558, 11556])).
% 127.54/80.09 tff(11560,plain,
% 127.54/80.09 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB15, constB16)) | (~v609(constB16)) | v610(constB16))),
% 127.54/80.09 inference(quant_inst,[status(thm)],[])).
% 127.54/80.09 tff(11561,plain,
% 127.54/80.09 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB15, constB16)) | v610(constB16) | (~v609(constB16))),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11560, 11559])).
% 127.54/80.09 tff(11562,plain,
% 127.54/80.09 (v610(constB16) | (~v609(constB16))),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11561, 6888, 3710])).
% 127.54/80.09 tff(11563,plain,
% 127.54/80.09 (~v609(constB16)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11562, 11555])).
% 127.54/80.09 tff(11564,plain,
% 127.54/80.09 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v609(constB16) | v62(constB16, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v609(constB16) | v62(constB16, bitIndex0))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11565,plain,
% 127.54/80.09 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v609(constB16) | v62(constB16, bitIndex0))),
% 127.54/80.09 inference(quant_inst,[status(thm)],[])).
% 127.54/80.09 tff(11566,plain,
% 127.54/80.09 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB15, bitIndex0)) | (~nextState(constB15, constB16)) | v609(constB16) | v62(constB16, bitIndex0)),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11565, 11564])).
% 127.54/80.09 tff(11567,plain,
% 127.54/80.09 ((~v62(constB15, bitIndex0)) | v609(constB16) | v62(constB16, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11566, 6906, 3710])).
% 127.54/80.09 tff(11568,plain,
% 127.54/80.09 ((~v62(constB15, bitIndex0)) | v62(constB16, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11567, 11563])).
% 127.54/80.09 tff(11569,plain,
% 127.54/80.09 (v62(constB16, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11568, 11551])).
% 127.54/80.09 tff(11570,plain,
% 127.54/80.09 (~v13(constB16, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[10097, 11569, 9534, 11509, 3984])).
% 127.54/80.09 tff(11571,plain,
% 127.54/80.09 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[9582, 6040, 11502])).
% 127.54/80.09 tff(11572,plain,
% 127.54/80.09 (~v1050(constB16)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11571, 11570])).
% 127.54/80.09 tff(11573,plain,
% 127.54/80.09 (~v1052(constB17)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[9575, 11572])).
% 127.54/80.09 tff(11574,plain,
% 127.54/80.09 (~v7(constB17, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[9570, 11573])).
% 127.54/80.09 tff(11575,plain,
% 127.54/80.09 (~v7(constB18, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[9562, 11574])).
% 127.54/80.09 tff(11576,plain,
% 127.54/80.09 (v7(constB18, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[10272, 11575, 11500, 11498])).
% 127.54/80.09 tff(11577,plain,
% 127.54/80.09 (v7(constB17, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[5759, 11576])).
% 127.54/80.09 tff(11578,plain,
% 127.54/80.09 (v956(constB17, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[5763, 201, 11577])).
% 127.54/80.09 tff(11579,plain,
% 127.54/80.09 (v940(constB17, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[5567, 11578])).
% 127.54/80.09 tff(11580,plain,
% 127.54/80.09 (v938(constB16, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[5541, 11579])).
% 127.54/80.09 tff(11581,plain,
% 127.54/80.09 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[5532, 320, 11502])).
% 127.54/80.09 tff(11582,plain,
% 127.54/80.09 (v13(constB16, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11581, 11580])).
% 127.54/80.09 tff(11583,plain,
% 127.54/80.09 (~sP958(constB16)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[9543, 11582, 9535])).
% 127.54/80.09 tff(11584,plain,
% 127.54/80.09 (sP960(constB16) | (~v13(constB16, bitIndex2))),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[5483, 1804, 9534])).
% 127.54/80.09 tff(11585,plain,
% 127.54/80.09 (sP960(constB16)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11584, 11509])).
% 127.54/80.09 tff(11586,plain,
% 127.54/80.09 (v28(constB16, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[10085, 1819, 11585])).
% 127.54/80.09 tff(11587,plain,
% 127.54/80.09 ($false),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[9547, 1912, 11586, 11583])).
% 127.54/80.09 tff(11588,plain,((~(constB19 = sK952_VarCurr)) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v67(constB14, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.54/80.09 tff(11589,plain,
% 127.54/80.09 (~v67(constB14, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11588, 11493, 9924, 11447, 1245])).
% 127.54/80.09 tff(11590,plain,
% 127.54/80.09 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB14) | (~v62(constB14, bitIndex0)) | v67(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB14) | (~v62(constB14, bitIndex0)) | v67(constB14, bitIndex0))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11591,plain,
% 127.54/80.09 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB14) | (~v62(constB14, bitIndex0)) | v67(constB14, bitIndex0))),
% 127.54/80.09 inference(quant_inst,[status(thm)],[])).
% 127.54/80.09 tff(11592,plain,
% 127.54/80.09 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB14) | (~v62(constB14, bitIndex0)) | v67(constB14, bitIndex0)),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11591, 11590])).
% 127.54/80.09 tff(11593,plain,
% 127.54/80.09 (v73(constB14) | v67(constB14, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11592, 6922, 10058])).
% 127.54/80.09 tff(11594,plain,
% 127.54/80.09 (v73(constB14)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11593, 11589])).
% 127.54/80.09 tff(11595,assumption,(~v13(constB14, bitIndex2)), introduced(assumption)).
% 127.54/80.09 tff(11596,plain,
% 127.54/80.09 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[2361, 2226, 11448])).
% 127.54/80.09 tff(11597,plain,
% 127.54/80.09 (~v938(constB14, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11596, 11595])).
% 127.54/80.09 tff(11598,plain,
% 127.54/80.09 (~v940(constB15, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[2356, 11597])).
% 127.54/80.09 tff(11599,plain,
% 127.54/80.09 (~v929(constB15, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[2348, 11598])).
% 127.54/80.09 tff(11600,assumption,(~v32(constB14)), introduced(assumption)).
% 127.54/80.09 tff(11601,assumption,(v73(constB14)), introduced(assumption)).
% 127.54/80.09 tff(11602,plain,
% 127.54/80.09 (^[VarCurr: $i] : refl(((~v73(VarCurr)) | v28(VarCurr, bitIndex1)) <=> ((~v73(VarCurr)) | v28(VarCurr, bitIndex1)))),
% 127.54/80.09 inference(bind,[status(th)],[])).
% 127.54/80.09 tff(11603,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))),
% 127.54/80.09 inference(quant_intro,[status(thm)],[11602])).
% 127.54/80.09 tff(11604,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1)) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11605,axiom,(![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21077')).
% 127.54/80.09 tff(11606,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11605, 11604])).
% 127.54/80.09 tff(11607,plain,(
% 127.54/80.09 ![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))),
% 127.54/80.09 inference(skolemize,[status(sab)],[11606])).
% 127.54/80.09 tff(11608,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11607, 11603])).
% 127.54/80.09 tff(11609,plain,
% 127.54/80.09 (((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB14)) | v28(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB14)) | v28(constB14, bitIndex1))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11610,plain,
% 127.54/80.09 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB14)) | v28(constB14, bitIndex1))),
% 127.54/80.09 inference(quant_inst,[status(thm)],[])).
% 127.54/80.09 tff(11611,plain,
% 127.54/80.09 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB14)) | v28(constB14, bitIndex1)),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11610, 11609])).
% 127.54/80.09 tff(11612,plain,
% 127.54/80.09 (v28(constB14, bitIndex1)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11611, 11608, 11601])).
% 127.54/80.09 tff(11613,plain,
% 127.54/80.09 (^[VarCurr: $i] : refl(((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0))) <=> ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0))))),
% 127.54/80.09 inference(bind,[status(th)],[])).
% 127.54/80.09 tff(11614,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.54/80.09 inference(quant_intro,[status(thm)],[11613])).
% 127.54/80.09 tff(11615,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0))) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11616,axiom,(![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21076')).
% 127.54/80.09 tff(11617,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11616, 11615])).
% 127.54/80.09 tff(11618,plain,(
% 127.54/80.09 ![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.54/80.09 inference(skolemize,[status(sab)],[11617])).
% 127.54/80.09 tff(11619,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11618, 11614])).
% 127.54/80.09 tff(11620,plain,
% 127.54/80.09 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB14)) | (~v28(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB14)) | (~v28(constB14, bitIndex0)))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11621,plain,
% 127.54/80.09 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB14)) | (~v28(constB14, bitIndex0)))),
% 127.54/80.09 inference(quant_inst,[status(thm)],[])).
% 127.54/80.09 tff(11622,plain,
% 127.54/80.09 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB14)) | (~v28(constB14, bitIndex0))),
% 127.54/80.09 inference(modus_ponens,[status(thm)],[11621, 11620])).
% 127.54/80.09 tff(11623,plain,
% 127.54/80.09 (~v28(constB14, bitIndex0)),
% 127.54/80.09 inference(unit_resolution,[status(thm)],[11622, 11619, 11601])).
% 127.54/80.09 tff(11624,plain,
% 127.54/80.09 (^[VarCurr: $i] : refl(((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2)) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2)))),
% 127.54/80.09 inference(bind,[status(th)],[])).
% 127.54/80.09 tff(11625,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.09 inference(quant_intro,[status(thm)],[11624])).
% 127.54/80.09 tff(11626,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.09 inference(rewrite,[status(thm)],[])).
% 127.54/80.09 tff(11627,plain,
% 127.54/80.09 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(trans(monotonicity(rewrite((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) <=> ((~v62(VarCurr, bitIndex0)) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)))), (((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) <=> (((~v62(VarCurr, bitIndex0)) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)))), rewrite((((~v62(VarCurr, bitIndex0)) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) <=> ((~v62(VarCurr, bitIndex0)) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)))), (((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) <=> ((~v62(VarCurr, bitIndex0)) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))))), ((((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) <=> (((~v62(VarCurr, bitIndex0)) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v32(VarCurr)))), rewrite((((~v62(VarCurr, bitIndex0)) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v32(VarCurr)) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)))), ((((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))))), (((((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) | v13(VarCurr, bitIndex2)) <=> (((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex2)))), rewrite((((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0))) | v13(VarCurr, bitIndex2)) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))), (((((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) | v13(VarCurr, bitIndex2)) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))))),
% 127.54/80.09 inference(bind,[status(th)],[])).
% 127.54/80.09 tff(11628,plain,
% 127.54/80.09 (![VarCurr: $i] : ((((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) | v13(VarCurr, bitIndex2)) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.09 inference(quant_intro,[status(thm)],[11627])).
% 127.54/80.09 tff(11629,axiom,(![VarCurr: $i] : ((((((~v62(VarCurr, bitIndex0)) | (~v7(VarCurr, bitIndex0))) | (~v28(VarCurr, bitIndex1))) | v28(VarCurr, bitIndex0)) | v32(VarCurr)) | v13(VarCurr, bitIndex2))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16752')).
% 127.54/80.09 tff(11630,plain,
% 127.54/80.09 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.10 inference(modus_ponens,[status(thm)],[11629, 11628])).
% 127.54/80.10 tff(11631,plain,
% 127.54/80.10 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.10 inference(modus_ponens,[status(thm)],[11630, 11626])).
% 127.54/80.10 tff(11632,plain,(
% 127.54/80.10 ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.10 inference(skolemize,[status(sab)],[11631])).
% 127.54/80.10 tff(11633,plain,
% 127.54/80.10 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))),
% 127.54/80.10 inference(modus_ponens,[status(thm)],[11632, 11625])).
% 127.54/80.10 tff(11634,plain,
% 127.54/80.10 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB14, bitIndex0)) | v32(constB14) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex0)) | v32(constB14) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)))),
% 127.54/80.10 inference(rewrite,[status(thm)],[])).
% 127.54/80.10 tff(11635,plain,
% 127.54/80.10 (((~v62(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex2)) <=> ((~v7(constB14, bitIndex0)) | v32(constB14) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)))),
% 127.54/80.10 inference(rewrite,[status(thm)],[])).
% 127.54/80.10 tff(11636,plain,
% 127.54/80.10 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB14, bitIndex0)) | v32(constB14) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1))))),
% 127.54/80.10 inference(monotonicity,[status(thm)],[11635])).
% 127.54/80.10 tff(11637,plain,
% 127.54/80.10 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex0)) | v32(constB14) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)))),
% 127.54/80.10 inference(transitivity,[status(thm)],[11636, 11634])).
% 127.54/80.10 tff(11638,plain,
% 127.54/80.10 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex2))),
% 127.54/80.10 inference(quant_inst,[status(thm)],[])).
% 127.54/80.10 tff(11639,plain,
% 127.54/80.10 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex0)) | v32(constB14) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1))),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11638, 11637])).
% 127.57/80.10 tff(11640,plain,
% 127.57/80.10 ((~v7(constB14, bitIndex0)) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v28(constB14, bitIndex0) | (~v28(constB14, bitIndex1))),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11639, 11633, 11600])).
% 127.57/80.10 tff(11641,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11640, 11623, 11612, 10162, 10422, 11595])).
% 127.57/80.10 tff(11642,plain,((~v73(constB14)) | (~v62(constB14, bitIndex0)) | (~v7(constB14, bitIndex0)) | v13(constB14, bitIndex2) | v32(constB14)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11643,plain,
% 127.57/80.10 (~v73(constB14)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11642, 11595, 11600, 10422, 10162])).
% 127.57/80.10 tff(11644,plain,
% 127.57/80.10 (v73(constB14) | v67(constB14, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11592, 6922, 10162])).
% 127.57/80.10 tff(11645,plain,
% 127.57/80.10 (v67(constB14, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11644, 11643])).
% 127.57/80.10 tff(11646,plain,
% 127.57/80.10 (v7(constB16, bitIndex2)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11588, 11645, 3965, 3984, 1245])).
% 127.57/80.10 tff(11647,plain,
% 127.57/80.10 (v7(constB15, bitIndex2)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[4072, 11646])).
% 127.57/80.10 tff(11648,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[5505, 11647, 11599])).
% 127.57/80.10 tff(11649,plain,(v13(constB14, bitIndex2) | (~(constB19 = sK952_VarCurr)) | v7(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (~v62(constB14, bitIndex0)) | v32(constB14) | (~v7(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11650,plain,
% 127.57/80.10 (v32(constB14)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11649, 11488, 10058, 1245, 9924, 11447, 10613])).
% 127.57/80.10 tff(11651,plain,
% 127.57/80.10 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB14)) | (~v73(constB14)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB14)) | (~v73(constB14)))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11652,plain,
% 127.57/80.10 (((~v73(constB14)) | (~v32(constB14))) <=> ((~v32(constB14)) | (~v73(constB14)))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11653,plain,
% 127.57/80.10 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB14)) | (~v32(constB14)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB14)) | (~v73(constB14))))),
% 127.57/80.10 inference(monotonicity,[status(thm)],[11652])).
% 127.57/80.10 tff(11654,plain,
% 127.57/80.10 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB14)) | (~v32(constB14)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB14)) | (~v73(constB14)))),
% 127.57/80.10 inference(transitivity,[status(thm)],[11653, 11651])).
% 127.57/80.10 tff(11655,plain,
% 127.57/80.10 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB14)) | (~v32(constB14)))),
% 127.57/80.10 inference(quant_inst,[status(thm)],[])).
% 127.57/80.10 tff(11656,plain,
% 127.57/80.10 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB14)) | (~v73(constB14))),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11655, 11654])).
% 127.57/80.10 tff(11657,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11656, 6748, 11650, 11594])).
% 127.57/80.10 tff(11658,plain,(v11(constB10) | v7(sK952_VarCurr, bitIndex0) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v11(constB4) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11659,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11658, 2406, 2383, 1, 1246, 342, 1245])).
% 127.57/80.10 tff(11660,plain,(v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v11(constB10) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11661,plain,
% 127.57/80.10 (v11(constB10)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11660, 1245, 1244, 342])).
% 127.57/80.10 tff(11662,plain,
% 127.57/80.10 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB16)) | (~v73(constB16)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB16)) | (~v73(constB16)))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11663,plain,
% 127.57/80.10 (((~v73(constB16)) | (~v32(constB16))) <=> ((~v32(constB16)) | (~v73(constB16)))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11664,plain,
% 127.57/80.10 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB16)) | (~v32(constB16)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB16)) | (~v73(constB16))))),
% 127.57/80.10 inference(monotonicity,[status(thm)],[11663])).
% 127.57/80.10 tff(11665,plain,
% 127.57/80.10 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB16)) | (~v32(constB16)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB16)) | (~v73(constB16)))),
% 127.57/80.10 inference(transitivity,[status(thm)],[11664, 11662])).
% 127.57/80.10 tff(11666,plain,
% 127.57/80.10 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB16)) | (~v32(constB16)))),
% 127.57/80.10 inference(quant_inst,[status(thm)],[])).
% 127.57/80.10 tff(11667,plain,
% 127.57/80.10 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB16)) | (~v73(constB16))),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11666, 11665])).
% 127.57/80.10 tff(11668,plain,
% 127.57/80.10 (~v73(constB16)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11667, 6748, 5475])).
% 127.57/80.10 tff(11669,plain,
% 127.57/80.10 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB14) | v615(constB14))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB14) | v615(constB14))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11670,plain,
% 127.57/80.10 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB14) | v615(constB14))),
% 127.57/80.10 inference(quant_inst,[status(thm)],[])).
% 127.57/80.10 tff(11671,plain,
% 127.57/80.10 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB14) | v615(constB14)),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11670, 11669])).
% 127.57/80.10 tff(11672,plain,
% 127.57/80.10 (v615(constB14)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11671, 6765, 5374])).
% 127.57/80.10 tff(11673,plain,
% 127.57/80.10 (v617(constB15)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11520, 11672])).
% 127.57/80.10 tff(11674,plain,
% 127.57/80.10 (v62(constB15, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11550, 11673])).
% 127.57/80.10 tff(11675,plain,
% 127.57/80.10 (v62(constB16, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11568, 11674])).
% 127.57/80.10 tff(11676,plain,
% 127.57/80.10 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB16) | (~v62(constB16, bitIndex0)) | v67(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB16) | (~v62(constB16, bitIndex0)) | v67(constB16, bitIndex0))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11677,plain,
% 127.57/80.10 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB16) | (~v62(constB16, bitIndex0)) | v67(constB16, bitIndex0))),
% 127.57/80.10 inference(quant_inst,[status(thm)],[])).
% 127.57/80.10 tff(11678,plain,
% 127.57/80.10 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB16) | (~v62(constB16, bitIndex0)) | v67(constB16, bitIndex0)),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11677, 11676])).
% 127.57/80.10 tff(11679,plain,
% 127.57/80.10 (v67(constB16, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11678, 6922, 11675, 11668])).
% 127.57/80.10 tff(11680,assumption,(v938(constB14, bitIndex0)), introduced(assumption)).
% 127.57/80.10 tff(11681,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9625, 335, 5374, 11680])).
% 127.57/80.10 tff(11682,plain,((~v938(constB14, bitIndex0)) | v11(constB14)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11683,plain,
% 127.57/80.10 (~v938(constB14, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11682, 5374])).
% 127.57/80.10 tff(11684,plain,
% 127.57/80.10 (~v940(constB15, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9659, 11683])).
% 127.57/80.10 tff(11685,plain,
% 127.57/80.10 (~v956(constB15, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9654, 11684])).
% 127.57/80.10 tff(11686,plain,
% 127.57/80.10 (~v7(constB15, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9649, 11685])).
% 127.57/80.10 tff(11687,plain,
% 127.57/80.10 (~v7(constB16, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[4007, 11686])).
% 127.57/80.10 tff(11688,plain,
% 127.57/80.10 (~v28(constB16, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9551, 1901, 10118])).
% 127.57/80.10 tff(11689,plain,
% 127.57/80.10 (~v28(constB16, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9547, 1912, 10118])).
% 127.57/80.10 tff(11690,plain,
% 127.57/80.10 (~v32(constB16)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[5514, 1923, 10118])).
% 127.57/80.10 tff(11691,plain,
% 127.57/80.10 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9598, 1938, 10082])).
% 127.57/80.10 tff(11692,plain,
% 127.57/80.10 (~v924(constB16, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11691, 11690, 11689, 11688])).
% 127.57/80.10 tff(11693,plain,
% 127.57/80.10 (~v1003(constB16)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9603, 1953, 10118])).
% 127.57/80.10 tff(11694,plain,
% 127.57/80.10 (~v17(constB16, bitIndex2)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9607, 1220, 10118])).
% 127.57/80.10 tff(11695,plain,
% 127.57/80.10 (sP954_aig_name(constB16)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9611, 1971, 11694, 11693])).
% 127.57/80.10 tff(11696,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9615, 1982, 11695, 11692])).
% 127.57/80.10 tff(11697,plain,(v7(constB16, bitIndex2) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11698,plain,
% 127.57/80.10 (~v13(constB16, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11697, 11687, 5449, 5507])).
% 127.57/80.10 tff(11699,plain,
% 127.57/80.10 (v7(sK952_VarCurr, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11660, 1246, 1244, 342])).
% 127.57/80.10 tff(11700,assumption,(v7(sK952_VarCurr, bitIndex0)), introduced(assumption)).
% 127.57/80.10 tff(11701,plain,
% 127.57/80.10 (v7(constB13, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.10 inference(monotonicity,[status(thm)],[2398])).
% 127.57/80.10 tff(11702,plain,
% 127.57/80.10 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB13, bitIndex1)),
% 127.57/80.10 inference(symmetry,[status(thm)],[11701])).
% 127.57/80.10 tff(11703,plain,
% 127.57/80.10 (v7(constB13, bitIndex1)),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11, 11702])).
% 127.57/80.10 tff(11704,assumption,(~v7(constB13, bitIndex1)), introduced(assumption)).
% 127.57/80.10 tff(11705,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11704, 11703])).
% 127.57/80.10 tff(11706,plain,((~(constB13 = sK952_VarCurr)) | v7(constB13, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11707,plain,
% 127.57/80.10 (v7(constB13, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11706, 2398, 11])).
% 127.57/80.10 tff(11708,plain,
% 127.57/80.10 (v956(constB13, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2193, 11707])).
% 127.57/80.10 tff(11709,plain,
% 127.57/80.10 (v940(constB13, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2185, 11708])).
% 127.57/80.10 tff(11710,plain,
% 127.57/80.10 (~(constB10 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[14, 1, 11])).
% 127.57/80.10 tff(11711,plain,
% 127.57/80.10 (v11(constB6)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2531, 2526])).
% 127.57/80.10 tff(11712,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[8961, 11711, 2526])).
% 127.57/80.10 tff(11713,plain,((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11714,plain,
% 127.57/80.10 (~v938(constB6, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11713, 8955])).
% 127.57/80.10 tff(11715,plain,
% 127.57/80.10 (~v940(constB7, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2524, 11714])).
% 127.57/80.10 tff(11716,plain,
% 127.57/80.10 (~v956(constB7, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2516, 11715])).
% 127.57/80.10 tff(11717,plain,
% 127.57/80.10 (~v7(constB7, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2490, 11716])).
% 127.57/80.10 tff(11718,plain,
% 127.57/80.10 (~v7(constB8, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2482, 11717])).
% 127.57/80.10 tff(11719,plain,
% 127.57/80.10 (~(constB8 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2461, 11, 11718])).
% 127.57/80.10 tff(11720,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[7170, 6202])).
% 127.57/80.10 tff(11721,plain,((~(constB6 = sK952_VarCurr)) | v7(constB6, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11722,plain,
% 127.57/80.10 (~(constB6 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11721, 11, 905])).
% 127.57/80.10 tff(11723,plain,
% 127.57/80.10 (v7(constB5, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.10 inference(monotonicity,[status(thm)],[2609])).
% 127.57/80.10 tff(11724,plain,
% 127.57/80.10 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB5, bitIndex1)),
% 127.57/80.10 inference(symmetry,[status(thm)],[11723])).
% 127.57/80.10 tff(11725,plain,
% 127.57/80.10 (v7(constB5, bitIndex1)),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11, 11724])).
% 127.57/80.10 tff(11726,assumption,(~v7(constB5, bitIndex1)), introduced(assumption)).
% 127.57/80.10 tff(11727,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11726, 11725])).
% 127.57/80.10 tff(11728,plain,((~(constB5 = sK952_VarCurr)) | v7(constB5, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11729,plain,
% 127.57/80.10 (~(constB5 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11728, 11, 884])).
% 127.57/80.10 tff(11730,plain,
% 127.57/80.10 (v7(constB7, bitIndex1)),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11, 2669])).
% 127.57/80.10 tff(11731,assumption,(~v7(constB7, bitIndex1)), introduced(assumption)).
% 127.57/80.10 tff(11732,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11731, 11730])).
% 127.57/80.10 tff(11733,plain,((~(constB7 = sK952_VarCurr)) | v7(constB7, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11734,plain,
% 127.57/80.10 (~(constB7 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11733, 11, 11717])).
% 127.57/80.10 tff(11735,plain,
% 127.57/80.10 (~(constB9 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[2643, 2636, 11])).
% 127.57/80.10 tff(11736,plain,
% 127.57/80.10 (~(constB14 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[7544, 9916, 11])).
% 127.57/80.10 tff(11737,plain,
% 127.57/80.10 (v11(constB14)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11682, 11680])).
% 127.57/80.10 tff(11738,assumption,(~v13(constB14, bitIndex1)), introduced(assumption)).
% 127.57/80.10 tff(11739,plain,
% 127.57/80.10 ((~v11(constB14)) | (~v938(constB14, bitIndex0))),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[1533, 320, 11738])).
% 127.57/80.10 tff(11740,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11739, 11737, 11680])).
% 127.57/80.10 tff(11741,plain,((~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11742,plain,
% 127.57/80.10 (~v938(constB14, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11741, 9918])).
% 127.57/80.10 tff(11743,plain,
% 127.57/80.10 (~v940(constB15, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9659, 11742])).
% 127.57/80.10 tff(11744,plain,
% 127.57/80.10 (~v956(constB15, bitIndex0)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9654, 11743])).
% 127.57/80.10 tff(11745,plain,
% 127.57/80.10 (~v7(constB15, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[9649, 11744])).
% 127.57/80.10 tff(11746,plain,
% 127.57/80.10 (~(constB13 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11706, 9915, 11])).
% 127.57/80.10 tff(11747,plain,
% 127.57/80.10 (~(constB12 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[5329, 1343, 11])).
% 127.57/80.10 tff(11748,plain,
% 127.57/80.10 (~(constB11 = sK952_VarCurr)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[4109, 1312, 11])).
% 127.57/80.10 tff(11749,assumption,(v938(constB16, bitIndex1)), introduced(assumption)).
% 127.57/80.10 tff(11750,plain,
% 127.57/80.10 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB16) | (~v938(constB16, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB16) | (~v938(constB16, bitIndex1)))),
% 127.57/80.10 inference(rewrite,[status(thm)],[])).
% 127.57/80.10 tff(11751,plain,
% 127.57/80.10 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB16) | (~v938(constB16, bitIndex1)))),
% 127.57/80.10 inference(quant_inst,[status(thm)],[])).
% 127.57/80.10 tff(11752,plain,
% 127.57/80.10 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB16) | (~v938(constB16, bitIndex1))),
% 127.57/80.10 inference(modus_ponens,[status(thm)],[11751, 11750])).
% 127.57/80.10 tff(11753,plain,
% 127.57/80.10 ($false),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11752, 335, 3695, 11749])).
% 127.57/80.10 tff(11754,plain,((~v938(constB16, bitIndex1)) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.10 tff(11755,plain,
% 127.57/80.10 (~v938(constB16, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[11754, 3695])).
% 127.57/80.10 tff(11756,plain,
% 127.57/80.10 (~v940(constB17, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[5581, 11755])).
% 127.57/80.10 tff(11757,plain,
% 127.57/80.10 (~v929(constB17, bitIndex1)),
% 127.57/80.10 inference(unit_resolution,[status(thm)],[5607, 11756])).
% 127.57/80.10 tff(11758,plain,
% 127.57/80.11 (~v7(constB17, bitIndex2)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5615, 11757])).
% 127.57/80.11 tff(11759,plain,
% 127.57/80.11 (~v7(constB18, bitIndex2)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5636, 11758])).
% 127.57/80.11 tff(11760,plain,
% 127.57/80.11 (sP959(constB18)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5710, 1871, 11759])).
% 127.57/80.11 tff(11761,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[10589, 335, 3695, 10494])).
% 127.57/80.11 tff(11762,plain,((~v938(constB16, bitIndex0)) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11763,plain,
% 127.57/80.11 (~v938(constB16, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11762, 3695])).
% 127.57/80.11 tff(11764,plain,
% 127.57/80.11 (~v940(constB17, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5541, 11763])).
% 127.57/80.11 tff(11765,plain,
% 127.57/80.11 (~v956(constB17, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5567, 11764])).
% 127.57/80.11 tff(11766,plain,
% 127.57/80.11 (~v7(constB17, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[10249, 11765])).
% 127.57/80.11 tff(11767,plain,
% 127.57/80.11 (v7(constB17, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[5255])).
% 127.57/80.11 tff(11768,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB17, bitIndex1)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11767])).
% 127.57/80.11 tff(11769,plain,
% 127.57/80.11 (v7(constB17, bitIndex1)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11, 11768])).
% 127.57/80.11 tff(11770,assumption,(~v7(constB17, bitIndex1)), introduced(assumption)).
% 127.57/80.11 tff(11771,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11770, 11769])).
% 127.57/80.11 tff(11772,plain,((~(constB17 = sK952_VarCurr)) | v7(constB17, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11773,plain,
% 127.57/80.11 (~(constB17 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11772, 11766, 11])).
% 127.57/80.11 tff(11774,assumption,(~v7(constB15, bitIndex1)), introduced(assumption)).
% 127.57/80.11 tff(11775,plain,
% 127.57/80.11 (~v7(constB18, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5759, 11766])).
% 127.57/80.11 tff(11776,plain,
% 127.57/80.11 (~(constB18 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9241, 11775, 11])).
% 127.57/80.11 tff(11777,plain,
% 127.57/80.11 (v7(constB1, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[5311])).
% 127.57/80.11 tff(11778,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB1, bitIndex1)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11777])).
% 127.57/80.11 tff(11779,plain,
% 127.57/80.11 (v7(constB1, bitIndex1)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11, 11778])).
% 127.57/80.11 tff(11780,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[3580, 11779])).
% 127.57/80.11 tff(11781,plain,((~(constB1 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11782,plain,
% 127.57/80.11 (~(constB1 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11781, 11])).
% 127.57/80.11 tff(11783,plain,
% 127.57/80.11 (v7(constB3, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[5140])).
% 127.57/80.11 tff(11784,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB3, bitIndex1)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11783])).
% 127.57/80.11 tff(11785,plain,
% 127.57/80.11 (v7(constB3, bitIndex1)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11, 11784])).
% 127.57/80.11 tff(11786,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[3664, 11785])).
% 127.57/80.11 tff(11787,plain,((~(constB3 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11788,plain,
% 127.57/80.11 (~(constB3 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11787, 11])).
% 127.57/80.11 tff(11789,plain,
% 127.57/80.11 (v7(constB0, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[5273])).
% 127.57/80.11 tff(11790,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB0, bitIndex1)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11789])).
% 127.57/80.11 tff(11791,plain,
% 127.57/80.11 (v7(constB0, bitIndex1)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11, 11790])).
% 127.57/80.11 tff(11792,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[3114, 11791])).
% 127.57/80.11 tff(11793,plain,((~(constB0 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11794,plain,
% 127.57/80.11 (~(constB0 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11793, 11])).
% 127.57/80.11 tff(11795,plain,
% 127.57/80.11 (v7(constB2, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[5299])).
% 127.57/80.11 tff(11796,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB2, bitIndex1)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11795])).
% 127.57/80.11 tff(11797,plain,
% 127.57/80.11 (v7(constB2, bitIndex1)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11, 11796])).
% 127.57/80.11 tff(11798,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[3601, 11797])).
% 127.57/80.11 tff(11799,plain,((~(constB2 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11800,plain,
% 127.57/80.11 (~(constB2 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11799, 11])).
% 127.57/80.11 tff(11801,plain,
% 127.57/80.11 (~(constB4 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[3692, 11, 3685])).
% 127.57/80.11 tff(11802,plain,
% 127.57/80.11 (v7(constB15, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[1344])).
% 127.57/80.11 tff(11803,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB15, bitIndex1)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11802])).
% 127.57/80.11 tff(11804,plain,
% 127.57/80.11 (v7(constB15, bitIndex1)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11, 11803])).
% 127.57/80.11 tff(11805,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11774, 11804])).
% 127.57/80.11 tff(11806,plain,((~(constB15 = sK952_VarCurr)) | v7(constB15, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11807,plain,
% 127.57/80.11 (~(constB15 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11806, 11774, 11])).
% 127.57/80.11 tff(11808,plain,
% 127.57/80.11 (~v7(constB16, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[4007, 11774])).
% 127.57/80.11 tff(11809,plain,
% 127.57/80.11 (~(constB16 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[3986, 11808, 11])).
% 127.57/80.11 tff(11810,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5347, 11809, 11807, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 3964, 5323, 11346, 2408, 5310, 5281, 5284, 5321, 4111, 3694, 11348, 5282])).
% 127.57/80.11 tff(11811,plain,(v7(constB15, bitIndex1) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11812,plain,
% 127.57/80.11 (constB20 = sK952_VarCurr),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11811, 11776, 4112, 3964, 5323, 11346, 2408, 11774, 5281, 4113, 5310, 4111, 3694, 11348, 11773, 11])).
% 127.57/80.11 tff(11813,assumption,(~v7(constB20, bitIndex1)), introduced(assumption)).
% 127.57/80.11 tff(11814,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11813, 10378])).
% 127.57/80.11 tff(11815,plain,((~(constB20 = sK952_VarCurr)) | v7(constB20, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11816,plain,
% 127.57/80.11 (v7(constB20, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11815, 11812, 11])).
% 127.57/80.11 tff(11817,plain,
% 127.57/80.11 (v7(constB19, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9468, 11816])).
% 127.57/80.11 tff(11818,assumption,(~v956(constB19, bitIndex0)), introduced(assumption)).
% 127.57/80.11 tff(11819,assumption,(v7(constB19, bitIndex1)), introduced(assumption)).
% 127.57/80.11 tff(11820,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9472, 201, 11819, 11818])).
% 127.57/80.11 tff(11821,plain,((~v7(constB19, bitIndex1)) | v956(constB19, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11822,plain,
% 127.57/80.11 (v956(constB19, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11821, 11817])).
% 127.57/80.11 tff(11823,assumption,(v956(constB19, bitIndex0)), introduced(assumption)).
% 127.57/80.11 tff(11824,assumption,(~v940(constB19, bitIndex0)), introduced(assumption)).
% 127.57/80.11 tff(11825,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 11824, 11823])).
% 127.57/80.11 tff(11826,plain,((~v956(constB19, bitIndex0)) | v940(constB19, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11827,plain,
% 127.57/80.11 (v940(constB19, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11826, 11822])).
% 127.57/80.11 tff(11828,assumption,(v940(constB19, bitIndex0)), introduced(assumption)).
% 127.57/80.11 tff(11829,assumption,(~v938(constB18, bitIndex0)), introduced(assumption)).
% 127.57/80.11 tff(11830,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 11829, 11828])).
% 127.57/80.11 tff(11831,plain,((~v940(constB19, bitIndex0)) | v938(constB18, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11832,plain,
% 127.57/80.11 (v938(constB18, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11831, 11827])).
% 127.57/80.11 tff(11833,assumption,(v938(constB18, bitIndex0)), introduced(assumption)).
% 127.57/80.11 tff(11834,assumption,(~v13(constB18, bitIndex1)), introduced(assumption)).
% 127.57/80.11 tff(11835,plain,
% 127.57/80.11 ((~v11(constB18)) | (~v938(constB18, bitIndex0))),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5703, 320, 11834])).
% 127.57/80.11 tff(11836,plain,
% 127.57/80.11 (~v11(constB18)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11835, 11833])).
% 127.57/80.11 tff(11837,plain,
% 127.57/80.11 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB18) | (~v938(constB18, bitIndex0)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB18) | (~v938(constB18, bitIndex0)))),
% 127.57/80.11 inference(rewrite,[status(thm)],[])).
% 127.57/80.11 tff(11838,plain,
% 127.57/80.11 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB18) | (~v938(constB18, bitIndex0)))),
% 127.57/80.11 inference(quant_inst,[status(thm)],[])).
% 127.57/80.11 tff(11839,plain,
% 127.57/80.11 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB18) | (~v938(constB18, bitIndex0))),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11838, 11837])).
% 127.57/80.11 tff(11840,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11839, 335, 11836, 11833])).
% 127.57/80.11 tff(11841,plain,((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11842,plain,
% 127.57/80.11 (v13(constB18, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11841, 11832])).
% 127.57/80.11 tff(11843,plain,
% 127.57/80.11 (~sP958(constB18)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5718, 1886, 11775, 11842, 11760])).
% 127.57/80.11 tff(11844,plain,
% 127.57/80.11 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB18) | (~v32(constB18)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB18) | (~v32(constB18)))),
% 127.57/80.11 inference(rewrite,[status(thm)],[])).
% 127.57/80.11 tff(11845,plain,
% 127.57/80.11 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB18) | (~v32(constB18)))),
% 127.57/80.11 inference(quant_inst,[status(thm)],[])).
% 127.57/80.11 tff(11846,plain,
% 127.57/80.11 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB18) | (~v32(constB18))),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11845, 11844])).
% 127.57/80.11 tff(11847,plain,
% 127.57/80.11 ($false),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11846, 1923, 3851, 11843])).
% 127.57/80.11 tff(11848,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.57/80.11 tff(11849,plain,
% 127.57/80.11 (v11(constB16)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11848, 5310, 4112, 3964, 11748, 11747, 11746, 11745, 5281, 4113, 11, 4111, 3694, 11736])).
% 127.57/80.11 tff(11850,plain,
% 127.57/80.11 ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5521, 1886, 11808])).
% 127.57/80.11 tff(11851,plain,
% 127.57/80.11 (~v13(constB16, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11850, 5515, 5511])).
% 127.57/80.11 tff(11852,plain,
% 127.57/80.11 (v11(constB16)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11848, 5310, 4112, 3964, 5323, 11346, 2408, 11774, 5281, 4113, 11, 4111, 3694, 11348])).
% 127.57/80.11 tff(11853,plain,
% 127.57/80.11 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5532, 320, 11852])).
% 127.57/80.11 tff(11854,plain,
% 127.57/80.11 (~v938(constB16, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11853, 11851])).
% 127.57/80.11 tff(11855,plain,
% 127.57/80.11 (~v940(constB17, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5541, 11854])).
% 127.57/80.11 tff(11856,plain,
% 127.57/80.11 (~v956(constB17, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5567, 11855])).
% 127.57/80.11 tff(11857,plain,
% 127.57/80.11 (~v7(constB17, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[10249, 11856])).
% 127.57/80.11 tff(11858,plain,
% 127.57/80.11 (~v7(constB18, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[5759, 11857])).
% 127.57/80.11 tff(11859,plain,
% 127.57/80.11 (~(constB17 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11772, 11857, 11])).
% 127.57/80.11 tff(11860,plain,
% 127.57/80.11 (~(constB18 = sK952_VarCurr)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9241, 11858, 11])).
% 127.57/80.11 tff(11861,plain,
% 127.57/80.11 (constB20 = sK952_VarCurr),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11811, 11860, 4112, 3964, 5323, 11346, 2408, 11774, 5281, 4113, 5310, 4111, 3694, 11348, 11859, 11])).
% 127.57/80.11 tff(11862,plain,
% 127.57/80.11 (v7(constB20, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11815, 11861, 11])).
% 127.57/80.11 tff(11863,plain,
% 127.57/80.11 (v7(constB19, bitIndex1)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[9468, 11862])).
% 127.57/80.11 tff(11864,plain,
% 127.57/80.11 (v956(constB19, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11821, 11863])).
% 127.57/80.11 tff(11865,plain,
% 127.57/80.11 (v940(constB19, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11826, 11864])).
% 127.57/80.11 tff(11866,plain,
% 127.57/80.11 (v938(constB18, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11831, 11865])).
% 127.57/80.11 tff(11867,plain,
% 127.57/80.11 (v11(constB18)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11839, 335, 11866])).
% 127.57/80.11 tff(11868,plain,
% 127.57/80.11 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.57/80.11 inference(monotonicity,[status(thm)],[11861])).
% 127.57/80.11 tff(11869,plain,
% 127.57/80.11 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.57/80.11 inference(symmetry,[status(thm)],[11868])).
% 127.57/80.11 tff(11870,plain,
% 127.57/80.11 (v7(constB20, bitIndex0)),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11700, 11869])).
% 127.57/80.11 tff(11871,plain,
% 127.57/80.11 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB19, bitIndex0) | (~nextState(constB19, constB20)) | v1044(constB20) | (~v7(constB20, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB19, bitIndex0) | (~nextState(constB19, constB20)) | v1044(constB20) | (~v7(constB20, bitIndex0)))),
% 127.57/80.11 inference(rewrite,[status(thm)],[])).
% 127.57/80.11 tff(11872,plain,
% 127.57/80.11 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB19, bitIndex0) | (~nextState(constB19, constB20)) | v1044(constB20) | (~v7(constB20, bitIndex0)))),
% 127.57/80.11 inference(quant_inst,[status(thm)],[])).
% 127.57/80.11 tff(11873,plain,
% 127.57/80.11 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB19, bitIndex0) | (~nextState(constB19, constB20)) | v1044(constB20) | (~v7(constB20, bitIndex0))),
% 127.57/80.11 inference(modus_ponens,[status(thm)],[11872, 11871])).
% 127.57/80.11 tff(11874,plain,
% 127.57/80.11 (v7(constB19, bitIndex0) | v1044(constB20) | (~v7(constB20, bitIndex0))),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11873, 5991, 3929])).
% 127.57/80.11 tff(11875,plain,
% 127.57/80.11 (v7(constB19, bitIndex0) | (~v7(constB20, bitIndex0))),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11874, 3948])).
% 127.57/80.11 tff(11876,plain,
% 127.57/80.11 (v7(constB19, bitIndex0)),
% 127.57/80.11 inference(unit_resolution,[status(thm)],[11875, 11870])).
% 127.57/80.11 tff(11877,plain,
% 127.57/80.11 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB19, bitIndex0)) | v1052(constB19) | (~v1044(constB19)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB19, bitIndex0)) | v1052(constB19) | (~v1044(constB19)))),
% 127.57/80.11 inference(rewrite,[status(thm)],[])).
% 127.57/80.11 tff(11878,plain,
% 127.57/80.11 (((~v7(constB19, bitIndex0)) | (~v1044(constB19)) | v1052(constB19)) <=> ((~v7(constB19, bitIndex0)) | v1052(constB19) | (~v1044(constB19)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11879,plain,
% 127.57/80.12 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB19, bitIndex0)) | (~v1044(constB19)) | v1052(constB19))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB19, bitIndex0)) | v1052(constB19) | (~v1044(constB19))))),
% 127.57/80.12 inference(monotonicity,[status(thm)],[11878])).
% 127.57/80.12 tff(11880,plain,
% 127.57/80.12 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB19, bitIndex0)) | (~v1044(constB19)) | v1052(constB19))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB19, bitIndex0)) | v1052(constB19) | (~v1044(constB19)))),
% 127.57/80.12 inference(transitivity,[status(thm)],[11879, 11877])).
% 127.57/80.12 tff(11881,plain,
% 127.57/80.12 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB19, bitIndex0)) | (~v1044(constB19)) | v1052(constB19))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11882,plain,
% 127.57/80.12 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB19, bitIndex0)) | v1052(constB19) | (~v1044(constB19))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11881, 11880])).
% 127.57/80.12 tff(11883,plain,
% 127.57/80.12 ((~v7(constB19, bitIndex0)) | v1052(constB19)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11882, 6007, 3918])).
% 127.57/80.12 tff(11884,plain,
% 127.57/80.12 (v1052(constB19)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11883, 11876])).
% 127.57/80.12 tff(11885,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB18, constB19)) | v1050(constB18) | (~v1052(constB19)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB18, constB19)) | v1050(constB18) | (~v1052(constB19)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11886,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB18, constB19)) | v1050(constB18) | (~v1052(constB19)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11887,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB18, constB19)) | v1050(constB18) | (~v1052(constB19))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11886, 11885])).
% 127.57/80.12 tff(11888,plain,
% 127.57/80.12 (v1050(constB18) | (~v1052(constB19))),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11887, 6025, 3878])).
% 127.57/80.12 tff(11889,plain,
% 127.57/80.12 (v1050(constB18)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11888, 11884])).
% 127.57/80.12 tff(11890,plain,
% 127.57/80.12 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB18)) | (~v11(constB18)) | v13(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB18)) | (~v11(constB18)) | v13(constB18, bitIndex0))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11891,plain,
% 127.57/80.12 (((~v11(constB18)) | v13(constB18, bitIndex0) | (~v1050(constB18))) <=> ((~v1050(constB18)) | (~v11(constB18)) | v13(constB18, bitIndex0))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11892,plain,
% 127.57/80.12 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB18)) | v13(constB18, bitIndex0) | (~v1050(constB18)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB18)) | (~v11(constB18)) | v13(constB18, bitIndex0)))),
% 127.57/80.12 inference(monotonicity,[status(thm)],[11891])).
% 127.57/80.12 tff(11893,plain,
% 127.57/80.12 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB18)) | v13(constB18, bitIndex0) | (~v1050(constB18)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB18)) | (~v11(constB18)) | v13(constB18, bitIndex0))),
% 127.57/80.12 inference(transitivity,[status(thm)],[11892, 11890])).
% 127.57/80.12 tff(11894,plain,
% 127.57/80.12 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB18)) | v13(constB18, bitIndex0) | (~v1050(constB18)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11895,plain,
% 127.57/80.12 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB18)) | (~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11894, 11893])).
% 127.57/80.12 tff(11896,plain,
% 127.57/80.12 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11895, 6040, 11889])).
% 127.57/80.12 tff(11897,plain,
% 127.57/80.12 (v13(constB18, bitIndex0)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11896, 11867])).
% 127.57/80.12 tff(11898,plain,
% 127.57/80.12 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5572, 2226, 11852])).
% 127.57/80.12 tff(11899,plain,
% 127.57/80.12 (~v938(constB16, bitIndex1)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11898, 5495])).
% 127.57/80.12 tff(11900,plain,
% 127.57/80.12 (~v940(constB17, bitIndex1)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5581, 11899])).
% 127.57/80.12 tff(11901,plain,
% 127.57/80.12 (~v929(constB17, bitIndex1)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5607, 11900])).
% 127.57/80.12 tff(11902,plain,
% 127.57/80.12 (~v7(constB17, bitIndex2)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5615, 11901])).
% 127.57/80.12 tff(11903,plain,
% 127.57/80.12 (~v7(constB18, bitIndex2)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5636, 11902])).
% 127.57/80.12 tff(11904,plain,
% 127.57/80.12 (sP959(constB18)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5710, 1871, 11903])).
% 127.57/80.12 tff(11905,plain,
% 127.57/80.12 (v13(constB18, bitIndex1)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11841, 11866])).
% 127.57/80.12 tff(11906,plain,
% 127.57/80.12 (~sP958(constB18)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[5718, 1886, 11858, 11905, 11904])).
% 127.57/80.12 tff(11907,plain,
% 127.57/80.12 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB18) | (~v17(constB18, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB18) | (~v17(constB18, bitIndex2)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11908,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP958(constB18) | (~v17(constB18, bitIndex2)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11909,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP958(constB18) | (~v17(constB18, bitIndex2))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11908, 11907])).
% 127.57/80.12 tff(11910,plain,
% 127.57/80.12 (~v17(constB18, bitIndex2)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11909, 1220, 11906])).
% 127.57/80.12 tff(11911,plain,
% 127.57/80.12 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB18) | (~v1003(constB18)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB18) | (~v1003(constB18)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11912,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB18) | (~v1003(constB18)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11913,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB18) | (~v1003(constB18))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11912, 11911])).
% 127.57/80.12 tff(11914,plain,
% 127.57/80.12 (~v1003(constB18)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11913, 1953, 11906])).
% 127.57/80.12 tff(11915,plain,
% 127.57/80.12 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v17(constB18, bitIndex2) | sP956_aig_name(constB18) | v1003(constB18))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v17(constB18, bitIndex2) | sP956_aig_name(constB18) | v1003(constB18))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11916,plain,
% 127.57/80.12 ((v1003(constB18) | v17(constB18, bitIndex2) | sP956_aig_name(constB18)) <=> (v17(constB18, bitIndex2) | sP956_aig_name(constB18) | v1003(constB18))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11917,plain,
% 127.57/80.12 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB18) | v17(constB18, bitIndex2) | sP956_aig_name(constB18))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v17(constB18, bitIndex2) | sP956_aig_name(constB18) | v1003(constB18)))),
% 127.57/80.12 inference(monotonicity,[status(thm)],[11916])).
% 127.57/80.12 tff(11918,plain,
% 127.57/80.12 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB18) | v17(constB18, bitIndex2) | sP956_aig_name(constB18))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v17(constB18, bitIndex2) | sP956_aig_name(constB18) | v1003(constB18))),
% 127.57/80.12 inference(transitivity,[status(thm)],[11917, 11915])).
% 127.57/80.12 tff(11919,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB18) | v17(constB18, bitIndex2) | sP956_aig_name(constB18))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11920,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v17(constB18, bitIndex2) | sP956_aig_name(constB18) | v1003(constB18)),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11919, 11918])).
% 127.57/80.12 tff(11921,plain,
% 127.57/80.12 (sP956_aig_name(constB18)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11920, 7308, 11914, 11910])).
% 127.57/80.12 tff(11922,plain,
% 127.57/80.12 (((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB18)) | v924(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB18)) | v924(constB18, bitIndex0))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11923,plain,
% 127.57/80.12 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB18)) | v924(constB18, bitIndex0))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11924,plain,
% 127.57/80.12 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB18)) | v924(constB18, bitIndex0)),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11923, 11922])).
% 127.57/80.12 tff(11925,plain,
% 127.57/80.12 (v924(constB18, bitIndex0)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11924, 7293, 11921])).
% 127.57/80.12 tff(11926,plain,
% 127.57/80.12 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB18) | (~v28(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB18) | (~v28(constB18, bitIndex0)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11927,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB18) | (~v28(constB18, bitIndex0)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11928,plain,
% 127.57/80.12 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB18) | (~v28(constB18, bitIndex0))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11927, 11926])).
% 127.57/80.12 tff(11929,plain,
% 127.57/80.12 (~v28(constB18, bitIndex0)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11928, 1901, 11906])).
% 127.57/80.12 tff(11930,plain,
% 127.57/80.12 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB16)) | v615(constB16) | (~v67(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB16)) | v615(constB16) | (~v67(constB16, bitIndex0)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11931,plain,
% 127.57/80.12 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB16)) | v615(constB16) | (~v67(constB16, bitIndex0)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11932,plain,
% 127.57/80.12 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB16)) | v615(constB16) | (~v67(constB16, bitIndex0))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11931, 11930])).
% 127.57/80.12 tff(11933,plain,
% 127.57/80.12 (v615(constB16) | (~v67(constB16, bitIndex0))),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11932, 6936, 11852])).
% 127.57/80.12 tff(11934,plain,
% 127.57/80.12 (v615(constB16)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11933, 11679])).
% 127.57/80.12 tff(11935,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB16, constB17)) | (~v615(constB16)) | v617(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB16, constB17)) | (~v615(constB16)) | v617(constB17))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11936,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB16, constB17)) | (~v615(constB16)) | v617(constB17))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11937,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB16, constB17)) | (~v615(constB16)) | v617(constB17)),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11936, 11935])).
% 127.57/80.12 tff(11938,plain,
% 127.57/80.12 ((~v615(constB16)) | v617(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11937, 6779, 3702])).
% 127.57/80.12 tff(11939,plain,
% 127.57/80.12 (v617(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11938, 11934])).
% 127.57/80.12 tff(11940,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB16) | (~nextState(constB16, constB17)) | (~v572(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v572(constB17)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11941,plain,
% 127.57/80.12 (((~nextState(constB16, constB17)) | v1(constB16) | (~v572(constB17))) <=> (v1(constB16) | (~nextState(constB16, constB17)) | (~v572(constB17)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11942,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB16, constB17)) | v1(constB16) | (~v572(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB16) | (~nextState(constB16, constB17)) | (~v572(constB17))))),
% 127.57/80.12 inference(monotonicity,[status(thm)],[11941])).
% 127.57/80.12 tff(11943,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB16, constB17)) | v1(constB16) | (~v572(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v572(constB17)))),
% 127.57/80.12 inference(transitivity,[status(thm)],[11942, 11940])).
% 127.57/80.12 tff(11944,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB16, constB17)) | v1(constB16) | (~v572(constB17)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11945,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB16) | (~nextState(constB16, constB17)) | (~v572(constB17))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11944, 11943])).
% 127.57/80.12 tff(11946,plain,
% 127.57/80.12 (~v572(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11945, 6794, 3702, 3717])).
% 127.57/80.12 tff(11947,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB16, constB17)) | v572(constB17) | v612(constB17))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB16, constB17)) | v572(constB17) | v612(constB17))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11948,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB16, constB17)) | v572(constB17) | v612(constB17))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11949,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB16, constB17)) | v572(constB17) | v612(constB17)),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11948, 11947])).
% 127.57/80.12 tff(11950,plain,
% 127.57/80.12 (v572(constB17) | v612(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11949, 6811, 3702])).
% 127.57/80.12 tff(11951,plain,
% 127.57/80.12 (v612(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11950, 11946])).
% 127.57/80.12 tff(11952,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v610(constB17) | (~v612(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v610(constB17) | (~v612(constB17)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11953,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB16, constB17)) | (~v1(constB17)) | v610(constB17) | (~v612(constB17)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11954,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB16, constB17)) | (~v1(constB17)) | v610(constB17) | (~v612(constB17))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11953, 11952])).
% 127.57/80.12 tff(11955,plain,
% 127.57/80.12 (v610(constB17) | (~v612(constB17))),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11954, 6826, 3702, 3739])).
% 127.57/80.12 tff(11956,plain,
% 127.57/80.12 (v610(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11955, 11951])).
% 127.57/80.12 tff(11957,plain,
% 127.57/80.12 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB16, constB17)) | v609(constB17) | (~v610(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB16, constB17)) | v609(constB17) | (~v610(constB17)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11958,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB16, constB17)) | v609(constB17) | (~v610(constB17)))),
% 127.57/80.12 inference(quant_inst,[status(thm)],[])).
% 127.57/80.12 tff(11959,plain,
% 127.57/80.12 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB16, constB17)) | v609(constB17) | (~v610(constB17))),
% 127.57/80.12 inference(modus_ponens,[status(thm)],[11958, 11957])).
% 127.57/80.12 tff(11960,plain,
% 127.57/80.12 (v609(constB17) | (~v610(constB17))),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11959, 6841, 3702])).
% 127.57/80.12 tff(11961,plain,
% 127.57/80.12 (v609(constB17)),
% 127.57/80.12 inference(unit_resolution,[status(thm)],[11960, 11956])).
% 127.57/80.12 tff(11962,plain,
% 127.57/80.12 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB17, bitIndex0) | (~v617(constB17)) | (~v609(constB17)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB17, bitIndex0) | (~v617(constB17)) | (~v609(constB17)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11963,plain,
% 127.57/80.12 ((v62(constB17, bitIndex0) | (~v609(constB17)) | (~v617(constB17))) <=> (v62(constB17, bitIndex0) | (~v617(constB17)) | (~v609(constB17)))),
% 127.57/80.12 inference(rewrite,[status(thm)],[])).
% 127.57/80.12 tff(11964,plain,
% 127.57/80.12 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB17, bitIndex0) | (~v609(constB17)) | (~v617(constB17)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB17, bitIndex0) | (~v617(constB17)) | (~v609(constB17))))),
% 127.57/80.12 inference(monotonicity,[status(thm)],[11963])).
% 127.57/80.12 tff(11965,plain,
% 127.57/80.12 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB17, bitIndex0) | (~v609(constB17)) | (~v617(constB17)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB17, bitIndex0) | (~v617(constB17)) | (~v609(constB17)))),
% 127.57/80.12 inference(transitivity,[status(thm)],[11964, 11962])).
% 127.57/80.12 tff(11966,plain,
% 127.57/80.12 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB17, bitIndex0) | (~v609(constB17)) | (~v617(constB17)))),
% 127.57/80.13 inference(quant_inst,[status(thm)],[])).
% 127.57/80.13 tff(11967,plain,
% 127.57/80.13 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB17, bitIndex0) | (~v617(constB17)) | (~v609(constB17))),
% 127.57/80.13 inference(modus_ponens,[status(thm)],[11966, 11965])).
% 127.57/80.13 tff(11968,plain,
% 127.57/80.13 (v62(constB17, bitIndex0) | (~v617(constB17))),
% 127.57/80.13 inference(unit_resolution,[status(thm)],[11967, 6856, 11961])).
% 127.57/80.13 tff(11969,plain,
% 127.57/80.13 (v62(constB17, bitIndex0)),
% 127.57/80.13 inference(unit_resolution,[status(thm)],[11968, 11939])).
% 127.57/80.13 tff(11970,plain,
% 127.57/80.13 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v610(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v610(constB18)))),
% 127.57/80.13 inference(rewrite,[status(thm)],[])).
% 127.57/80.13 tff(11971,plain,
% 127.57/80.13 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB17, constB18)) | v1(constB18) | (~v610(constB18)))),
% 127.57/80.13 inference(quant_inst,[status(thm)],[])).
% 127.57/80.13 tff(11972,plain,
% 127.57/80.13 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB17, constB18)) | v1(constB18) | (~v610(constB18))),
% 127.57/80.13 inference(modus_ponens,[status(thm)],[11971, 11970])).
% 127.57/80.13 tff(11973,plain,
% 127.57/80.13 (~v610(constB18)),
% 127.57/80.13 inference(unit_resolution,[status(thm)],[11972, 6874, 3763, 3770])).
% 127.57/80.13 tff(11974,plain,
% 127.57/80.13 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB17, constB18)) | v610(constB18) | (~v609(constB18)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB17, constB18)) | v610(constB18) | (~v609(constB18)))),
% 127.57/80.13 inference(rewrite,[status(thm)],[])).
% 127.57/80.13 tff(11975,plain,
% 127.57/80.13 (((~nextState(constB17, constB18)) | (~v609(constB18)) | v610(constB18)) <=> ((~nextState(constB17, constB18)) | v610(constB18) | (~v609(constB18)))),
% 127.57/80.13 inference(rewrite,[status(thm)],[])).
% 127.57/80.13 tff(11976,plain,
% 127.57/80.13 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB17, constB18)) | (~v609(constB18)) | v610(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB17, constB18)) | v610(constB18) | (~v609(constB18))))),
% 127.57/80.13 inference(monotonicity,[status(thm)],[11975])).
% 127.57/80.13 tff(11977,plain,
% 127.57/80.13 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB17, constB18)) | (~v609(constB18)) | v610(constB18))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB17, constB18)) | v610(constB18) | (~v609(constB18)))),
% 127.57/80.13 inference(transitivity,[status(thm)],[11976, 11974])).
% 127.57/80.13 tff(11978,plain,
% 127.57/80.13 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB17, constB18)) | (~v609(constB18)) | v610(constB18))),
% 127.57/80.13 inference(quant_inst,[status(thm)],[])).
% 127.57/80.13 tff(11979,plain,
% 127.57/80.13 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB17, constB18)) | v610(constB18) | (~v609(constB18))),
% 127.57/80.13 inference(modus_ponens,[status(thm)],[11978, 11977])).
% 127.57/80.13 tff(11980,plain,
% 127.57/80.13 (v610(constB18) | (~v609(constB18))),
% 127.57/80.13 inference(unit_resolution,[status(thm)],[11979, 6888, 3763])).
% 127.57/80.13 tff(11981,plain,
% 127.57/80.13 (~v609(constB18)),
% 127.57/80.13 inference(unit_resolution,[status(thm)],[11980, 11973])).
% 127.57/80.13 tff(11982,plain,
% 127.57/80.13 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v609(constB18) | v62(constB18, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v609(constB18) | v62(constB18, bitIndex0))),
% 127.60/80.13 inference(rewrite,[status(thm)],[])).
% 127.60/80.13 tff(11983,plain,
% 127.60/80.13 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v609(constB18) | v62(constB18, bitIndex0))),
% 127.60/80.13 inference(quant_inst,[status(thm)],[])).
% 127.60/80.13 tff(11984,plain,
% 127.60/80.13 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB17, bitIndex0)) | (~nextState(constB17, constB18)) | v609(constB18) | v62(constB18, bitIndex0)),
% 127.60/80.13 inference(modus_ponens,[status(thm)],[11983, 11982])).
% 127.60/80.13 tff(11985,plain,
% 127.60/80.13 ((~v62(constB17, bitIndex0)) | v609(constB18) | v62(constB18, bitIndex0)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[11984, 6906, 3763])).
% 127.60/80.13 tff(11986,plain,
% 127.60/80.13 ((~v62(constB17, bitIndex0)) | v62(constB18, bitIndex0)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[11985, 11981])).
% 127.60/80.13 tff(11987,plain,
% 127.60/80.13 (v62(constB18, bitIndex0)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[11986, 11969])).
% 127.60/80.13 tff(11988,plain,
% 127.60/80.13 (~v32(constB18)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[11846, 1923, 11906])).
% 127.60/80.13 tff(11989,plain,
% 127.60/80.13 (^[VarCurr: $i] : refl(((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr))) <=> ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr))))),
% 127.60/80.13 inference(bind,[status(th)],[])).
% 127.60/80.13 tff(11990,plain,
% 127.60/80.13 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(quant_intro,[status(thm)],[11989])).
% 127.60/80.13 tff(11991,plain,
% 127.60/80.13 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(rewrite,[status(thm)],[])).
% 127.60/80.13 tff(11992,plain,
% 127.60/80.13 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(rewrite(((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) <=> ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0))), ((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) <=> (((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))))), rewrite((((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) <=> ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0))), ((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) <=> ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0)))), (((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr))) <=> (((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0)) | (~sP957(VarCurr))))), rewrite((((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0)) | (~sP957(VarCurr))) <=> ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))), (((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr))) <=> ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))))),
% 127.60/80.13 inference(bind,[status(th)],[])).
% 127.60/80.13 tff(11993,plain,
% 127.60/80.13 (![VarCurr: $i] : ((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr))) <=> ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(quant_intro,[status(thm)],[11992])).
% 127.60/80.13 tff(11994,axiom,(![VarCurr: $i] : ((((v32(VarCurr) | (~v62(VarCurr, bitIndex0))) | v28(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0))) | (~sP957(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16466')).
% 127.60/80.13 tff(11995,plain,
% 127.60/80.13 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(modus_ponens,[status(thm)],[11994, 11993])).
% 127.60/80.13 tff(11996,plain,
% 127.60/80.13 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(modus_ponens,[status(thm)],[11995, 11991])).
% 127.60/80.13 tff(11997,plain,(
% 127.60/80.13 ![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(skolemize,[status(sab)],[11996])).
% 127.60/80.13 tff(11998,plain,
% 127.60/80.13 (![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))),
% 127.60/80.13 inference(modus_ponens,[status(thm)],[11997, 11990])).
% 127.60/80.13 tff(11999,plain,
% 127.60/80.13 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex0))),
% 127.60/80.13 inference(rewrite,[status(thm)],[])).
% 127.60/80.13 tff(12000,plain,
% 127.60/80.13 (((~v62(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | (~sP957(constB18))) <=> (v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex0))),
% 127.60/80.13 inference(rewrite,[status(thm)],[])).
% 127.60/80.13 tff(12001,plain,
% 127.60/80.13 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | ((~v62(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex0)))),
% 127.60/80.13 inference(monotonicity,[status(thm)],[12000])).
% 127.60/80.13 tff(12002,plain,
% 127.60/80.13 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | ((~v62(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex0))),
% 127.60/80.13 inference(transitivity,[status(thm)],[12001, 11999])).
% 127.60/80.13 tff(12003,plain,
% 127.60/80.13 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | ((~v62(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | (~sP957(constB18)))),
% 127.60/80.13 inference(quant_inst,[status(thm)],[])).
% 127.60/80.13 tff(12004,plain,
% 127.60/80.13 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex0)),
% 127.60/80.13 inference(modus_ponens,[status(thm)],[12003, 12002])).
% 127.60/80.13 tff(12005,plain,
% 127.60/80.13 ((~sP957(constB18)) | (~v924(constB18, bitIndex0))),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[12004, 11998, 11988, 11987, 11929])).
% 127.60/80.13 tff(12006,plain,
% 127.60/80.13 (~sP957(constB18)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[12005, 11925])).
% 127.60/80.13 tff(12007,plain,
% 127.60/80.13 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.13 inference(rewrite,[status(thm)],[])).
% 127.60/80.13 tff(12008,plain,
% 127.60/80.13 ((v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0))) <=> (v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.13 inference(rewrite,[status(thm)],[])).
% 127.60/80.13 tff(12009,plain,
% 127.60/80.13 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18) | (~v13(constB18, bitIndex0))))),
% 127.60/80.13 inference(monotonicity,[status(thm)],[12008])).
% 127.60/80.13 tff(12010,plain,
% 127.60/80.13 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.13 inference(transitivity,[status(thm)],[12009, 12007])).
% 127.60/80.13 tff(12011,plain,
% 127.60/80.13 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.13 inference(quant_inst,[status(thm)],[])).
% 127.60/80.13 tff(12012,plain,
% 127.60/80.13 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18) | (~v13(constB18, bitIndex0))),
% 127.60/80.13 inference(modus_ponens,[status(thm)],[12011, 12010])).
% 127.60/80.13 tff(12013,plain,
% 127.60/80.13 (v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0))),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[12012, 1785, 11903])).
% 127.60/80.13 tff(12014,plain,
% 127.60/80.13 ($false),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[12013, 12006, 11897, 11858])).
% 127.60/80.13 tff(12015,plain,(v11(constB14) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.13 tff(12016,plain,
% 127.60/80.13 (v11(constB14)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[12015, 5310, 11, 4112, 3964, 11748, 11747, 11746, 11745, 5281, 4113, 11700, 4111, 3694, 11736])).
% 127.60/80.13 tff(12017,plain,
% 127.60/80.13 (v7(constB18, bitIndex1)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[9241, 5264, 11])).
% 127.60/80.13 tff(12018,plain,
% 127.60/80.13 (v7(constB17, bitIndex1)),
% 127.60/80.13 inference(unit_resolution,[status(thm)],[5759, 12017])).
% 127.60/80.14 tff(12019,plain,
% 127.60/80.14 (v956(constB17, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10249, 12018])).
% 127.60/80.14 tff(12020,plain,
% 127.60/80.14 (v940(constB17, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5567, 12019])).
% 127.60/80.14 tff(12021,plain,
% 127.60/80.14 (v938(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5541, 12020])).
% 127.60/80.14 tff(12022,plain,
% 127.60/80.14 (v13(constB16, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9541, 12021])).
% 127.60/80.14 tff(12023,plain,
% 127.60/80.14 (v7(constB18, bitIndex0)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[11700, 5266])).
% 127.60/80.14 tff(12024,plain,
% 127.60/80.14 (v7(constB17, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9562, 12023])).
% 127.60/80.14 tff(12025,plain,
% 127.60/80.14 (v1052(constB17)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9570, 12024])).
% 127.60/80.14 tff(12026,plain,
% 127.60/80.14 (v1050(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9575, 12025])).
% 127.60/80.14 tff(12027,plain,
% 127.60/80.14 (v13(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9583, 12026])).
% 127.60/80.14 tff(12028,plain,
% 127.60/80.14 (v7(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11331, 12027, 12022])).
% 127.60/80.14 tff(12029,plain,
% 127.60/80.14 (v7(constB15, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10199, 12028])).
% 127.60/80.14 tff(12030,plain,
% 127.60/80.14 (v1052(constB15)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10207, 12029])).
% 127.60/80.14 tff(12031,plain,
% 127.60/80.14 (v1050(constB14)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10212, 12030])).
% 127.60/80.14 tff(12032,plain,
% 127.60/80.14 (v13(constB14, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10220, 12031])).
% 127.60/80.14 tff(12033,plain,
% 127.60/80.14 (~v13(constB14, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10308, 12032, 1246])).
% 127.60/80.14 tff(12034,plain,
% 127.60/80.14 (~v938(constB14, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2362, 12033])).
% 127.60/80.14 tff(12035,plain,
% 127.60/80.14 (~v940(constB15, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2356, 12034])).
% 127.60/80.14 tff(12036,plain,
% 127.60/80.14 (~v929(constB15, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2348, 12035])).
% 127.60/80.14 tff(12037,plain,
% 127.60/80.14 (~v7(constB15, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5505, 12036])).
% 127.60/80.14 tff(12038,plain,
% 127.60/80.14 (~v7(constB16, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[4072, 12037])).
% 127.60/80.14 tff(12039,plain,
% 127.60/80.14 (sP959(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5510, 1871, 12038])).
% 127.60/80.14 tff(12040,plain,
% 127.60/80.14 (~v7(constB16, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[4007, 11745])).
% 127.60/80.14 tff(12041,plain,
% 127.60/80.14 ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5521, 1886, 12040])).
% 127.60/80.14 tff(12042,plain,
% 127.60/80.14 (~sP958(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12041, 12039, 12022])).
% 127.60/80.14 tff(12043,plain,
% 127.60/80.14 (~v28(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9551, 1901, 12042])).
% 127.60/80.14 tff(12044,plain,
% 127.60/80.14 (~v28(constB16, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9547, 1912, 12042])).
% 127.60/80.14 tff(12045,plain,
% 127.60/80.14 (~v32(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5514, 1923, 12042])).
% 127.60/80.14 tff(12046,plain,
% 127.60/80.14 (v7(constB16, bitIndex2) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9590, 1785, 12040])).
% 127.60/80.14 tff(12047,plain,
% 127.60/80.14 (sP957(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12046, 12038, 12027])).
% 127.60/80.14 tff(12048,plain,
% 127.60/80.14 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9598, 1938, 12047])).
% 127.60/80.14 tff(12049,plain,
% 127.60/80.14 (~v924(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12048, 12045, 12044, 12043])).
% 127.60/80.14 tff(12050,plain,
% 127.60/80.14 (~v1003(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9603, 1953, 12042])).
% 127.60/80.14 tff(12051,plain,
% 127.60/80.14 (~v17(constB16, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9607, 1220, 12042])).
% 127.60/80.14 tff(12052,plain,
% 127.60/80.14 (sP954_aig_name(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9611, 1971, 12051, 12050])).
% 127.60/80.14 tff(12053,plain,
% 127.60/80.14 ($false),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9615, 1982, 12052, 12049])).
% 127.60/80.14 tff(12054,plain,((~(constB18 = sK952_VarCurr)) | (~v11(constB14)) | v11(constB10) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.14 tff(12055,plain,
% 127.60/80.14 (~(constB18 = sK952_VarCurr)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12054, 12016, 1246, 11849, 11700, 11])).
% 127.60/80.14 tff(12056,plain,
% 127.60/80.14 (v7(constB17, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11772, 5255, 11])).
% 127.60/80.14 tff(12057,plain,
% 127.60/80.14 (v956(constB17, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10249, 12056])).
% 127.60/80.14 tff(12058,plain,
% 127.60/80.14 (v940(constB17, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5567, 12057])).
% 127.60/80.14 tff(12059,plain,
% 127.60/80.14 (v938(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5541, 12058])).
% 127.60/80.14 tff(12060,plain,
% 127.60/80.14 (v13(constB16, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9541, 12059])).
% 127.60/80.14 tff(12061,plain,
% 127.60/80.14 (v1052(constB17) <=> v1052(sK952_VarCurr)),
% 127.60/80.14 inference(monotonicity,[status(thm)],[5255])).
% 127.60/80.14 tff(12062,plain,
% 127.60/80.14 (v1052(sK952_VarCurr) <=> v1052(constB17)),
% 127.60/80.14 inference(symmetry,[status(thm)],[12061])).
% 127.60/80.14 tff(12063,plain,
% 127.60/80.14 (v1044(sK952_VarCurr)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5798, 5255])).
% 127.60/80.14 tff(12064,plain,
% 127.60/80.14 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(sK952_VarCurr, bitIndex0)) | (~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(sK952_VarCurr, bitIndex0)) | (~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12065,plain,
% 127.60/80.14 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(sK952_VarCurr, bitIndex0)) | (~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12066,plain,
% 127.60/80.14 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(sK952_VarCurr, bitIndex0)) | (~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12065, 12064])).
% 127.60/80.14 tff(12067,plain,
% 127.60/80.14 ((~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12066, 6007, 11700])).
% 127.60/80.14 tff(12068,plain,
% 127.60/80.14 (v1052(sK952_VarCurr)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12067, 12063])).
% 127.60/80.14 tff(12069,plain,
% 127.60/80.14 (v1052(constB17)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12068, 12062])).
% 127.60/80.14 tff(12070,plain,
% 127.60/80.14 (v1050(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9575, 12069])).
% 127.60/80.14 tff(12071,plain,
% 127.60/80.14 (v13(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9583, 12070])).
% 127.60/80.14 tff(12072,plain,
% 127.60/80.14 (v7(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11331, 12071, 12060])).
% 127.60/80.14 tff(12073,plain,
% 127.60/80.14 (v7(constB15, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10199, 12072])).
% 127.60/80.14 tff(12074,plain,
% 127.60/80.14 (v1052(constB15)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10207, 12073])).
% 127.60/80.14 tff(12075,plain,
% 127.60/80.14 (v1050(constB14)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10212, 12074])).
% 127.60/80.14 tff(12076,plain,
% 127.60/80.14 (v13(constB14, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10220, 12075])).
% 127.60/80.14 tff(12077,plain,
% 127.60/80.14 (~v13(constB14, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10308, 12076, 1246])).
% 127.60/80.14 tff(12078,plain,
% 127.60/80.14 (~v938(constB14, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2362, 12077])).
% 127.60/80.14 tff(12079,plain,
% 127.60/80.14 (~v940(constB15, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2356, 12078])).
% 127.60/80.14 tff(12080,plain,
% 127.60/80.14 (~v929(constB15, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2348, 12079])).
% 127.60/80.14 tff(12081,plain,
% 127.60/80.14 (~v7(constB15, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5505, 12080])).
% 127.60/80.14 tff(12082,plain,
% 127.60/80.14 (~v7(constB16, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[4072, 12081])).
% 127.60/80.14 tff(12083,plain,
% 127.60/80.14 (sP959(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5510, 1871, 12082])).
% 127.60/80.14 tff(12084,plain,
% 127.60/80.14 (~sP958(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12041, 12083, 12060])).
% 127.60/80.14 tff(12085,plain,
% 127.60/80.14 (~v28(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9551, 1901, 12084])).
% 127.60/80.14 tff(12086,plain,
% 127.60/80.14 (~v28(constB16, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9547, 1912, 12084])).
% 127.60/80.14 tff(12087,plain,
% 127.60/80.14 (~v32(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5514, 1923, 12084])).
% 127.60/80.14 tff(12088,plain,
% 127.60/80.14 (sP957(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12046, 12082, 12071])).
% 127.60/80.14 tff(12089,plain,
% 127.60/80.14 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9598, 1938, 12088])).
% 127.60/80.14 tff(12090,plain,
% 127.60/80.14 (~v924(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12089, 12087, 12086, 12085])).
% 127.60/80.14 tff(12091,plain,
% 127.60/80.14 (~v1003(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9603, 1953, 12084])).
% 127.60/80.14 tff(12092,plain,
% 127.60/80.14 (~v17(constB16, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9607, 1220, 12084])).
% 127.60/80.14 tff(12093,plain,
% 127.60/80.14 (sP954_aig_name(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9611, 1971, 12092, 12091])).
% 127.60/80.14 tff(12094,plain,
% 127.60/80.14 ($false),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9615, 1982, 12093, 12090])).
% 127.60/80.14 tff(12095,plain,((~(constB17 = sK952_VarCurr)) | (~v11(constB14)) | v11(constB10) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.14 tff(12096,plain,
% 127.60/80.14 (~(constB17 = sK952_VarCurr)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12095, 12016, 1246, 11849, 11700, 11])).
% 127.60/80.14 tff(12097,plain,
% 127.60/80.14 (constB20 = sK952_VarCurr),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11811, 12096, 4112, 3964, 11748, 11747, 11746, 11745, 5281, 4113, 5310, 4111, 3694, 11736, 12055, 11])).
% 127.60/80.14 tff(12098,plain,
% 127.60/80.14 (v7(constB20, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11815, 12097, 11])).
% 127.60/80.14 tff(12099,plain,
% 127.60/80.14 (v7(constB19, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9468, 12098])).
% 127.60/80.14 tff(12100,plain,
% 127.60/80.14 (v956(constB19, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11821, 12099])).
% 127.60/80.14 tff(12101,plain,
% 127.60/80.14 (v940(constB19, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11826, 12100])).
% 127.60/80.14 tff(12102,plain,
% 127.60/80.14 (v938(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11831, 12101])).
% 127.60/80.14 tff(12103,plain,
% 127.60/80.14 (v11(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11839, 335, 12102])).
% 127.60/80.14 tff(12104,plain,
% 127.60/80.14 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.14 inference(monotonicity,[status(thm)],[12097])).
% 127.60/80.14 tff(12105,plain,
% 127.60/80.14 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.14 inference(symmetry,[status(thm)],[12104])).
% 127.60/80.14 tff(12106,plain,
% 127.60/80.14 (v7(constB20, bitIndex0)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[11700, 12105])).
% 127.60/80.14 tff(12107,plain,
% 127.60/80.14 (v7(constB19, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11875, 12106])).
% 127.60/80.14 tff(12108,plain,
% 127.60/80.14 (v1052(constB19)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11883, 12107])).
% 127.60/80.14 tff(12109,plain,
% 127.60/80.14 (v1050(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11888, 12108])).
% 127.60/80.14 tff(12110,plain,
% 127.60/80.14 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11895, 6040, 12109])).
% 127.60/80.14 tff(12111,plain,
% 127.60/80.14 (v13(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12110, 12103])).
% 127.60/80.14 tff(12112,plain,
% 127.60/80.14 (v13(constB18, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11841, 12102])).
% 127.60/80.14 tff(12113,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB18, bitIndex0) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB18, bitIndex0) | (~sP957(constB18)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12114,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v7(constB18, bitIndex0) | (~sP957(constB18)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12115,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v7(constB18, bitIndex0) | (~sP957(constB18))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12114, 12113])).
% 127.60/80.14 tff(12116,plain,
% 127.60/80.14 (~sP957(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12115, 5875, 10252])).
% 127.60/80.14 tff(12117,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12118,plain,
% 127.60/80.14 (((~v924(constB18, bitIndex0)) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0))) <=> (v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12119,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB18, bitIndex0)) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0))))),
% 127.60/80.14 inference(monotonicity,[status(thm)],[12118])).
% 127.60/80.14 tff(12120,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB18, bitIndex0)) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))),
% 127.60/80.14 inference(transitivity,[status(thm)],[12119, 12117])).
% 127.60/80.14 tff(12121,plain,
% 127.60/80.14 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB18, bitIndex0)) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12122,plain,
% 127.60/80.14 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12121, 12120])).
% 127.60/80.14 tff(12123,plain,
% 127.60/80.14 (v7(constB18, bitIndex1) | sP957(constB18) | (~v924(constB18, bitIndex0))),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12122, 6057, 3861])).
% 127.60/80.14 tff(12124,plain,
% 127.60/80.14 (~v924(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12123, 12116, 5706])).
% 127.60/80.14 tff(12125,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12126,plain,
% 127.60/80.14 ((v952(constB18, bitIndex1) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0))) <=> (v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12127,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB18, bitIndex1) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0))))),
% 127.60/80.14 inference(monotonicity,[status(thm)],[12126])).
% 127.60/80.14 tff(12128,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB18, bitIndex1) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0)))),
% 127.60/80.14 inference(transitivity,[status(thm)],[12127, 12125])).
% 127.60/80.14 tff(12129,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v952(constB18, bitIndex1) | v7(constB18, bitIndex1) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12130,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v952(VarCurr, bitIndex1) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12129, 12128])).
% 127.60/80.14 tff(12131,plain,
% 127.60/80.14 (v7(constB18, bitIndex1) | sP957(constB18) | v952(constB18, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12130, 6075, 3861])).
% 127.60/80.14 tff(12132,plain,
% 127.60/80.14 (v952(constB18, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12131, 12116, 5706])).
% 127.60/80.14 tff(12133,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB18, bitIndex0) | (~v952(constB18, bitIndex1)) | v970(constB18))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | v924(constB18, bitIndex0) | (~v952(constB18, bitIndex1)) | v970(constB18))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12134,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB18, bitIndex0) | (~v952(constB18, bitIndex1)) | v970(constB18))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12135,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | v924(constB18, bitIndex0) | (~v952(constB18, bitIndex1)) | v970(constB18)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12134, 12133])).
% 127.60/80.14 tff(12136,plain,
% 127.60/80.14 (v970(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12135, 6093, 12132, 12124])).
% 127.60/80.14 tff(12137,plain,
% 127.60/80.14 (~sP959(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5719, 10256, 5706])).
% 127.60/80.14 tff(12138,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB18) | (~v17(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB18) | (~v17(constB18, bitIndex0)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12139,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB18) | (~v17(constB18, bitIndex0)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12140,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB18) | (~v17(constB18, bitIndex0))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12139, 12138])).
% 127.60/80.14 tff(12141,plain,
% 127.60/80.14 (~v17(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12140, 5971, 12137])).
% 127.60/80.14 tff(12142,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB18) | (~v17(constB18, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB18) | (~v17(constB18, bitIndex1)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12143,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB18) | (~v17(constB18, bitIndex1)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12144,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB18) | (~v17(constB18, bitIndex1))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12143, 12142])).
% 127.60/80.14 tff(12145,plain,
% 127.60/80.14 (~v17(constB18, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12144, 5133, 12137])).
% 127.60/80.14 tff(12146,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB18) | (~v17(constB18, bitIndex2)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB18) | (~v17(constB18, bitIndex2)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12147,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | (sP959(constB18) | (~v17(constB18, bitIndex2)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12148,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex2)))) | sP959(constB18) | (~v17(constB18, bitIndex2))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12147, 12146])).
% 127.60/80.14 tff(12149,plain,
% 127.60/80.14 (~v17(constB18, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12148, 1233, 12137])).
% 127.60/80.14 tff(12150,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB18, bitIndex2) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v970(constB18)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB18, bitIndex2) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v970(constB18)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12151,plain,
% 127.60/80.14 ((v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | v17(constB18, bitIndex2) | (~v970(constB18))) <=> (v17(constB18, bitIndex2) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v970(constB18)))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12152,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | v17(constB18, bitIndex2) | (~v970(constB18)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB18, bitIndex2) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v970(constB18))))),
% 127.60/80.14 inference(monotonicity,[status(thm)],[12151])).
% 127.60/80.14 tff(12153,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | v17(constB18, bitIndex2) | (~v970(constB18)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB18, bitIndex2) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v970(constB18)))),
% 127.60/80.14 inference(transitivity,[status(thm)],[12152, 12150])).
% 127.60/80.14 tff(12154,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | v17(constB18, bitIndex2) | (~v970(constB18)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12155,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB18, bitIndex2) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v970(constB18))),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12154, 12153])).
% 127.60/80.14 tff(12156,plain,
% 127.60/80.14 ($false),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12155, 6107, 12149, 12145, 12141, 12136])).
% 127.60/80.14 tff(12157,plain,(v7(constB18, bitIndex0) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.14 tff(12158,plain,
% 127.60/80.14 (v7(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12157, 5706, 5712, 3861])).
% 127.60/80.14 tff(12159,plain,
% 127.60/80.14 (v7(constB17, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9562, 12158])).
% 127.60/80.14 tff(12160,plain,
% 127.60/80.14 (v1052(constB17)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9570, 12159])).
% 127.60/80.14 tff(12161,plain,
% 127.60/80.14 (v1050(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9575, 12160])).
% 127.60/80.14 tff(12162,plain,
% 127.60/80.14 (v13(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[9583, 12161])).
% 127.60/80.14 tff(12163,plain,
% 127.60/80.14 (~v1003(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11913, 1953, 5720])).
% 127.60/80.14 tff(12164,plain,
% 127.60/80.14 (~v17(constB18, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11909, 1220, 5720])).
% 127.60/80.14 tff(12165,plain,
% 127.60/80.14 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB18) | v1003(constB18) | v17(constB18, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB18) | v1003(constB18) | v17(constB18, bitIndex2))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12166,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB18) | v1003(constB18) | v17(constB18, bitIndex2))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12167,plain,
% 127.60/80.14 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB18) | v1003(constB18) | v17(constB18, bitIndex2)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12166, 12165])).
% 127.60/80.14 tff(12168,plain,
% 127.60/80.14 (sP954_aig_name(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12167, 1971, 12164, 12163])).
% 127.60/80.14 tff(12169,plain,
% 127.60/80.14 (~v28(constB18, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5736, 1912, 5720])).
% 127.60/80.14 tff(12170,plain,
% 127.60/80.14 (~v28(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11928, 1901, 5720])).
% 127.60/80.14 tff(12171,plain,
% 127.60/80.14 (~v32(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11846, 1923, 5720])).
% 127.60/80.14 tff(12172,plain,
% 127.60/80.14 (v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12012, 1785, 3861])).
% 127.60/80.14 tff(12173,plain,
% 127.60/80.14 (sP957(constB18)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12172, 5707, 5706])).
% 127.60/80.14 tff(12174,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB18) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB18) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12175,plain,
% 127.60/80.14 (((~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | v28(constB18, bitIndex1) | (~sP957(constB18))) <=> (v32(constB18) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12176,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | v28(constB18, bitIndex1) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB18) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0)))),
% 127.60/80.14 inference(monotonicity,[status(thm)],[12175])).
% 127.60/80.14 tff(12177,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | v28(constB18, bitIndex1) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB18) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0))),
% 127.60/80.14 inference(transitivity,[status(thm)],[12176, 12174])).
% 127.60/80.14 tff(12178,plain,
% 127.60/80.14 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB18, bitIndex0)) | v32(constB18) | v28(constB18, bitIndex0) | v28(constB18, bitIndex1) | (~sP957(constB18)))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12179,plain,
% 127.60/80.14 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB18) | (~sP957(constB18)) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12178, 12177])).
% 127.60/80.14 tff(12180,plain,
% 127.60/80.14 (v32(constB18) | (~v924(constB18, bitIndex0)) | v28(constB18, bitIndex1) | v28(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12179, 1938, 12173])).
% 127.60/80.14 tff(12181,plain,
% 127.60/80.14 (~v924(constB18, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12180, 12171, 12170, 12169])).
% 127.60/80.14 tff(12182,plain,
% 127.60/80.14 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB18)) | v924(constB18, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB18)) | v924(constB18, bitIndex0))),
% 127.60/80.14 inference(rewrite,[status(thm)],[])).
% 127.60/80.14 tff(12183,plain,
% 127.60/80.14 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB18)) | v924(constB18, bitIndex0))),
% 127.60/80.14 inference(quant_inst,[status(thm)],[])).
% 127.60/80.14 tff(12184,plain,
% 127.60/80.14 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB18)) | v924(constB18, bitIndex0)),
% 127.60/80.14 inference(modus_ponens,[status(thm)],[12183, 12182])).
% 127.60/80.14 tff(12185,plain,
% 127.60/80.14 ($false),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12184, 1982, 12181, 12168])).
% 127.60/80.14 tff(12186,plain,(v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.14 tff(12187,plain,
% 127.60/80.14 (v7(constB18, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[12186, 5706, 5712, 3861])).
% 127.60/80.14 tff(12188,plain,
% 127.60/80.14 (v7(constB17, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5636, 12187])).
% 127.60/80.14 tff(12189,plain,
% 127.60/80.14 (v929(constB17, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5615, 12188])).
% 127.60/80.14 tff(12190,plain,
% 127.60/80.14 (v940(constB17, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5607, 12189])).
% 127.60/80.14 tff(12191,plain,
% 127.60/80.14 (v938(constB16, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5581, 12190])).
% 127.60/80.14 tff(12192,plain,
% 127.60/80.14 (v13(constB16, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10079, 12191])).
% 127.60/80.14 tff(12193,plain,
% 127.60/80.14 (v7(constB16, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10103, 12192, 12162, 12040])).
% 127.60/80.14 tff(12194,plain,
% 127.60/80.14 (v7(constB15, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[4072, 12193])).
% 127.60/80.14 tff(12195,plain,
% 127.60/80.14 (v929(constB15, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[5505, 12194])).
% 127.60/80.14 tff(12196,plain,
% 127.60/80.14 (v940(constB15, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2348, 12195])).
% 127.60/80.14 tff(12197,plain,
% 127.60/80.14 (v938(constB14, bitIndex1)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2356, 12196])).
% 127.60/80.14 tff(12198,plain,
% 127.60/80.14 (v13(constB14, bitIndex2)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[2362, 12197])).
% 127.60/80.14 tff(12199,plain,
% 127.60/80.14 (~v13(constB14, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10308, 12198, 1246])).
% 127.60/80.14 tff(12200,plain,
% 127.60/80.14 (~v1050(constB14)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10220, 12199])).
% 127.60/80.14 tff(12201,plain,
% 127.60/80.14 (~v1052(constB15)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10212, 12200])).
% 127.60/80.14 tff(12202,plain,
% 127.60/80.14 (~v7(constB15, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10207, 12201])).
% 127.60/80.14 tff(12203,plain,
% 127.60/80.14 (~v7(constB16, bitIndex0)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[10199, 12202])).
% 127.60/80.14 tff(12204,plain,
% 127.60/80.14 (~sP957(constB16)),
% 127.60/80.14 inference(unit_resolution,[status(thm)],[11254, 5875, 12203])).
% 127.60/80.14 tff(12205,plain,
% 127.60/80.14 (~sP960(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10179, 5864, 12203])).
% 127.60/80.15 tff(12206,plain,
% 127.60/80.15 (~v952(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10186, 6136, 12192, 12205])).
% 127.60/80.15 tff(12207,plain,
% 127.60/80.15 (v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11381, 6075, 12040])).
% 127.60/80.15 tff(12208,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12207, 12206, 12204, 12162])).
% 127.60/80.15 tff(12209,plain,(v7(constB18, bitIndex1) | (~v11(constB14)) | v11(constB10) | (~v11(constB16)) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12210,plain,
% 127.60/80.15 (v7(constB18, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12209, 12016, 1246, 11849, 12112, 12111])).
% 127.60/80.15 tff(12211,plain,
% 127.60/80.15 (v7(constB17, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5759, 12210])).
% 127.60/80.15 tff(12212,plain,
% 127.60/80.15 (v956(constB17, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10249, 12211])).
% 127.60/80.15 tff(12213,plain,
% 127.60/80.15 (v940(constB17, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5567, 12212])).
% 127.60/80.15 tff(12214,plain,
% 127.60/80.15 (v938(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5541, 12213])).
% 127.60/80.15 tff(12215,plain,
% 127.60/80.15 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5532, 320, 11849])).
% 127.60/80.15 tff(12216,plain,
% 127.60/80.15 (v13(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12215, 12214])).
% 127.60/80.15 tff(12217,plain,
% 127.60/80.15 (~v13(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10241, 12216, 3976, 3979, 12016, 12040])).
% 127.60/80.15 tff(12218,plain,
% 127.60/80.15 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5572, 2226, 11849])).
% 127.60/80.15 tff(12219,plain,
% 127.60/80.15 (~v938(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12218, 12217])).
% 127.60/80.15 tff(12220,plain,
% 127.60/80.15 (~v940(constB17, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5581, 12219])).
% 127.60/80.15 tff(12221,plain,
% 127.60/80.15 (~v929(constB17, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5607, 12220])).
% 127.60/80.15 tff(12222,plain,
% 127.60/80.15 (~v7(constB17, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5615, 12221])).
% 127.60/80.15 tff(12223,plain,
% 127.60/80.15 (~v7(constB18, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5636, 12222])).
% 127.60/80.15 tff(12224,plain,
% 127.60/80.15 (sP959(constB18)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5710, 1871, 12223])).
% 127.60/80.15 tff(12225,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12226,plain,
% 127.60/80.15 (((~v924(constB18, bitIndex0)) | sP957(constB18) | (~v13(constB18, bitIndex0))) <=> (sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12227,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB18, bitIndex0)) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0))))),
% 127.60/80.15 inference(monotonicity,[status(thm)],[12226])).
% 127.60/80.15 tff(12228,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB18, bitIndex0)) | sP957(constB18) | (~v13(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0)))),
% 127.60/80.15 inference(transitivity,[status(thm)],[12227, 12225])).
% 127.60/80.15 tff(12229,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB18, bitIndex0)) | sP957(constB18) | (~v13(constB18, bitIndex0)))),
% 127.60/80.15 inference(quant_inst,[status(thm)],[])).
% 127.60/80.15 tff(12230,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | sP957(constB18) | (~v13(constB18, bitIndex0)) | (~v924(constB18, bitIndex0))),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12229, 12228])).
% 127.60/80.15 tff(12231,plain,
% 127.60/80.15 (sP957(constB18) | (~v924(constB18, bitIndex0))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12230, 7224, 3861])).
% 127.60/80.15 tff(12232,plain,
% 127.60/80.15 (~v924(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12231, 12116])).
% 127.60/80.15 tff(12233,plain,
% 127.60/80.15 (~sP956_aig_name(constB18)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11924, 7293, 12232])).
% 127.60/80.15 tff(12234,assumption,(sP959(constB18)), introduced(assumption)).
% 127.60/80.15 tff(12235,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12236,plain,
% 127.60/80.15 (((~v17(constB18, bitIndex0)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18))) <=> ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12237,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex0)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0))))),
% 127.60/80.15 inference(monotonicity,[status(thm)],[12236])).
% 127.60/80.15 tff(12238,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex0)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0)))),
% 127.60/80.15 inference(transitivity,[status(thm)],[12237, 12235])).
% 127.60/80.15 tff(12239,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex0)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.60/80.15 inference(quant_inst,[status(thm)],[])).
% 127.60/80.15 tff(12240,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0))),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12239, 12238])).
% 127.60/80.15 tff(12241,plain,
% 127.60/80.15 ((~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex0))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12240, 7256, 5712])).
% 127.60/80.15 tff(12242,plain,
% 127.60/80.15 (~v17(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12241, 10256, 12234])).
% 127.60/80.15 tff(12243,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12244,plain,
% 127.60/80.15 (((~v17(constB18, bitIndex1)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18))) <=> ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12245,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex1)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1))))),
% 127.60/80.15 inference(monotonicity,[status(thm)],[12244])).
% 127.60/80.15 tff(12246,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex1)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1)))),
% 127.60/80.15 inference(transitivity,[status(thm)],[12245, 12243])).
% 127.60/80.15 tff(12247,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex1)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.60/80.15 inference(quant_inst,[status(thm)],[])).
% 127.60/80.15 tff(12248,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1))),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12247, 12246])).
% 127.60/80.15 tff(12249,plain,
% 127.60/80.15 ((~sP958(constB18)) | (~sP959(constB18)) | (~v17(constB18, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12248, 5118, 5712])).
% 127.60/80.15 tff(12250,plain,
% 127.60/80.15 (~v17(constB18, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12249, 10256, 12234])).
% 127.60/80.15 tff(12251,plain,
% 127.60/80.15 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v1003(constB18)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v1003(constB18)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12252,plain,
% 127.60/80.15 ((v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | (~v1003(constB18))) <=> (v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v1003(constB18)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12253,plain,
% 127.60/80.15 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | (~v1003(constB18)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v1003(constB18))))),
% 127.60/80.15 inference(monotonicity,[status(thm)],[12252])).
% 127.60/80.15 tff(12254,plain,
% 127.60/80.15 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | (~v1003(constB18)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v1003(constB18)))),
% 127.60/80.15 inference(transitivity,[status(thm)],[12253, 12251])).
% 127.60/80.15 tff(12255,plain,
% 127.60/80.15 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB18, bitIndex0) | v17(constB18, bitIndex1) | (~v1003(constB18)))),
% 127.60/80.15 inference(quant_inst,[status(thm)],[])).
% 127.60/80.15 tff(12256,plain,
% 127.60/80.15 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB18, bitIndex1) | v17(constB18, bitIndex0) | (~v1003(constB18))),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12255, 12254])).
% 127.60/80.15 tff(12257,plain,
% 127.60/80.15 (~v1003(constB18)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12256, 4834, 12250, 12242])).
% 127.60/80.15 tff(12258,plain,
% 127.60/80.15 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex2)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB18, bitIndex2)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.60/80.15 inference(rewrite,[status(thm)],[])).
% 127.60/80.15 tff(12259,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB18, bitIndex2)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18)))),
% 127.60/80.15 inference(quant_inst,[status(thm)],[])).
% 127.60/80.15 tff(12260,plain,
% 127.60/80.15 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v17(constB18, bitIndex2)) | (~v13(constB18, bitIndex1)) | (~sP958(constB18)) | (~sP959(constB18))),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12259, 12258])).
% 127.60/80.15 tff(12261,plain,
% 127.60/80.15 ((~v17(constB18, bitIndex2)) | (~sP958(constB18)) | (~sP959(constB18))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12260, 1205, 5712])).
% 127.60/80.15 tff(12262,plain,
% 127.60/80.15 (~v17(constB18, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12261, 10256, 12234])).
% 127.60/80.15 tff(12263,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11920, 7308, 12262, 12257, 12233])).
% 127.60/80.15 tff(12264,plain,(v7(constB18, bitIndex0) | (~sP959(constB18)) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12265,plain,
% 127.60/80.15 (v7(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12264, 12224, 12112, 12111])).
% 127.60/80.15 tff(12266,plain,
% 127.60/80.15 (v7(constB17, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9562, 12265])).
% 127.60/80.15 tff(12267,plain,
% 127.60/80.15 (v1052(constB17)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9570, 12266])).
% 127.60/80.15 tff(12268,plain,
% 127.60/80.15 (v1050(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9575, 12267])).
% 127.60/80.15 tff(12269,plain,
% 127.60/80.15 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9582, 6040, 11849])).
% 127.60/80.15 tff(12270,plain,
% 127.60/80.15 (v13(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12269, 12268])).
% 127.60/80.15 tff(12271,plain,
% 127.60/80.15 (v7(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11331, 12270, 12216])).
% 127.60/80.15 tff(12272,plain,
% 127.60/80.15 (v7(constB15, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10199, 12271])).
% 127.60/80.15 tff(12273,plain,
% 127.60/80.15 (v1052(constB15)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10207, 12272])).
% 127.60/80.15 tff(12274,plain,
% 127.60/80.15 (v1050(constB14)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10212, 12273])).
% 127.60/80.15 tff(12275,plain,
% 127.60/80.15 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10219, 6040, 12016])).
% 127.60/80.15 tff(12276,plain,
% 127.60/80.15 (v13(constB14, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12275, 12274])).
% 127.60/80.15 tff(12277,plain,
% 127.60/80.15 (~v13(constB14, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10308, 12276, 1246])).
% 127.60/80.15 tff(12278,plain,
% 127.60/80.15 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2361, 2226, 12016])).
% 127.60/80.15 tff(12279,plain,
% 127.60/80.15 (~v938(constB14, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12278, 12277])).
% 127.60/80.15 tff(12280,plain,
% 127.60/80.15 (~v940(constB15, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2356, 12279])).
% 127.60/80.15 tff(12281,plain,
% 127.60/80.15 (~v929(constB15, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2348, 12280])).
% 127.60/80.15 tff(12282,plain,
% 127.60/80.15 (~v7(constB15, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5505, 12281])).
% 127.60/80.15 tff(12283,plain,
% 127.60/80.15 (~v7(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[4072, 12282])).
% 127.60/80.15 tff(12284,plain,
% 127.60/80.15 (sP959(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5510, 1871, 12283])).
% 127.60/80.15 tff(12285,plain,
% 127.60/80.15 (~sP958(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12041, 12284, 12216])).
% 127.60/80.15 tff(12286,plain,
% 127.60/80.15 (~v28(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9551, 1901, 12285])).
% 127.60/80.15 tff(12287,plain,
% 127.60/80.15 (~v28(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9547, 1912, 12285])).
% 127.60/80.15 tff(12288,plain,
% 127.60/80.15 (~v32(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5514, 1923, 12285])).
% 127.60/80.15 tff(12289,plain,
% 127.60/80.15 (sP957(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12046, 12283, 12270])).
% 127.60/80.15 tff(12290,plain,
% 127.60/80.15 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9598, 1938, 12289])).
% 127.60/80.15 tff(12291,plain,
% 127.60/80.15 (~v924(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12290, 12288, 12287, 12286])).
% 127.60/80.15 tff(12292,plain,
% 127.60/80.15 (~v1003(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9603, 1953, 12285])).
% 127.60/80.15 tff(12293,plain,
% 127.60/80.15 (~v17(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9607, 1220, 12285])).
% 127.60/80.15 tff(12294,plain,
% 127.60/80.15 (sP954_aig_name(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9611, 1971, 12293, 12292])).
% 127.60/80.15 tff(12295,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9615, 1982, 12294, 12291])).
% 127.60/80.15 tff(12296,plain,((constB19 = sK952_VarCurr) | v11(constB10) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12297,plain,
% 127.60/80.15 (constB19 = sK952_VarCurr),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12296, 1246, 11700, 11, 4112, 3964, 5281, 4113, 4111, 3694])).
% 127.60/80.15 tff(12298,plain,
% 127.60/80.15 (v956(constB19, bitIndex0) <=> v956(sK952_VarCurr, bitIndex0)),
% 127.60/80.15 inference(monotonicity,[status(thm)],[12297])).
% 127.60/80.15 tff(12299,plain,
% 127.60/80.15 (v956(sK952_VarCurr, bitIndex0) <=> v956(constB19, bitIndex0)),
% 127.60/80.15 inference(symmetry,[status(thm)],[12298])).
% 127.60/80.15 tff(12300,plain,
% 127.60/80.15 (v956(sK952_VarCurr, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1519, 11, 201])).
% 127.60/80.15 tff(12301,plain,
% 127.60/80.15 (v956(constB19, bitIndex0)),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12300, 12299])).
% 127.60/80.15 tff(12302,plain,
% 127.60/80.15 (v940(constB19, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11826, 12301])).
% 127.60/80.15 tff(12303,plain,
% 127.60/80.15 (v938(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11831, 12302])).
% 127.60/80.15 tff(12304,plain,
% 127.60/80.15 (v11(constB18)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11839, 335, 12303])).
% 127.60/80.15 tff(12305,plain,
% 127.60/80.15 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.60/80.15 inference(monotonicity,[status(thm)],[12297])).
% 127.60/80.15 tff(12306,plain,
% 127.60/80.15 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.60/80.15 inference(symmetry,[status(thm)],[12305])).
% 127.60/80.15 tff(12307,plain,
% 127.60/80.15 (v1044(sK952_VarCurr)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5791, 12297])).
% 127.60/80.15 tff(12308,plain,
% 127.60/80.15 (v1052(sK952_VarCurr)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12067, 12307])).
% 127.60/80.15 tff(12309,plain,
% 127.60/80.15 (v1052(constB19)),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12308, 12306])).
% 127.60/80.15 tff(12310,plain,
% 127.60/80.15 (v1050(constB18)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11888, 12309])).
% 127.60/80.15 tff(12311,plain,
% 127.60/80.15 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11895, 6040, 12310])).
% 127.60/80.15 tff(12312,plain,
% 127.60/80.15 (v13(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12311, 12304])).
% 127.60/80.15 tff(12313,plain,
% 127.60/80.15 (v13(constB18, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11841, 12303])).
% 127.60/80.15 tff(12314,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12186, 11775, 11759, 5712, 3861])).
% 127.60/80.15 tff(12315,plain,(v11(constB16) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12316,plain,
% 127.60/80.15 (v11(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12315, 5712, 3861])).
% 127.60/80.15 tff(12317,plain,
% 127.60/80.15 (~v11(constB14)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12209, 5706, 1246, 12316, 5712, 3861])).
% 127.60/80.15 tff(12318,plain,
% 127.60/80.15 (~v13(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5494, 12317])).
% 127.60/80.15 tff(12319,plain,
% 127.60/80.15 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5572, 2226, 12316])).
% 127.60/80.15 tff(12320,plain,
% 127.60/80.15 (~v938(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12319, 12318])).
% 127.60/80.15 tff(12321,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5581, 12190, 12320])).
% 127.60/80.15 tff(12322,plain,(v7(constB18, bitIndex1) | v11(constB10) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12323,plain,
% 127.60/80.15 (v7(constB18, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12322, 1246, 12313, 12312])).
% 127.60/80.15 tff(12324,plain,
% 127.60/80.15 (v7(constB17, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5759, 12323])).
% 127.60/80.15 tff(12325,plain,
% 127.60/80.15 (v956(constB17, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10249, 12324])).
% 127.60/80.15 tff(12326,plain,
% 127.60/80.15 (v940(constB17, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5567, 12325])).
% 127.60/80.15 tff(12327,plain,
% 127.60/80.15 (v938(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5541, 12326])).
% 127.60/80.15 tff(12328,plain,
% 127.60/80.15 (v11(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12315, 12313, 12312])).
% 127.60/80.15 tff(12329,plain,
% 127.60/80.15 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5532, 320, 12328])).
% 127.60/80.15 tff(12330,plain,
% 127.60/80.15 (v13(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12329, 12327])).
% 127.60/80.15 tff(12331,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9543, 5511, 5515, 10117])).
% 127.60/80.15 tff(12332,plain,(v11(constB14) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12333,plain,
% 127.60/80.15 (v11(constB14)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12332, 12330, 12040])).
% 127.60/80.15 tff(12334,plain,
% 127.60/80.15 (~v13(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10241, 12333, 3976, 3979, 12330, 12040])).
% 127.60/80.15 tff(12335,plain,
% 127.60/80.15 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5572, 2226, 12328])).
% 127.60/80.15 tff(12336,plain,
% 127.60/80.15 (~v938(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12335, 12334])).
% 127.60/80.15 tff(12337,plain,
% 127.60/80.15 (~v940(constB17, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5581, 12336])).
% 127.60/80.15 tff(12338,plain,
% 127.60/80.15 (~v929(constB17, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5607, 12337])).
% 127.60/80.15 tff(12339,plain,
% 127.60/80.15 (~v7(constB17, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5615, 12338])).
% 127.60/80.15 tff(12340,plain,
% 127.60/80.15 (~v7(constB18, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5636, 12339])).
% 127.60/80.15 tff(12341,plain,
% 127.60/80.15 (sP959(constB18)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5710, 1871, 12340])).
% 127.60/80.15 tff(12342,plain,
% 127.60/80.15 (v7(constB18, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12264, 12341, 12313, 12312])).
% 127.60/80.15 tff(12343,plain,
% 127.60/80.15 (v7(constB17, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9562, 12342])).
% 127.60/80.15 tff(12344,plain,
% 127.60/80.15 (v1052(constB17)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9570, 12343])).
% 127.60/80.15 tff(12345,plain,
% 127.60/80.15 (v1050(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9575, 12344])).
% 127.60/80.15 tff(12346,plain,
% 127.60/80.15 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9582, 6040, 12328])).
% 127.60/80.15 tff(12347,plain,
% 127.60/80.15 (v13(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12346, 12345])).
% 127.60/80.15 tff(12348,plain,
% 127.60/80.15 (v7(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11331, 12347, 12330])).
% 127.60/80.15 tff(12349,plain,
% 127.60/80.15 (v7(constB15, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10199, 12348])).
% 127.60/80.15 tff(12350,plain,
% 127.60/80.15 (v1052(constB15)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10207, 12349])).
% 127.60/80.15 tff(12351,plain,
% 127.60/80.15 (v1050(constB14)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10212, 12350])).
% 127.60/80.15 tff(12352,plain,
% 127.60/80.15 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10219, 6040, 12333])).
% 127.60/80.15 tff(12353,plain,
% 127.60/80.15 (v13(constB14, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12352, 12351])).
% 127.60/80.15 tff(12354,plain,
% 127.60/80.15 (~v13(constB14, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10308, 12353, 1246])).
% 127.60/80.15 tff(12355,plain,
% 127.60/80.15 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2361, 2226, 12333])).
% 127.60/80.15 tff(12356,plain,
% 127.60/80.15 (~v938(constB14, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12355, 12354])).
% 127.60/80.15 tff(12357,plain,
% 127.60/80.15 (~v940(constB15, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2356, 12356])).
% 127.60/80.15 tff(12358,plain,
% 127.60/80.15 (~v929(constB15, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2348, 12357])).
% 127.60/80.15 tff(12359,plain,
% 127.60/80.15 (~v7(constB15, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5505, 12358])).
% 127.60/80.15 tff(12360,plain,
% 127.60/80.15 (~v7(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[4072, 12359])).
% 127.60/80.15 tff(12361,plain,
% 127.60/80.15 (sP959(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5510, 1871, 12360])).
% 127.60/80.15 tff(12362,plain,
% 127.60/80.15 (~sP958(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12041, 12361, 12330])).
% 127.60/80.15 tff(12363,plain,
% 127.60/80.15 (~v28(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9551, 1901, 12362])).
% 127.60/80.15 tff(12364,plain,
% 127.60/80.15 (~v28(constB16, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9547, 1912, 12362])).
% 127.60/80.15 tff(12365,plain,
% 127.60/80.15 (~v32(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5514, 1923, 12362])).
% 127.60/80.15 tff(12366,plain,
% 127.60/80.15 (sP957(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12046, 12360, 12347])).
% 127.60/80.15 tff(12367,plain,
% 127.60/80.15 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9598, 1938, 12366])).
% 127.60/80.15 tff(12368,plain,
% 127.60/80.15 (~v924(constB16, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12367, 12365, 12364, 12363])).
% 127.60/80.15 tff(12369,plain,
% 127.60/80.15 (~v1003(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9603, 1953, 12362])).
% 127.60/80.15 tff(12370,plain,
% 127.60/80.15 (~v17(constB16, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9607, 1220, 12362])).
% 127.60/80.15 tff(12371,plain,
% 127.60/80.15 (sP954_aig_name(constB16)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9611, 1971, 12370, 12369])).
% 127.60/80.15 tff(12372,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9615, 1982, 12371, 12368])).
% 127.60/80.15 tff(12373,plain,(v11(constB10) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12374,plain,
% 127.60/80.15 (v11(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12373, 11735, 11, 11734, 11729, 11722, 11719, 11700, 11710])).
% 127.60/80.15 tff(12375,plain,
% 127.60/80.15 (v938(constB12, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[2159, 11709])).
% 127.60/80.15 tff(12376,plain,
% 127.60/80.15 (v13(constB12, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9911, 12375])).
% 127.60/80.15 tff(12377,plain,
% 127.60/80.15 (v11(constB12)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[9909, 335, 12375])).
% 127.60/80.15 tff(12378,plain,
% 127.60/80.15 (v1052(constB13) <=> v1052(sK952_VarCurr)),
% 127.60/80.15 inference(monotonicity,[status(thm)],[2398])).
% 127.60/80.15 tff(12379,plain,
% 127.60/80.15 (v1052(sK952_VarCurr) <=> v1052(constB13)),
% 127.60/80.15 inference(symmetry,[status(thm)],[12378])).
% 127.60/80.15 tff(12380,plain,
% 127.60/80.15 (v1044(sK952_VarCurr)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[5784, 2398])).
% 127.60/80.15 tff(12381,plain,
% 127.60/80.15 (v1052(sK952_VarCurr)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12067, 12380])).
% 127.60/80.15 tff(12382,plain,
% 127.60/80.15 (v1052(constB13)),
% 127.60/80.15 inference(modus_ponens,[status(thm)],[12381, 12379])).
% 127.60/80.15 tff(12383,plain,
% 127.60/80.15 (v1050(constB12)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10808, 12382])).
% 127.60/80.15 tff(12384,plain,
% 127.60/80.15 ((~v11(constB12)) | v13(constB12, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10802, 6040, 12383])).
% 127.60/80.15 tff(12385,plain,
% 127.60/80.15 (v13(constB12, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12384, 12377])).
% 127.60/80.15 tff(12386,plain,
% 127.60/80.15 (v7(constB12, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1987, 1774, 1876, 1775])).
% 127.60/80.15 tff(12387,plain,
% 127.60/80.15 (v7(constB11, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1342, 12386])).
% 127.60/80.15 tff(12388,plain,
% 127.60/80.15 (v956(constB11, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1311, 12387])).
% 127.60/80.15 tff(12389,plain,
% 127.60/80.15 (v940(constB11, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1303, 12388])).
% 127.60/80.15 tff(12390,plain,
% 127.60/80.15 (~v11(constB8)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11110, 1774, 7563, 1, 1775, 342, 1876])).
% 127.60/80.15 tff(12391,plain,
% 127.60/80.15 (v13(constB10, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6346, 12390])).
% 127.60/80.15 tff(12392,plain,
% 127.60/80.15 (sP958(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10943, 12391, 1])).
% 127.60/80.15 tff(12393,assumption,(sP959(constB10)), introduced(assumption)).
% 127.60/80.15 tff(12394,plain,
% 127.60/80.15 (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6384, 1886, 12393])).
% 127.60/80.15 tff(12395,plain,
% 127.60/80.15 (~v13(constB10, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12394, 12392, 1])).
% 127.60/80.15 tff(12396,plain,
% 127.60/80.15 (v11(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1252, 1247])).
% 127.60/80.15 tff(12397,assumption,(~v13(constB10, bitIndex1)), introduced(assumption)).
% 127.60/80.15 tff(12398,plain,
% 127.60/80.15 ((~v11(constB10)) | (~v938(constB10, bitIndex0))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6221, 320, 12397])).
% 127.60/80.15 tff(12399,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12398, 12396, 1247])).
% 127.60/80.15 tff(12400,plain,((~v938(constB10, bitIndex0)) | v13(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12401,plain,
% 127.60/80.15 (~v938(constB10, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12400, 12395])).
% 127.60/80.15 tff(12402,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1263, 12401, 12389])).
% 127.60/80.15 tff(12403,plain,(v7(constB12, bitIndex2) | v7(constB10, bitIndex1) | (~sP959(constB10)) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex0)) | (~v11(constB10)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12404,plain,
% 127.60/80.15 (v7(constB12, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12403, 1775, 6378, 1, 7563, 1876, 342])).
% 127.60/80.15 tff(12405,plain,
% 127.60/80.15 (v952(constB12, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11148, 12404, 2216])).
% 127.60/80.15 tff(12406,plain,
% 127.60/80.15 (v7(constB12, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11179, 12405, 1775, 1876])).
% 127.60/80.15 tff(12407,plain,
% 127.60/80.15 (v7(constB11, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7597, 12406])).
% 127.60/80.15 tff(12408,plain,
% 127.60/80.15 (v1052(constB11)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7591, 12407])).
% 127.60/80.15 tff(12409,plain,
% 127.60/80.15 (v1050(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7583, 12408])).
% 127.60/80.15 tff(12410,plain,
% 127.60/80.15 (v7(constB11, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1772, 12404])).
% 127.60/80.15 tff(12411,plain,
% 127.60/80.15 (v929(constB11, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1751, 12410])).
% 127.60/80.15 tff(12412,plain,
% 127.60/80.15 (v940(constB11, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1743, 12411])).
% 127.60/80.15 tff(12413,plain,
% 127.60/80.15 (v938(constB10, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1717, 12412])).
% 127.60/80.15 tff(12414,plain,
% 127.60/80.15 (v11(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1709, 1704])).
% 127.60/80.15 tff(12415,assumption,(~v13(constB10, bitIndex2)), introduced(assumption)).
% 127.60/80.15 tff(12416,plain,
% 127.60/80.15 ((~v11(constB10)) | (~v938(constB10, bitIndex1))),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6357, 2226, 12415])).
% 127.60/80.15 tff(12417,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12416, 12414, 1704])).
% 127.60/80.15 tff(12418,plain,((~v938(constB10, bitIndex1)) | v13(constB10, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12419,plain,
% 127.60/80.15 (v13(constB10, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12418, 12413])).
% 127.60/80.15 tff(12420,plain,
% 127.60/80.15 (~v13(constB10, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11193, 12419, 6360, 1])).
% 127.60/80.15 tff(12421,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7578, 12420, 12409])).
% 127.60/80.15 tff(12422,plain,((~v13(constB12, bitIndex0)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v13(constB12, bitIndex1)) | v13(constB12, bitIndex2) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12423,plain,
% 127.60/80.15 (v7(constB10, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12422, 12385, 12374, 1, 2216, 12376, 342])).
% 127.60/80.15 tff(12424,plain,
% 127.60/80.15 (v7(constB9, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6412, 12423])).
% 127.60/80.15 tff(12425,plain,
% 127.60/80.15 (v929(constB9, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6420, 12424])).
% 127.60/80.15 tff(12426,plain,
% 127.60/80.15 (v940(constB9, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6446, 12425])).
% 127.60/80.15 tff(12427,plain,
% 127.60/80.15 (v938(constB8, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6454, 12426])).
% 127.60/80.15 tff(12428,plain,
% 127.60/80.15 (v13(constB8, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7651, 12427])).
% 127.60/80.15 tff(12429,plain,
% 127.60/80.15 (~v13(constB8, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10908, 12428, 342])).
% 127.60/80.15 tff(12430,plain,
% 127.60/80.15 (v11(constB8)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[10622, 12427])).
% 127.60/80.15 tff(12431,plain,
% 127.60/80.15 (~v1050(constB8)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6491, 6040, 12430, 12429])).
% 127.60/80.15 tff(12432,plain,
% 127.60/80.15 (~v1052(constB9)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6483, 12431])).
% 127.60/80.15 tff(12433,plain,
% 127.60/80.15 (~v7(constB9, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6478, 12432])).
% 127.60/80.15 tff(12434,plain,
% 127.60/80.15 (~v7(constB10, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[6470, 12433])).
% 127.60/80.15 tff(12435,plain,
% 127.60/80.15 (~sP960(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7457, 5864, 12434])).
% 127.60/80.15 tff(12436,plain,
% 127.60/80.15 (v7(constB12, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11110, 12430, 12376, 1, 12385, 342, 12374])).
% 127.60/80.15 tff(12437,plain,
% 127.60/80.15 (v952(constB12, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11148, 12436, 2216])).
% 127.60/80.15 tff(12438,plain,
% 127.60/80.15 (v7(constB12, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[11179, 12437, 12376, 12385])).
% 127.60/80.15 tff(12439,plain,
% 127.60/80.15 (v7(constB11, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7597, 12438])).
% 127.60/80.15 tff(12440,plain,
% 127.60/80.15 (v1052(constB11)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7591, 12439])).
% 127.60/80.15 tff(12441,plain,
% 127.60/80.15 (v1050(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7583, 12440])).
% 127.60/80.15 tff(12442,plain,
% 127.60/80.15 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7577, 6040, 12374])).
% 127.60/80.15 tff(12443,plain,
% 127.60/80.15 (v13(constB10, bitIndex0)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12442, 12441])).
% 127.60/80.15 tff(12444,plain,
% 127.60/80.15 (~sP957(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7954, 5875, 12434])).
% 127.60/80.15 tff(12445,plain,
% 127.60/80.15 (v952(constB10, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[8024, 12444, 12443])).
% 127.60/80.15 tff(12446,plain,
% 127.60/80.15 (v7(constB11, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1772, 12436])).
% 127.60/80.15 tff(12447,plain,
% 127.60/80.15 (v929(constB11, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1751, 12446])).
% 127.60/80.15 tff(12448,plain,
% 127.60/80.15 (v940(constB11, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1743, 12447])).
% 127.60/80.15 tff(12449,plain,
% 127.60/80.15 (v938(constB10, bitIndex1)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[1717, 12448])).
% 127.60/80.15 tff(12450,plain,
% 127.60/80.15 (v13(constB10, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12418, 12449])).
% 127.60/80.15 tff(12451,plain,
% 127.60/80.15 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7452, 6136, 12450])).
% 127.60/80.15 tff(12452,plain,
% 127.60/80.15 ($false),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12451, 12445, 12435])).
% 127.60/80.15 tff(12453,plain,((~(constB13 = sK952_VarCurr)) | v7(constB10, bitIndex1) | v13(constB12, bitIndex2) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.15 tff(12454,plain,
% 127.60/80.15 (v13(constB12, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[12453, 2398, 1, 342, 11700, 11])).
% 127.60/80.15 tff(12455,plain,
% 127.60/80.15 (v13(constB8, bitIndex2)),
% 127.60/80.15 inference(unit_resolution,[status(thm)],[7939, 1794, 1, 1876, 7563])).
% 127.60/80.16 tff(12456,plain,
% 127.60/80.16 (~v13(constB8, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10908, 12455, 342])).
% 127.60/80.16 tff(12457,plain,
% 127.60/80.16 (v11(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7947, 1794, 1876, 7563, 1])).
% 127.60/80.16 tff(12458,plain,
% 127.60/80.16 (~v1050(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6491, 6040, 12457, 12456])).
% 127.60/80.16 tff(12459,plain,
% 127.60/80.16 (~v1052(constB9)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6483, 12458])).
% 127.60/80.16 tff(12460,plain,
% 127.60/80.16 (~v7(constB9, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6478, 12459])).
% 127.60/80.16 tff(12461,plain,
% 127.60/80.16 (~v7(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6470, 12460])).
% 127.60/80.16 tff(12462,plain,
% 127.60/80.16 (~sP958(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[8033, 12461, 1, 1876, 1794, 7563])).
% 127.60/80.16 tff(12463,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6464, 5886, 12461, 12462])).
% 127.60/80.16 tff(12464,plain,((~v13(constB12, bitIndex2)) | v7(constB10, bitIndex1) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12465,plain,
% 127.60/80.16 (~v13(constB12, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12464, 12454, 1, 12374, 342])).
% 127.60/80.16 tff(12466,plain,
% 127.60/80.16 (~v938(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9911, 12465])).
% 127.60/80.16 tff(12467,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2159, 12466, 11709])).
% 127.60/80.16 tff(12468,plain,((~(constB13 = sK952_VarCurr)) | v7(constB10, bitIndex1) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12469,plain,
% 127.60/80.16 (~(constB13 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12468, 1, 342, 11700, 11])).
% 127.60/80.16 tff(12470,plain,
% 127.60/80.16 (v7(constB14, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7544, 5349, 11])).
% 127.60/80.16 tff(12471,plain,
% 127.60/80.16 (v7(constB13, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2214, 12470])).
% 127.60/80.16 tff(12472,plain,
% 127.60/80.16 (v956(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2193, 12471])).
% 127.60/80.16 tff(12473,plain,
% 127.60/80.16 (v940(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2185, 12472])).
% 127.60/80.16 tff(12474,plain,
% 127.60/80.16 (v938(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2159, 12473])).
% 127.60/80.16 tff(12475,plain,
% 127.60/80.16 (v13(constB12, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9911, 12474])).
% 127.60/80.16 tff(12476,plain,
% 127.60/80.16 (v7(constB14, bitIndex0)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[11700, 5359])).
% 127.60/80.16 tff(12477,plain,
% 127.60/80.16 (v7(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10822, 12476])).
% 127.60/80.16 tff(12478,plain,
% 127.60/80.16 (v1052(constB13)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10816, 12477])).
% 127.60/80.16 tff(12479,plain,
% 127.60/80.16 (v1050(constB12)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10808, 12478])).
% 127.60/80.16 tff(12480,assumption,(v11(constB12)), introduced(assumption)).
% 127.60/80.16 tff(12481,plain,
% 127.60/80.16 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10802, 6040, 12480])).
% 127.60/80.16 tff(12482,plain,
% 127.60/80.16 (v13(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12481, 12479])).
% 127.60/80.16 tff(12483,plain,
% 127.60/80.16 (~v11(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10983, 1775, 1794, 1, 342, 7563])).
% 127.60/80.16 tff(12484,plain,
% 127.60/80.16 (~v938(constB8, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10622, 12483])).
% 127.60/80.16 tff(12485,plain,
% 127.60/80.16 (~v940(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6454, 12484])).
% 127.60/80.16 tff(12486,plain,
% 127.60/80.16 (v13(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6346, 12483])).
% 127.60/80.16 tff(12487,plain,
% 127.60/80.16 (~v13(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11193, 12486, 6360, 1])).
% 127.60/80.16 tff(12488,plain,
% 127.60/80.16 (~v938(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12418, 12487])).
% 127.60/80.16 tff(12489,plain,
% 127.60/80.16 (sP958(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10954, 6360, 1794, 7563, 1])).
% 127.60/80.16 tff(12490,plain,
% 127.60/80.16 (~v13(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6385, 6378, 12489])).
% 127.60/80.16 tff(12491,plain,
% 127.60/80.16 (~v938(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12400, 12490])).
% 127.60/80.16 tff(12492,plain,
% 127.60/80.16 (~v940(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1263, 12491])).
% 127.60/80.16 tff(12493,plain,
% 127.60/80.16 (~v956(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1303, 12492])).
% 127.60/80.16 tff(12494,plain,
% 127.60/80.16 (~v7(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1311, 12493])).
% 127.60/80.16 tff(12495,plain,
% 127.60/80.16 (~v7(constB12, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1342, 12494])).
% 127.60/80.16 tff(12496,plain,
% 127.60/80.16 (v7(constB12, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1863, 1775, 1794, 12495])).
% 127.60/80.16 tff(12497,plain,
% 127.60/80.16 (v7(constB11, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1772, 12496])).
% 127.60/80.16 tff(12498,plain,
% 127.60/80.16 (v929(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1751, 12497])).
% 127.60/80.16 tff(12499,plain,
% 127.60/80.16 (v940(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1743, 12498])).
% 127.60/80.16 tff(12500,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1717, 12499, 12488])).
% 127.60/80.16 tff(12501,plain,((~v13(constB12, bitIndex0)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v13(constB12, bitIndex2)) | v11(constB4) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12502,plain,
% 127.60/80.16 (v7(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12501, 1775, 1, 1794, 342, 7563])).
% 127.60/80.16 tff(12503,plain,
% 127.60/80.16 (v7(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6412, 12502])).
% 127.60/80.16 tff(12504,plain,
% 127.60/80.16 (v929(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6420, 12503])).
% 127.60/80.16 tff(12505,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6446, 12504, 12485])).
% 127.60/80.16 tff(12506,plain,((~v13(constB12, bitIndex0)) | v7(constB10, bitIndex1) | (~v13(constB12, bitIndex2)) | v11(constB4) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12507,plain,
% 127.60/80.16 (~v13(constB12, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12506, 12482, 1, 342, 12374])).
% 127.60/80.16 tff(12508,plain,
% 127.60/80.16 (v7(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12422, 12507, 12374, 1, 12482, 12475, 342])).
% 127.60/80.16 tff(12509,plain,
% 127.60/80.16 (v7(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6412, 12508])).
% 127.60/80.16 tff(12510,plain,
% 127.60/80.16 (v929(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6420, 12509])).
% 127.60/80.16 tff(12511,plain,
% 127.60/80.16 (v940(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6446, 12510])).
% 127.60/80.16 tff(12512,plain,
% 127.60/80.16 (v938(constB8, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6454, 12511])).
% 127.60/80.16 tff(12513,plain,
% 127.60/80.16 (v13(constB8, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7651, 12512])).
% 127.60/80.16 tff(12514,plain,
% 127.60/80.16 (~v13(constB8, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10908, 12513, 342])).
% 127.60/80.16 tff(12515,plain,
% 127.60/80.16 (v11(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10622, 12512])).
% 127.60/80.16 tff(12516,plain,
% 127.60/80.16 (~v1050(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6491, 6040, 12515, 12514])).
% 127.60/80.16 tff(12517,plain,
% 127.60/80.16 (~v1052(constB9)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6483, 12516])).
% 127.60/80.16 tff(12518,plain,
% 127.60/80.16 (~v7(constB9, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6478, 12517])).
% 127.60/80.16 tff(12519,plain,
% 127.60/80.16 (~v7(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6470, 12518])).
% 127.60/80.16 tff(12520,plain,
% 127.60/80.16 (~sP960(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7457, 5864, 12519])).
% 127.60/80.16 tff(12521,plain,
% 127.60/80.16 (v7(constB12, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11110, 12515, 12475, 1, 12482, 342, 12374])).
% 127.60/80.16 tff(12522,plain,
% 127.60/80.16 (v952(constB12, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11148, 12521, 12507])).
% 127.60/80.16 tff(12523,plain,
% 127.60/80.16 (v7(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11179, 12522, 12475, 12482])).
% 127.60/80.16 tff(12524,plain,
% 127.60/80.16 (v7(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7597, 12523])).
% 127.60/80.16 tff(12525,plain,
% 127.60/80.16 (v1052(constB11)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7591, 12524])).
% 127.60/80.16 tff(12526,plain,
% 127.60/80.16 (v1050(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7583, 12525])).
% 127.60/80.16 tff(12527,plain,
% 127.60/80.16 (v13(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12442, 12526])).
% 127.60/80.16 tff(12528,plain,
% 127.60/80.16 (~sP957(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7954, 5875, 12519])).
% 127.60/80.16 tff(12529,plain,
% 127.60/80.16 (v952(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[8024, 12528, 12527])).
% 127.60/80.16 tff(12530,plain,
% 127.60/80.16 (v7(constB11, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1772, 12521])).
% 127.60/80.16 tff(12531,plain,
% 127.60/80.16 (v929(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1751, 12530])).
% 127.60/80.16 tff(12532,plain,
% 127.60/80.16 (v940(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1743, 12531])).
% 127.60/80.16 tff(12533,plain,
% 127.60/80.16 (v938(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1717, 12532])).
% 127.60/80.16 tff(12534,plain,
% 127.60/80.16 (v13(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12418, 12533])).
% 127.60/80.16 tff(12535,plain,
% 127.60/80.16 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7452, 6136, 12534])).
% 127.60/80.16 tff(12536,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12535, 12529, 12520])).
% 127.60/80.16 tff(12537,plain,((~(constB14 = sK952_VarCurr)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB12)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12538,plain,
% 127.60/80.16 (~v11(constB12)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12537, 5349, 342, 1, 11700, 11])).
% 127.60/80.16 tff(12539,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9909, 335, 12538, 12474])).
% 127.60/80.16 tff(12540,plain,((~(constB14 = sK952_VarCurr)) | v11(constB4) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12541,plain,
% 127.60/80.16 (~(constB14 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12540, 1, 342, 11700, 11])).
% 127.60/80.16 tff(12542,plain,
% 127.60/80.16 (v7(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[4109, 4103, 11])).
% 127.60/80.16 tff(12543,plain,
% 127.60/80.16 (v956(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1311, 12542])).
% 127.60/80.16 tff(12544,plain,
% 127.60/80.16 (v940(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1303, 12543])).
% 127.60/80.16 tff(12545,plain,
% 127.60/80.16 (v938(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1263, 12544])).
% 127.60/80.16 tff(12546,plain,
% 127.60/80.16 (v13(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12400, 12545])).
% 127.60/80.16 tff(12547,plain,
% 127.60/80.16 (v1052(constB11) <=> v1052(sK952_VarCurr)),
% 127.60/80.16 inference(monotonicity,[status(thm)],[4103])).
% 127.60/80.16 tff(12548,plain,
% 127.60/80.16 (v1052(sK952_VarCurr) <=> v1052(constB11)),
% 127.60/80.16 inference(symmetry,[status(thm)],[12547])).
% 127.60/80.16 tff(12549,plain,
% 127.60/80.16 (v1044(sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[5855, 4103])).
% 127.60/80.16 tff(12550,plain,
% 127.60/80.16 (v1052(sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12067, 12549])).
% 127.60/80.16 tff(12551,plain,
% 127.60/80.16 (v1052(constB11)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[12550, 12548])).
% 127.60/80.16 tff(12552,plain,
% 127.60/80.16 (v1050(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7583, 12551])).
% 127.60/80.16 tff(12553,plain,
% 127.60/80.16 (v13(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12442, 12552])).
% 127.60/80.16 tff(12554,plain,
% 127.60/80.16 (sP958(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10943, 12553, 1])).
% 127.60/80.16 tff(12555,plain,
% 127.60/80.16 (~sP959(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6385, 12554, 12546])).
% 127.60/80.16 tff(12556,plain,
% 127.60/80.16 (v7(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6377, 1871, 12555])).
% 127.60/80.16 tff(12557,plain,
% 127.60/80.16 (v7(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6412, 12556])).
% 127.60/80.16 tff(12558,plain,
% 127.60/80.16 (v929(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6420, 12557])).
% 127.60/80.16 tff(12559,plain,
% 127.60/80.16 (v940(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6446, 12558])).
% 127.60/80.16 tff(12560,plain,
% 127.60/80.16 (v938(constB8, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6454, 12559])).
% 127.60/80.16 tff(12561,plain,
% 127.60/80.16 (v13(constB8, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7651, 12560])).
% 127.60/80.16 tff(12562,plain,
% 127.60/80.16 (~v13(constB8, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10908, 12561, 342])).
% 127.60/80.16 tff(12563,plain,
% 127.60/80.16 (~v17(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7466, 1233, 12555])).
% 127.60/80.16 tff(12564,plain,
% 127.60/80.16 (~v17(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6517, 12563])).
% 127.60/80.16 tff(12565,plain,
% 127.60/80.16 (~v1019(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6543, 12564])).
% 127.60/80.16 tff(12566,plain,
% 127.60/80.16 (~v1017(constB8, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6551, 12565])).
% 127.60/80.16 tff(12567,plain,
% 127.60/80.16 (v11(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6611, 12566])).
% 127.60/80.16 tff(12568,plain,
% 127.60/80.16 (sP957(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[8002, 12553, 1, 12546, 12554])).
% 127.60/80.16 tff(12569,plain,
% 127.60/80.16 (v7(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7954, 5875, 12568])).
% 127.60/80.16 tff(12570,plain,
% 127.60/80.16 (v7(constB9, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6470, 12569])).
% 127.60/80.16 tff(12571,plain,
% 127.60/80.16 (v1052(constB9)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6478, 12570])).
% 127.60/80.16 tff(12572,plain,
% 127.60/80.16 (v1050(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6483, 12571])).
% 127.60/80.16 tff(12573,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6491, 6040, 12572, 12567, 12562])).
% 127.60/80.16 tff(12574,plain,((~(constB11 = sK952_VarCurr)) | v11(constB4) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12575,plain,
% 127.60/80.16 (~(constB11 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12574, 1, 342, 11700, 11])).
% 127.60/80.16 tff(12576,plain,
% 127.60/80.16 (v7(constB12, bitIndex0)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[11700, 6224])).
% 127.60/80.16 tff(12577,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7613, 12576])).
% 127.60/80.16 tff(12578,plain,((~(constB12 = sK952_VarCurr)) | v7(constB12, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12579,plain,
% 127.60/80.16 (v7(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12578, 5324, 11700])).
% 127.60/80.16 tff(12580,plain,
% 127.60/80.16 (v7(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7597, 12579])).
% 127.60/80.16 tff(12581,plain,
% 127.60/80.16 (v1052(constB11)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7591, 12580])).
% 127.60/80.16 tff(12582,plain,
% 127.60/80.16 (v1050(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7583, 12581])).
% 127.60/80.16 tff(12583,plain,
% 127.60/80.16 (v13(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12442, 12582])).
% 127.60/80.16 tff(12584,plain,
% 127.60/80.16 (sP958(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10943, 12583, 1])).
% 127.60/80.16 tff(12585,plain,
% 127.60/80.16 (v13(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12400, 9277])).
% 127.60/80.16 tff(12586,plain,
% 127.60/80.16 (~sP959(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6385, 12585, 12584])).
% 127.60/80.16 tff(12587,plain,
% 127.60/80.16 (v7(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6377, 1871, 12586])).
% 127.60/80.16 tff(12588,plain,
% 127.60/80.16 (v7(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6412, 12587])).
% 127.60/80.16 tff(12589,plain,
% 127.60/80.16 (v929(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6420, 12588])).
% 127.60/80.16 tff(12590,plain,
% 127.60/80.16 (v940(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6446, 12589])).
% 127.60/80.16 tff(12591,plain,
% 127.60/80.16 (v938(constB8, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6454, 12590])).
% 127.60/80.16 tff(12592,plain,
% 127.60/80.16 (v13(constB8, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7651, 12591])).
% 127.60/80.16 tff(12593,plain,
% 127.60/80.16 (~v13(constB8, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10908, 12592, 342])).
% 127.60/80.16 tff(12594,plain,
% 127.60/80.16 (~v17(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7466, 1233, 12586])).
% 127.60/80.16 tff(12595,plain,
% 127.60/80.16 (~v17(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6517, 12594])).
% 127.60/80.16 tff(12596,plain,
% 127.60/80.16 (~v1019(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6543, 12595])).
% 127.60/80.16 tff(12597,plain,
% 127.60/80.16 (~v1017(constB8, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6551, 12596])).
% 127.60/80.16 tff(12598,plain,
% 127.60/80.16 (v11(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6611, 12597])).
% 127.60/80.16 tff(12599,plain,
% 127.60/80.16 (sP957(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[8002, 12585, 1, 12583, 12584])).
% 127.60/80.16 tff(12600,plain,
% 127.60/80.16 (v7(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7954, 5875, 12599])).
% 127.60/80.16 tff(12601,plain,
% 127.60/80.16 (v7(constB9, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6470, 12600])).
% 127.60/80.16 tff(12602,plain,
% 127.60/80.16 (v1052(constB9)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6478, 12601])).
% 127.60/80.16 tff(12603,plain,
% 127.60/80.16 (v1050(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6483, 12602])).
% 127.60/80.16 tff(12604,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6491, 6040, 12603, 12598, 12593])).
% 127.60/80.16 tff(12605,plain,((~(constB12 = sK952_VarCurr)) | v11(constB4) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12606,plain,
% 127.60/80.16 (~(constB12 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12605, 1, 342, 11, 11700])).
% 127.60/80.16 tff(12607,plain,
% 127.60/80.16 (v7(constB15, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12015, 5374, 11, 4112, 3964, 11346, 5323, 11348, 2408, 5281, 4113, 11700, 4111, 3694, 5310])).
% 127.60/80.16 tff(12608,plain,
% 127.60/80.16 (v956(constB15, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9649, 12607])).
% 127.60/80.16 tff(12609,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9654, 12608, 11684])).
% 127.60/80.16 tff(12610,plain,(v11(constB14) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12611,plain,
% 127.60/80.16 (v11(constB14)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12610, 2408, 11734, 11729, 12606, 12575, 12541, 11, 11722, 11719, 11700, 11735, 11710, 5310])).
% 127.60/80.16 tff(12612,plain,
% 127.60/80.16 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB13, bitIndex1)) | (~nextState(constB13, constB14)) | v957(constB14) | v7(constB14, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB13, bitIndex1)) | (~nextState(constB13, constB14)) | v957(constB14) | v7(constB14, bitIndex1))),
% 127.60/80.16 inference(rewrite,[status(thm)],[])).
% 127.60/80.16 tff(12613,plain,
% 127.60/80.16 (((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex1)) | v957(constB14) | v7(constB14, bitIndex1)) <=> ((~v7(constB13, bitIndex1)) | (~nextState(constB13, constB14)) | v957(constB14) | v7(constB14, bitIndex1))),
% 127.60/80.16 inference(rewrite,[status(thm)],[])).
% 127.60/80.16 tff(12614,plain,
% 127.60/80.16 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex1)) | v957(constB14) | v7(constB14, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB13, bitIndex1)) | (~nextState(constB13, constB14)) | v957(constB14) | v7(constB14, bitIndex1)))),
% 127.60/80.16 inference(monotonicity,[status(thm)],[12613])).
% 127.60/80.16 tff(12615,plain,
% 127.60/80.16 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex1)) | v957(constB14) | v7(constB14, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB13, bitIndex1)) | (~nextState(constB13, constB14)) | v957(constB14) | v7(constB14, bitIndex1))),
% 127.60/80.16 inference(transitivity,[status(thm)],[12614, 12612])).
% 127.60/80.16 tff(12616,plain,
% 127.60/80.16 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex1)) | v957(constB14) | v7(constB14, bitIndex1))),
% 127.60/80.16 inference(quant_inst,[status(thm)],[])).
% 127.60/80.16 tff(12617,plain,
% 127.60/80.16 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB13, bitIndex1)) | (~nextState(constB13, constB14)) | v957(constB14) | v7(constB14, bitIndex1)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[12616, 12615])).
% 127.60/80.16 tff(12618,plain,
% 127.60/80.16 ((~v7(constB13, bitIndex1)) | v957(constB14) | v7(constB14, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12617, 2627, 1365])).
% 127.60/80.16 tff(12619,plain,
% 127.60/80.16 ((~v7(constB13, bitIndex1)) | v7(constB14, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12618, 2206])).
% 127.60/80.16 tff(12620,plain,
% 127.60/80.16 (~v7(constB13, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12619, 7542])).
% 127.60/80.16 tff(12621,plain,
% 127.60/80.16 (~(constB17 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11772, 10463, 11])).
% 127.60/80.16 tff(12622,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11811, 12621, 11352, 4112, 3964, 11346, 5323, 11348, 2408, 5281, 4113, 11774, 4111, 3694, 5310, 5282, 11])).
% 127.60/80.16 tff(12623,plain,(v7(constB18, bitIndex1) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12624,plain,
% 127.60/80.16 (v7(constB18, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12623, 5282, 11729, 12606, 12575, 12541, 2408, 11722, 11719, 11774, 11735, 11710, 5310, 11734, 11])).
% 127.60/80.16 tff(12625,plain,
% 127.60/80.16 (v7(constB17, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[5759, 12624])).
% 127.60/80.16 tff(12626,plain,
% 127.60/80.16 (v956(constB17, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10249, 12625])).
% 127.60/80.16 tff(12627,plain,
% 127.60/80.16 (v940(constB17, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[5567, 12626])).
% 127.60/80.16 tff(12628,plain,
% 127.60/80.16 (v938(constB16, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[5541, 12627])).
% 127.60/80.16 tff(12629,plain,
% 127.60/80.16 (~v13(constB18, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12315, 3695, 3859])).
% 127.60/80.16 tff(12630,plain,
% 127.60/80.16 (~v938(constB18, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11841, 12629])).
% 127.60/80.16 tff(12631,plain,
% 127.60/80.16 (~v940(constB19, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11831, 12630])).
% 127.60/80.16 tff(12632,plain,
% 127.60/80.16 (~v956(constB19, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11826, 12631])).
% 127.60/80.16 tff(12633,plain,
% 127.60/80.16 (~v7(constB19, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11821, 12632])).
% 127.60/80.16 tff(12634,plain,
% 127.60/80.16 (v7(constB19, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.60/80.16 inference(monotonicity,[status(thm)],[3965])).
% 127.60/80.16 tff(12635,plain,
% 127.60/80.16 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB19, bitIndex1)),
% 127.60/80.16 inference(symmetry,[status(thm)],[12634])).
% 127.60/80.16 tff(12636,plain,
% 127.60/80.16 (v7(constB19, bitIndex1)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[11, 12635])).
% 127.60/80.16 tff(12637,assumption,(~v7(constB19, bitIndex1)), introduced(assumption)).
% 127.60/80.16 tff(12638,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12637, 12636])).
% 127.60/80.16 tff(12639,plain,((~(constB19 = sK952_VarCurr)) | v7(constB19, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12640,plain,
% 127.60/80.16 (~(constB19 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12639, 12633, 11])).
% 127.60/80.16 tff(12641,plain,
% 127.60/80.16 (~v7(constB20, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9468, 12633])).
% 127.60/80.16 tff(12642,plain,
% 127.60/80.16 (~(constB20 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11815, 12641, 11])).
% 127.60/80.16 tff(12643,plain,
% 127.60/80.16 (~(constB13 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11706, 11704, 11])).
% 127.60/80.16 tff(12644,plain,
% 127.60/80.16 (~v7(constB14, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2214, 11704])).
% 127.60/80.16 tff(12645,plain,
% 127.60/80.16 (~(constB14 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7544, 12644, 11])).
% 127.60/80.16 tff(12646,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11848, 12645, 12643, 4112, 3964, 11346, 5323, 3695, 11774, 5281, 4113, 11, 4111, 3694, 5310])).
% 127.60/80.16 tff(12647,plain,(v7(constB13, bitIndex1) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | v11(constB16) | v7(constB15, bitIndex1) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1)) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12648,plain,
% 127.60/80.16 (v7(constB13, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12647, 5310, 11729, 12606, 12575, 3695, 11774, 11722, 11719, 11, 11735, 11710, 11734])).
% 127.60/80.16 tff(12649,plain,
% 127.60/80.16 (v956(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2193, 12648])).
% 127.60/80.16 tff(12650,plain,
% 127.60/80.16 (v940(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2185, 12649])).
% 127.60/80.16 tff(12651,plain,
% 127.60/80.16 (v938(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2159, 12650])).
% 127.60/80.16 tff(12652,plain,
% 127.60/80.16 (~(constB14 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12537, 12480, 342, 1, 11700, 11])).
% 127.60/80.16 tff(12653,plain,
% 127.60/80.16 (constB13 = sK952_VarCurr),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11848, 12652, 11734, 11729, 12606, 12575, 3695, 11774, 11722, 11719, 11, 11735, 11710, 5310])).
% 127.60/80.16 tff(12654,plain,
% 127.60/80.16 (v7(constB13, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11706, 12653, 11])).
% 127.60/80.16 tff(12655,plain,
% 127.60/80.16 (v956(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2193, 12654])).
% 127.60/80.16 tff(12656,plain,
% 127.60/80.16 (v940(constB13, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2185, 12655])).
% 127.60/80.16 tff(12657,plain,
% 127.60/80.16 (v938(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[2159, 12656])).
% 127.60/80.16 tff(12658,plain,
% 127.60/80.16 (v13(constB12, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9911, 12657])).
% 127.60/80.16 tff(12659,plain,
% 127.60/80.16 (v1052(constB13) <=> v1052(sK952_VarCurr)),
% 127.60/80.16 inference(monotonicity,[status(thm)],[12653])).
% 127.60/80.16 tff(12660,plain,
% 127.60/80.16 (v1052(sK952_VarCurr) <=> v1052(constB13)),
% 127.60/80.16 inference(symmetry,[status(thm)],[12659])).
% 127.60/80.16 tff(12661,plain,
% 127.60/80.16 (v1044(sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[5784, 12653])).
% 127.60/80.16 tff(12662,plain,
% 127.60/80.16 (v1052(sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12067, 12661])).
% 127.60/80.16 tff(12663,plain,
% 127.60/80.16 (v1052(constB13)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[12662, 12660])).
% 127.60/80.16 tff(12664,plain,
% 127.60/80.16 (v1050(constB12)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10808, 12663])).
% 127.60/80.16 tff(12665,plain,
% 127.60/80.16 (v13(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12481, 12664])).
% 127.60/80.16 tff(12666,plain,
% 127.60/80.16 (~v13(constB12, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12506, 12665, 1, 342, 12374])).
% 127.60/80.16 tff(12667,plain,
% 127.60/80.16 (v7(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12422, 12665, 12374, 1, 12666, 12658, 342])).
% 127.60/80.16 tff(12668,plain,
% 127.60/80.16 (v7(constB9, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6412, 12667])).
% 127.60/80.16 tff(12669,plain,
% 127.60/80.16 (v929(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6420, 12668])).
% 127.60/80.16 tff(12670,plain,
% 127.60/80.16 (v940(constB9, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6446, 12669])).
% 127.60/80.16 tff(12671,plain,
% 127.60/80.16 (v938(constB8, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6454, 12670])).
% 127.60/80.16 tff(12672,plain,
% 127.60/80.16 (v13(constB8, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7651, 12671])).
% 127.60/80.16 tff(12673,plain,
% 127.60/80.16 (~v13(constB8, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10908, 12672, 342])).
% 127.60/80.16 tff(12674,plain,
% 127.60/80.16 (v11(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10622, 12671])).
% 127.60/80.16 tff(12675,plain,
% 127.60/80.16 (~v1050(constB8)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6491, 6040, 12674, 12673])).
% 127.60/80.16 tff(12676,plain,
% 127.60/80.16 (~v1052(constB9)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6483, 12675])).
% 127.60/80.16 tff(12677,plain,
% 127.60/80.16 (~v7(constB9, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6478, 12676])).
% 127.60/80.16 tff(12678,plain,
% 127.60/80.16 (~v7(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[6470, 12677])).
% 127.60/80.16 tff(12679,plain,
% 127.60/80.16 (~sP960(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7457, 5864, 12678])).
% 127.60/80.16 tff(12680,plain,
% 127.60/80.16 (v7(constB12, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11110, 12674, 12658, 1, 12665, 342, 12374])).
% 127.60/80.16 tff(12681,plain,
% 127.60/80.16 (v952(constB12, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11148, 12680, 12666])).
% 127.60/80.16 tff(12682,plain,
% 127.60/80.16 (v7(constB12, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11179, 12681, 12658, 12665])).
% 127.60/80.16 tff(12683,plain,
% 127.60/80.16 (v7(constB11, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7597, 12682])).
% 127.60/80.16 tff(12684,plain,
% 127.60/80.16 (v1052(constB11)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7591, 12683])).
% 127.60/80.16 tff(12685,plain,
% 127.60/80.16 (v1050(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7583, 12684])).
% 127.60/80.16 tff(12686,plain,
% 127.60/80.16 (v13(constB10, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12442, 12685])).
% 127.60/80.16 tff(12687,plain,
% 127.60/80.16 (~sP957(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7954, 5875, 12678])).
% 127.60/80.16 tff(12688,plain,
% 127.60/80.16 (v952(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[8024, 12687, 12686])).
% 127.60/80.16 tff(12689,plain,
% 127.60/80.16 (v7(constB11, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1772, 12680])).
% 127.60/80.16 tff(12690,plain,
% 127.60/80.16 (v929(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1751, 12689])).
% 127.60/80.16 tff(12691,plain,
% 127.60/80.16 (v940(constB11, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1743, 12690])).
% 127.60/80.16 tff(12692,plain,
% 127.60/80.16 (v938(constB10, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[1717, 12691])).
% 127.60/80.16 tff(12693,plain,
% 127.60/80.16 (v13(constB10, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12418, 12692])).
% 127.60/80.16 tff(12694,plain,
% 127.60/80.16 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[7452, 6136, 12693])).
% 127.60/80.16 tff(12695,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12694, 12688, 12679])).
% 127.60/80.16 tff(12696,plain,((~v11(constB12)) | v7(constB10, bitIndex1) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | v11(constB16) | v7(constB15, bitIndex1) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12697,plain,
% 127.60/80.16 (~v11(constB12)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12696, 5310, 342, 11700, 11, 3695, 11774, 1])).
% 127.60/80.16 tff(12698,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9909, 335, 12697, 12651])).
% 127.60/80.16 tff(12699,plain,((constB19 = sK952_VarCurr) | v11(constB16) | v7(constB15, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12700,plain,
% 127.60/80.16 (v7(constB15, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12699, 12640, 3695, 11, 342, 11700, 1])).
% 127.60/80.16 tff(12701,plain,
% 127.60/80.16 (v956(constB15, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9649, 12700])).
% 127.60/80.16 tff(12702,plain,
% 127.60/80.16 (v940(constB15, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9654, 12701])).
% 127.60/80.16 tff(12703,plain,
% 127.60/80.16 (v938(constB14, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9659, 12702])).
% 127.60/80.16 tff(12704,plain,
% 127.60/80.16 (v11(constB14)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11682, 12703])).
% 127.60/80.16 tff(12705,plain,
% 127.60/80.16 (v13(constB14, bitIndex1)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[11741, 12703])).
% 127.60/80.16 tff(12706,plain,
% 127.60/80.16 (v7(constB16, bitIndex0)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[11700, 4025])).
% 127.60/80.16 tff(12707,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10171, 12706])).
% 127.60/80.16 tff(12708,plain,((~(constB16 = sK952_VarCurr)) | v7(constB16, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12709,plain,
% 127.60/80.16 (~(constB16 = sK952_VarCurr)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12708, 10171, 11700])).
% 127.60/80.16 tff(12710,plain,
% 127.60/80.16 (constB15 = sK952_VarCurr),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[5347, 12709, 4113, 5283, 11349, 11347, 5322, 11351, 4112, 3964, 11346, 5323, 5321, 2408, 5281, 11348, 5282, 4111, 3694, 5310, 5284])).
% 127.60/80.16 tff(12711,plain,
% 127.60/80.16 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.16 inference(monotonicity,[status(thm)],[12710])).
% 127.60/80.16 tff(12712,plain,
% 127.60/80.16 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 127.60/80.16 inference(symmetry,[status(thm)],[12711])).
% 127.60/80.16 tff(12713,plain,
% 127.60/80.16 (v7(constB15, bitIndex0)),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[11700, 12712])).
% 127.60/80.16 tff(12714,plain,
% 127.60/80.16 (~v7(constB15, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[4044, 10171])).
% 127.60/80.16 tff(12715,plain,
% 127.60/80.16 ($false),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12714, 12713])).
% 127.60/80.16 tff(12716,plain,(v7(constB16, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | (constB0 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB18 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.16 tff(12717,plain,
% 127.60/80.16 (v7(constB16, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12716, 12643, 11719, 11801, 11800, 11794, 11788, 11782, 11734, 11729, 12606, 12575, 5321, 11700, 11722, 12645, 5282, 11735, 11710, 5310, 5284])).
% 127.60/80.16 tff(12718,plain,
% 127.60/80.16 (v7(constB15, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10199, 12717])).
% 127.60/80.16 tff(12719,plain,
% 127.60/80.16 (v1052(constB15)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10207, 12718])).
% 127.60/80.16 tff(12720,plain,
% 127.60/80.16 (v1050(constB14)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10212, 12719])).
% 127.60/80.16 tff(12721,plain,
% 127.60/80.16 (v13(constB14, bitIndex0)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[10220, 12720])).
% 127.60/80.16 tff(12722,assumption,(~v7(constB14, bitIndex2)), introduced(assumption)).
% 127.60/80.16 tff(12723,assumption,(~sP958(constB14)), introduced(assumption)).
% 127.60/80.16 tff(12724,plain,
% 127.60/80.16 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB14) | (~v1003(constB14)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB14) | (~v1003(constB14)))),
% 127.60/80.16 inference(rewrite,[status(thm)],[])).
% 127.60/80.16 tff(12725,plain,
% 127.60/80.16 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | (sP958(constB14) | (~v1003(constB14)))),
% 127.60/80.16 inference(quant_inst,[status(thm)],[])).
% 127.60/80.16 tff(12726,plain,
% 127.60/80.16 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v1003(VarCurr)))) | sP958(constB14) | (~v1003(constB14))),
% 127.60/80.16 inference(modus_ponens,[status(thm)],[12725, 12724])).
% 127.60/80.16 tff(12727,plain,
% 127.60/80.16 (~v1003(constB14)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[12726, 1953, 12723])).
% 127.60/80.16 tff(12728,plain,
% 127.60/80.16 (~v17(constB14, bitIndex2)),
% 127.60/80.16 inference(unit_resolution,[status(thm)],[9903, 1220, 12723])).
% 127.60/80.16 tff(12729,plain,
% 127.60/80.16 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v17(constB14, bitIndex2) | v1003(constB14) | sP956_aig_name(constB14))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v17(constB14, bitIndex2) | v1003(constB14) | sP956_aig_name(constB14))),
% 127.60/80.16 inference(rewrite,[status(thm)],[])).
% 127.60/80.16 tff(12730,plain,
% 127.60/80.16 ((v1003(constB14) | v17(constB14, bitIndex2) | sP956_aig_name(constB14)) <=> (v17(constB14, bitIndex2) | v1003(constB14) | sP956_aig_name(constB14))),
% 127.60/80.16 inference(rewrite,[status(thm)],[])).
% 127.60/80.16 tff(12731,plain,
% 127.60/80.16 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB14) | v17(constB14, bitIndex2) | sP956_aig_name(constB14))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v17(constB14, bitIndex2) | v1003(constB14) | sP956_aig_name(constB14)))),
% 127.60/80.17 inference(monotonicity,[status(thm)],[12730])).
% 127.60/80.17 tff(12732,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB14) | v17(constB14, bitIndex2) | sP956_aig_name(constB14))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v17(constB14, bitIndex2) | v1003(constB14) | sP956_aig_name(constB14))),
% 127.60/80.17 inference(transitivity,[status(thm)],[12731, 12729])).
% 127.60/80.17 tff(12733,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | (v1003(constB14) | v17(constB14, bitIndex2) | sP956_aig_name(constB14))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12734,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | sP956_aig_name(VarCurr))) | v17(constB14, bitIndex2) | v1003(constB14) | sP956_aig_name(constB14)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12733, 12732])).
% 127.60/80.17 tff(12735,plain,
% 127.60/80.17 (sP956_aig_name(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12734, 7308, 12728, 12727])).
% 127.60/80.17 tff(12736,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB14)) | v924(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB14)) | v924(constB14, bitIndex0))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12737,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP956_aig_name(constB14)) | v924(constB14, bitIndex0))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12738,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~sP956_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP956_aig_name(constB14)) | v924(constB14, bitIndex0)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12737, 12736])).
% 127.60/80.17 tff(12739,plain,
% 127.60/80.17 (v924(constB14, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12738, 7293, 12735])).
% 127.60/80.17 tff(12740,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12741,plain,
% 127.60/80.17 (((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex2) | sP957(constB14) | (~v13(constB14, bitIndex0))) <=> (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12742,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex2) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))))),
% 127.60/80.17 inference(monotonicity,[status(thm)],[12741])).
% 127.60/80.17 tff(12743,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex2) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(transitivity,[status(thm)],[12742, 12740])).
% 127.60/80.17 tff(12744,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex2) | sP957(constB14) | (~v13(constB14, bitIndex0)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12745,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex2) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12744, 12743])).
% 127.60/80.17 tff(12746,plain,
% 127.60/80.17 ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12745, 7278, 12722])).
% 127.60/80.17 tff(12747,plain,
% 127.60/80.17 (sP957(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12746, 12739, 1990])).
% 127.60/80.17 tff(12748,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB14) | (~v28(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB14) | (~v28(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12749,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | (sP958(constB14) | (~v28(constB14, bitIndex0)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12750,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v28(VarCurr, bitIndex0)))) | sP958(constB14) | (~v28(constB14, bitIndex0))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12749, 12748])).
% 127.60/80.17 tff(12751,plain,
% 127.60/80.17 (~v28(constB14, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12750, 1901, 12723])).
% 127.60/80.17 tff(12752,plain,
% 127.60/80.17 (~v28(constB14, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2378, 1912, 12723])).
% 127.60/80.17 tff(12753,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB14) | (~v32(constB14)))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB14) | (~v32(constB14)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12754,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | (sP958(constB14) | (~v32(constB14)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12755,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP958(VarCurr) | (~v32(VarCurr)))) | sP958(constB14) | (~v32(constB14))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12754, 12753])).
% 127.60/80.17 tff(12756,plain,
% 127.60/80.17 (~v32(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12755, 1923, 12723])).
% 127.60/80.17 tff(12757,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12758,plain,
% 127.60/80.17 (((~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14))) <=> (v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12759,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | (v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)) | (~v924(constB14, bitIndex0))))),
% 127.60/80.17 inference(monotonicity,[status(thm)],[12758])).
% 127.60/80.17 tff(12760,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(transitivity,[status(thm)],[12759, 12757])).
% 127.60/80.17 tff(12761,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | ((~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12762,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | v28(VarCurr, bitIndex1) | (~sP957(VarCurr)))) | v32(constB14) | v28(constB14, bitIndex0) | v28(constB14, bitIndex1) | (~sP957(constB14)) | (~v924(constB14, bitIndex0))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12761, 12760])).
% 127.60/80.17 tff(12763,plain,
% 127.60/80.17 ((~sP957(constB14)) | (~v924(constB14, bitIndex0))),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12762, 1938, 12756, 12752, 12751])).
% 127.60/80.17 tff(12764,plain,
% 127.60/80.17 ($false),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12763, 12747, 12739])).
% 127.60/80.17 tff(12765,plain,(sP958(constB14) | (~v13(constB14, bitIndex0)) | v7(constB14, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.17 tff(12766,plain,
% 127.60/80.17 (sP958(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12765, 12722, 1990])).
% 127.60/80.17 tff(12767,plain,
% 127.60/80.17 ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2305, 1886, 7542])).
% 127.60/80.17 tff(12768,plain,
% 127.60/80.17 (~sP959(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12767, 12766, 2299])).
% 127.60/80.17 tff(12769,plain,
% 127.60/80.17 ($false),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2297, 1871, 12722, 12768])).
% 127.60/80.17 tff(12770,plain,(v7(constB14, bitIndex2) | (~v13(constB14, bitIndex1)) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.17 tff(12771,plain,
% 127.60/80.17 (v7(constB14, bitIndex2)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12770, 12721, 2299, 12644])).
% 127.60/80.17 tff(12772,plain,
% 127.60/80.17 (v7(constB13, bitIndex2)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2293, 12771])).
% 127.60/80.17 tff(12773,plain,
% 127.60/80.17 (v929(constB13, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2272, 12772])).
% 127.60/80.17 tff(12774,plain,
% 127.60/80.17 (v940(constB13, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2264, 12773])).
% 127.60/80.17 tff(12775,plain,
% 127.60/80.17 (v938(constB12, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2238, 12774])).
% 127.60/80.17 tff(12776,plain,
% 127.60/80.17 (sP959(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2297, 1871, 10134])).
% 127.60/80.17 tff(12777,plain,
% 127.60/80.17 (~sP958(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2306, 12776, 7542])).
% 127.60/80.17 tff(12778,plain,
% 127.60/80.17 ($false),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12755, 1923, 2138, 12777])).
% 127.60/80.17 tff(12779,plain,(v11(constB12) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.17 tff(12780,plain,
% 127.60/80.17 (v11(constB12)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12779, 12644, 2299])).
% 127.60/80.17 tff(12781,plain,
% 127.60/80.17 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2229, 2226, 12780])).
% 127.60/80.17 tff(12782,plain,
% 127.60/80.17 (v13(constB12, bitIndex2)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12781, 12775])).
% 127.60/80.17 tff(12783,plain,
% 127.60/80.17 (~v13(constB12, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12506, 12782, 1, 342, 12374])).
% 127.60/80.17 tff(12784,plain,
% 127.60/80.17 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[10802, 6040, 12780])).
% 127.60/80.17 tff(12785,plain,
% 127.60/80.17 (~v1050(constB12)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12784, 12783])).
% 127.60/80.17 tff(12786,plain,
% 127.60/80.17 (~v1052(constB13)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[10808, 12785])).
% 127.60/80.17 tff(12787,plain,
% 127.60/80.17 (~v7(constB13, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[10816, 12786])).
% 127.60/80.17 tff(12788,plain,
% 127.60/80.17 (~v7(constB14, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[10822, 12787])).
% 127.60/80.17 tff(12789,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB14) | v7(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB14) | v7(constB14, bitIndex0))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12790,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | (sP958(constB14) | v7(constB14, bitIndex0))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12791,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP958(VarCurr) | v7(VarCurr, bitIndex0))) | sP958(constB14) | v7(constB14, bitIndex0)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12790, 12789])).
% 127.60/80.17 tff(12792,plain,
% 127.60/80.17 (sP958(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12791, 5886, 10989])).
% 127.60/80.17 tff(12793,plain,
% 127.60/80.17 (~sP959(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[2306, 12792, 7542])).
% 127.60/80.17 tff(12794,plain,
% 127.60/80.17 (~v952(constB14, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[10994, 10990])).
% 127.60/80.17 tff(12795,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB14) | v952(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB14) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12796,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | (sP959(constB14) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12797,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP959(VarCurr) | v952(VarCurr, bitIndex1))) | sP959(constB14) | v952(constB14, bitIndex1)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12796, 12795])).
% 127.60/80.17 tff(12798,plain,
% 127.60/80.17 ($false),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12797, 6151, 12794, 12793])).
% 127.60/80.17 tff(12799,plain,(v7(constB14, bitIndex0) | (~v13(constB14, bitIndex2)) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.17 tff(12800,plain,
% 127.60/80.17 (~v13(constB14, bitIndex2)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12799, 12788, 2299, 12644])).
% 127.60/80.17 tff(12801,plain,
% 127.60/80.17 (~sP959(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12767, 12792, 2299])).
% 127.60/80.17 tff(12802,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB14) | (~v17(constB14, bitIndex1)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB14) | (~v17(constB14, bitIndex1)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12803,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | (sP959(constB14) | (~v17(constB14, bitIndex1)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12804,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex1)))) | sP959(constB14) | (~v17(constB14, bitIndex1))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12803, 12802])).
% 127.60/80.17 tff(12805,plain,
% 127.60/80.17 (~v17(constB14, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12804, 5133, 12801])).
% 127.60/80.17 tff(12806,plain,
% 127.60/80.17 (~v17(constB14, bitIndex2)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[9899, 1233, 12801])).
% 127.60/80.17 tff(12807,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB14) | (~v17(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB14) | (~v17(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12808,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | (sP959(constB14) | (~v17(constB14, bitIndex0)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12809,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP959(VarCurr) | (~v17(VarCurr, bitIndex0)))) | sP959(constB14) | (~v17(constB14, bitIndex0))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12808, 12807])).
% 127.60/80.17 tff(12810,plain,
% 127.60/80.17 (~v17(constB14, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12809, 5971, 12801])).
% 127.60/80.17 tff(12811,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12812,plain,
% 127.60/80.17 (((~v924(constB14, bitIndex0)) | sP957(constB14) | (~v13(constB14, bitIndex0))) <=> ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12813,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))))),
% 127.60/80.17 inference(monotonicity,[status(thm)],[12812])).
% 127.60/80.17 tff(12814,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(transitivity,[status(thm)],[12813, 12811])).
% 127.60/80.17 tff(12815,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | sP957(constB14) | (~v13(constB14, bitIndex0)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12816,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12815, 12814])).
% 127.60/80.17 tff(12817,plain,
% 127.60/80.17 (sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12816, 7224, 1990])).
% 127.60/80.17 tff(12818,plain,
% 127.60/80.17 (~v924(constB14, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12817, 10991])).
% 127.60/80.17 tff(12819,assumption,(v952(constB14, bitIndex1)), introduced(assumption)).
% 127.60/80.17 tff(12820,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB14, bitIndex1)) | v970(constB14) | v924(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB14, bitIndex1)) | v970(constB14) | v924(constB14, bitIndex0))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12821,plain,
% 127.60/80.17 ((v924(constB14, bitIndex0) | (~v952(constB14, bitIndex1)) | v970(constB14)) <=> ((~v952(constB14, bitIndex1)) | v970(constB14) | v924(constB14, bitIndex0))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12822,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB14, bitIndex0) | (~v952(constB14, bitIndex1)) | v970(constB14))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | ((~v952(constB14, bitIndex1)) | v970(constB14) | v924(constB14, bitIndex0)))),
% 127.60/80.17 inference(monotonicity,[status(thm)],[12821])).
% 127.60/80.17 tff(12823,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB14, bitIndex0) | (~v952(constB14, bitIndex1)) | v970(constB14))) <=> ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB14, bitIndex1)) | v970(constB14) | v924(constB14, bitIndex0))),
% 127.60/80.17 inference(transitivity,[status(thm)],[12822, 12820])).
% 127.60/80.17 tff(12824,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (v924(constB14, bitIndex0) | (~v952(constB14, bitIndex1)) | v970(constB14))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12825,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (v924(VarCurr, bitIndex0) | (~v952(VarCurr, bitIndex1)) | v970(VarCurr))) | (~v952(constB14, bitIndex1)) | v970(constB14) | v924(constB14, bitIndex0)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12824, 12823])).
% 127.60/80.17 tff(12826,plain,
% 127.60/80.17 (v970(constB14) | v924(constB14, bitIndex0)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12825, 6093, 12819])).
% 127.60/80.17 tff(12827,plain,
% 127.60/80.17 (v970(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12826, 12818])).
% 127.60/80.17 tff(12828,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | v17(constB14, bitIndex2) | (~v970(constB14)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | v17(constB14, bitIndex2) | (~v970(constB14)))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12829,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | (v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | v17(constB14, bitIndex2) | (~v970(constB14)))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12830,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v970(VarCurr)))) | v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | v17(constB14, bitIndex2) | (~v970(constB14))),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12829, 12828])).
% 127.60/80.17 tff(12831,plain,
% 127.60/80.17 (v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | v17(constB14, bitIndex2)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12830, 6107, 12827])).
% 127.60/80.17 tff(12832,plain,
% 127.60/80.17 ($false),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12831, 12810, 12806, 12805])).
% 127.60/80.17 tff(12833,plain,(v7(constB14, bitIndex0) | (~v952(constB14, bitIndex1)) | (~v13(constB14, bitIndex1)) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.17 tff(12834,plain,
% 127.60/80.17 (~v952(constB14, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12833, 12788, 2299, 12644, 12721])).
% 127.60/80.17 tff(12835,assumption,(~v952(constB14, bitIndex1)), introduced(assumption)).
% 127.60/80.17 tff(12836,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB14, bitIndex1)) | v952(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB14, bitIndex1)) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12837,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v926(constB14, bitIndex1)) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12838,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v926(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v926(constB14, bitIndex1)) | v952(constB14, bitIndex1)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12837, 12836])).
% 127.60/80.17 tff(12839,plain,
% 127.60/80.17 (~v926(constB14, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12838, 8530, 12835])).
% 127.60/80.17 tff(12840,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB14, bitIndex1)) | v952(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB14, bitIndex1)) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12841,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | ((~v924(constB14, bitIndex1)) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12842,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex1)) | v952(VarCurr, bitIndex1))) | (~v924(constB14, bitIndex1)) | v952(constB14, bitIndex1)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12841, 12840])).
% 127.60/80.17 tff(12843,plain,
% 127.60/80.17 (~v924(constB14, bitIndex1)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12842, 8541, 12835])).
% 127.60/80.17 tff(12844,assumption,(v7(constB14, bitIndex2)), introduced(assumption)).
% 127.60/80.17 tff(12845,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12846,plain,
% 127.60/80.17 ((sP954_aig_name(constB14) | v924(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2)) <=> ((~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12847,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB14) | v924(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14)))),
% 127.60/80.17 inference(monotonicity,[status(thm)],[12846])).
% 127.60/80.17 tff(12848,plain,
% 127.60/80.17 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB14) | v924(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14))),
% 127.60/80.17 inference(transitivity,[status(thm)],[12847, 12845])).
% 127.60/80.17 tff(12849,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (sP954_aig_name(constB14) | v924(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12850,plain,
% 127.60/80.17 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v924(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12849, 12848])).
% 127.60/80.17 tff(12851,plain,
% 127.60/80.17 (v13(constB14, bitIndex2) | v924(constB14, bitIndex1) | sP954_aig_name(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12850, 8556, 12844])).
% 127.60/80.17 tff(12852,plain,
% 127.60/80.17 (sP954_aig_name(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12851, 11595, 12843])).
% 127.60/80.17 tff(12853,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB14)) | (~v1003(constB14)) | v952(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB14)) | (~v1003(constB14)) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(rewrite,[status(thm)],[])).
% 127.60/80.17 tff(12854,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB14)) | (~v1003(constB14)) | v952(constB14, bitIndex1))),
% 127.60/80.17 inference(quant_inst,[status(thm)],[])).
% 127.60/80.17 tff(12855,plain,
% 127.60/80.17 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v1003(VarCurr)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB14)) | (~v1003(constB14)) | v952(constB14, bitIndex1)),
% 127.60/80.17 inference(modus_ponens,[status(thm)],[12854, 12853])).
% 127.60/80.17 tff(12856,plain,
% 127.60/80.17 ((~sP954_aig_name(constB14)) | (~v1003(constB14))),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12855, 8574, 12835])).
% 127.60/80.17 tff(12857,plain,
% 127.60/80.17 (~v1003(constB14)),
% 127.60/80.17 inference(unit_resolution,[status(thm)],[12856, 12852])).
% 127.60/80.17 tff(12858,plain,
% 127.60/80.17 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB14)) | (~v17(constB14, bitIndex2)) | v952(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB14)) | (~v17(constB14, bitIndex2)) | v952(constB14, bitIndex1))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12859,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | ((~sP954_aig_name(constB14)) | (~v17(constB14, bitIndex2)) | v952(constB14, bitIndex1))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12860,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | (~v17(VarCurr, bitIndex2)) | v952(VarCurr, bitIndex1))) | (~sP954_aig_name(constB14)) | (~v17(constB14, bitIndex2)) | v952(constB14, bitIndex1)),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12859, 12858])).
% 127.60/80.18 tff(12861,plain,
% 127.60/80.18 ((~sP954_aig_name(constB14)) | (~v17(constB14, bitIndex2))),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12860, 8589, 12835])).
% 127.60/80.18 tff(12862,plain,
% 127.60/80.18 (~v17(constB14, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12861, 12852])).
% 127.60/80.18 tff(12863,plain,
% 127.60/80.18 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12864,plain,
% 127.60/80.18 ((v1003(constB14) | v17(constB14, bitIndex2) | v926(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2)) <=> ((~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12865,plain,
% 127.60/80.18 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB14) | v17(constB14, bitIndex2) | v926(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | ((~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1)))),
% 127.60/80.18 inference(monotonicity,[status(thm)],[12864])).
% 127.60/80.18 tff(12866,plain,
% 127.60/80.18 (((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB14) | v17(constB14, bitIndex2) | v926(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1))),
% 127.60/80.18 inference(transitivity,[status(thm)],[12865, 12863])).
% 127.60/80.18 tff(12867,plain,
% 127.60/80.18 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (v1003(constB14) | v17(constB14, bitIndex2) | v926(constB14, bitIndex1) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12868,plain,
% 127.60/80.18 ((~![VarCurr: $i] : (v1003(VarCurr) | v17(VarCurr, bitIndex2) | v926(VarCurr, bitIndex1) | (~v7(VarCurr, bitIndex2)) | v13(VarCurr, bitIndex2))) | (~v7(constB14, bitIndex2)) | v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1)),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12867, 12866])).
% 127.60/80.18 tff(12869,plain,
% 127.60/80.18 (v13(constB14, bitIndex2) | v17(constB14, bitIndex2) | v1003(constB14) | v926(constB14, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12868, 8604, 12844])).
% 127.60/80.18 tff(12870,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12869, 12862, 12857, 11595, 12839])).
% 127.60/80.18 tff(12871,plain,(v13(constB14, bitIndex2) | (~v7(constB14, bitIndex2)) | v952(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(12872,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12871, 12834, 12800, 12771])).
% 127.60/80.18 tff(12873,plain,(v7(constB13, bitIndex1) | (~v13(constB14, bitIndex1)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB14)) | (constB17 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB20 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(12874,plain,
% 127.60/80.18 (v7(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12873, 12705, 1, 342, 12704, 11773, 11700, 12642, 12640, 11776, 11])).
% 127.60/80.18 tff(12875,plain,
% 127.60/80.18 (v956(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2193, 12874])).
% 127.60/80.18 tff(12876,plain,
% 127.60/80.18 (v940(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2185, 12875])).
% 127.60/80.18 tff(12877,plain,
% 127.60/80.18 (v938(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2159, 12876])).
% 127.60/80.18 tff(12878,plain,
% 127.60/80.18 (v13(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[9911, 12877])).
% 127.60/80.18 tff(12879,plain,
% 127.60/80.18 (~v13(constB12, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12464, 12878, 1, 12374, 342])).
% 127.60/80.18 tff(12880,plain,
% 127.60/80.18 (v11(constB12)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[9909, 335, 12877])).
% 127.60/80.18 tff(12881,plain,
% 127.60/80.18 (~(constB14 = sK952_VarCurr)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12537, 12880, 342, 1, 11700, 11])).
% 127.60/80.18 tff(12882,plain,
% 127.60/80.18 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2229, 2226, 12480])).
% 127.60/80.18 tff(12883,plain,
% 127.60/80.18 (~v938(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12882, 2216])).
% 127.60/80.18 tff(12884,plain,
% 127.60/80.18 (~v940(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2238, 12883])).
% 127.60/80.18 tff(12885,plain,
% 127.60/80.18 (~v929(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2264, 12884])).
% 127.60/80.18 tff(12886,plain,
% 127.60/80.18 (~v7(constB13, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2272, 12885])).
% 127.60/80.18 tff(12887,plain,
% 127.60/80.18 (~v7(constB14, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2293, 12886])).
% 127.60/80.18 tff(12888,plain,
% 127.60/80.18 (sP958(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12765, 12887, 1990])).
% 127.60/80.18 tff(12889,plain,
% 127.60/80.18 (sP959(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2297, 1871, 12887])).
% 127.60/80.18 tff(12890,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12891,plain,
% 127.60/80.18 (((~v17(constB14, bitIndex2)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))) <=> ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12892,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex2)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2))))),
% 127.60/80.18 inference(monotonicity,[status(thm)],[12891])).
% 127.60/80.18 tff(12893,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex2)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2)))),
% 127.60/80.18 inference(transitivity,[status(thm)],[12892, 12890])).
% 127.60/80.18 tff(12894,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex2)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12895,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex2)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2))),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12894, 12893])).
% 127.60/80.18 tff(12896,plain,
% 127.60/80.18 ((~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2))),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12895, 1205, 2299])).
% 127.60/80.18 tff(12897,plain,
% 127.60/80.18 (~v17(constB14, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12896, 12889, 12888])).
% 127.60/80.18 tff(12898,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12899,plain,
% 127.60/80.18 (((~v17(constB14, bitIndex1)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))) <=> ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12900,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex1)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1))))),
% 127.60/80.18 inference(monotonicity,[status(thm)],[12899])).
% 127.60/80.18 tff(12901,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex1)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1)))),
% 127.60/80.18 inference(transitivity,[status(thm)],[12900, 12898])).
% 127.60/80.18 tff(12902,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex1)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12903,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex1)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1))),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12902, 12901])).
% 127.60/80.18 tff(12904,plain,
% 127.60/80.18 ((~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1))),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12903, 5118, 2299])).
% 127.60/80.18 tff(12905,plain,
% 127.60/80.18 (~v17(constB14, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12904, 12889, 12888])).
% 127.60/80.18 tff(12906,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12907,plain,
% 127.60/80.18 (((~v17(constB14, bitIndex0)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))) <=> ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12908,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex0)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0))))),
% 127.60/80.18 inference(monotonicity,[status(thm)],[12907])).
% 127.60/80.18 tff(12909,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex0)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))) <=> ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0)))),
% 127.60/80.18 inference(transitivity,[status(thm)],[12908, 12906])).
% 127.60/80.18 tff(12910,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | ((~v17(constB14, bitIndex0)) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12911,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~v17(VarCurr, bitIndex0)) | (~v13(VarCurr, bitIndex1)) | (~sP958(VarCurr)) | (~sP959(VarCurr)))) | (~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0))),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12910, 12909])).
% 127.60/80.18 tff(12912,plain,
% 127.60/80.18 ((~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0))),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12911, 7256, 2299])).
% 127.60/80.18 tff(12913,plain,
% 127.60/80.18 (~v17(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12912, 12889, 12888])).
% 127.60/80.18 tff(12914,plain,
% 127.60/80.18 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | (~v1003(constB14)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | (~v1003(constB14)))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12915,plain,
% 127.60/80.18 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | (v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | (~v1003(constB14)))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12916,plain,
% 127.60/80.18 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | (~v1003(VarCurr)))) | v17(constB14, bitIndex0) | v17(constB14, bitIndex1) | (~v1003(constB14))),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12915, 12914])).
% 127.60/80.18 tff(12917,plain,
% 127.60/80.18 (~v1003(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12916, 4834, 12913, 12905])).
% 127.60/80.18 tff(12918,assumption,(~sP954_aig_name(constB14)), introduced(assumption)).
% 127.60/80.18 tff(12919,assumption,(~v1003(constB14)), introduced(assumption)).
% 127.60/80.18 tff(12920,plain,
% 127.60/80.18 (((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB14) | v1003(constB14) | v17(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB14) | v1003(constB14) | v17(constB14, bitIndex2))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12921,plain,
% 127.60/80.18 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | (sP954_aig_name(constB14) | v1003(constB14) | v17(constB14, bitIndex2))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12922,plain,
% 127.60/80.18 ((~![VarCurr: $i] : (sP954_aig_name(VarCurr) | v1003(VarCurr) | v17(VarCurr, bitIndex2))) | sP954_aig_name(constB14) | v1003(constB14) | v17(constB14, bitIndex2)),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12921, 12920])).
% 127.60/80.18 tff(12923,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12922, 1971, 9878, 12919, 12918])).
% 127.60/80.18 tff(12924,plain,(sP954_aig_name(constB14) | v17(constB14, bitIndex2) | v1003(constB14)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(12925,plain,
% 127.60/80.18 (sP954_aig_name(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12924, 12917, 12897])).
% 127.60/80.18 tff(12926,plain,
% 127.60/80.18 (((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB14)) | v924(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB14)) | v924(constB14, bitIndex0))),
% 127.60/80.18 inference(rewrite,[status(thm)],[])).
% 127.60/80.18 tff(12927,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | ((~sP954_aig_name(constB14)) | v924(constB14, bitIndex0))),
% 127.60/80.18 inference(quant_inst,[status(thm)],[])).
% 127.60/80.18 tff(12928,plain,
% 127.60/80.18 ((~![VarCurr: $i] : ((~sP954_aig_name(VarCurr)) | v924(VarCurr, bitIndex0))) | (~sP954_aig_name(constB14)) | v924(constB14, bitIndex0)),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12927, 12926])).
% 127.60/80.18 tff(12929,plain,
% 127.60/80.18 (v924(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12928, 1982, 12925])).
% 127.60/80.18 tff(12930,plain,
% 127.60/80.18 (v7(constB14, bitIndex2) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12745, 7278, 1990])).
% 127.60/80.18 tff(12931,plain,
% 127.60/80.18 (sP957(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12930, 12929, 12887])).
% 127.60/80.18 tff(12932,plain,
% 127.60/80.18 (v7(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10826, 5875, 12931])).
% 127.60/80.18 tff(12933,plain,
% 127.60/80.18 (v7(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10822, 12932])).
% 127.60/80.18 tff(12934,plain,
% 127.60/80.18 (v1052(constB13)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10816, 12933])).
% 127.60/80.18 tff(12935,plain,
% 127.60/80.18 (v1050(constB12)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10808, 12934])).
% 127.60/80.18 tff(12936,plain,
% 127.60/80.18 (v13(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12481, 12935])).
% 127.60/80.18 tff(12937,plain,
% 127.60/80.18 (v7(constB10, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12422, 12936, 7563, 1, 2216, 1876, 342])).
% 127.60/80.18 tff(12938,plain,
% 127.60/80.18 (v7(constB9, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6412, 12937])).
% 127.60/80.18 tff(12939,plain,
% 127.60/80.18 (v929(constB9, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6420, 12938])).
% 127.60/80.18 tff(12940,plain,
% 127.60/80.18 (v940(constB9, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6446, 12939])).
% 127.60/80.18 tff(12941,plain,
% 127.60/80.18 (v938(constB8, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6454, 12940])).
% 127.60/80.18 tff(12942,plain,
% 127.60/80.18 (v13(constB8, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7651, 12941])).
% 127.60/80.18 tff(12943,plain,
% 127.60/80.18 (~v13(constB8, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10908, 12942, 342])).
% 127.60/80.18 tff(12944,plain,
% 127.60/80.18 (v11(constB8)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10622, 12941])).
% 127.60/80.18 tff(12945,plain,
% 127.60/80.18 (~v1050(constB8)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6491, 6040, 12944, 12943])).
% 127.60/80.18 tff(12946,plain,
% 127.60/80.18 (~v1052(constB9)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6483, 12945])).
% 127.60/80.18 tff(12947,plain,
% 127.60/80.18 (~v7(constB9, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6478, 12946])).
% 127.60/80.18 tff(12948,plain,
% 127.60/80.18 (~v7(constB10, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6470, 12947])).
% 127.60/80.18 tff(12949,plain,
% 127.60/80.18 (~sP960(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7457, 5864, 12948])).
% 127.60/80.18 tff(12950,plain,
% 127.60/80.18 (v7(constB12, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11110, 12944, 1876, 1, 12936, 342, 7563])).
% 127.60/80.18 tff(12951,plain,
% 127.60/80.18 (v952(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11148, 12950, 2216])).
% 127.60/80.18 tff(12952,plain,
% 127.60/80.18 (v7(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11179, 12951, 1876, 12936])).
% 127.60/80.18 tff(12953,plain,
% 127.60/80.18 (v7(constB11, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7597, 12952])).
% 127.60/80.18 tff(12954,plain,
% 127.60/80.18 (v1052(constB11)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7591, 12953])).
% 127.60/80.18 tff(12955,plain,
% 127.60/80.18 (v1050(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7583, 12954])).
% 127.60/80.18 tff(12956,plain,
% 127.60/80.18 (v13(constB10, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7578, 12955])).
% 127.60/80.18 tff(12957,plain,
% 127.60/80.18 (~sP957(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7954, 5875, 12948])).
% 127.60/80.18 tff(12958,plain,
% 127.60/80.18 (v952(constB10, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[8024, 12957, 12956])).
% 127.60/80.18 tff(12959,plain,
% 127.60/80.18 (v7(constB11, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1772, 12950])).
% 127.60/80.18 tff(12960,plain,
% 127.60/80.18 (v929(constB11, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1751, 12959])).
% 127.60/80.18 tff(12961,plain,
% 127.60/80.18 (v940(constB11, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1743, 12960])).
% 127.60/80.18 tff(12962,plain,
% 127.60/80.18 (v938(constB10, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1717, 12961])).
% 127.60/80.18 tff(12963,plain,
% 127.60/80.18 (v13(constB10, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12418, 12962])).
% 127.60/80.18 tff(12964,plain,
% 127.60/80.18 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7452, 6136, 12963])).
% 127.60/80.18 tff(12965,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12964, 12958, 12949])).
% 127.60/80.18 tff(12966,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex1)) | v11(constB4) | (~v11(constB12)) | (~v13(constB14, bitIndex0)) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(12967,plain,
% 127.60/80.18 (~v13(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12966, 12879, 12374, 12878, 342, 12880, 1, 12705])).
% 127.60/80.18 tff(12968,plain,
% 127.60/80.18 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10219, 6040, 12704])).
% 127.60/80.18 tff(12969,plain,
% 127.60/80.18 (~v1050(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12968, 12967])).
% 127.60/80.18 tff(12970,plain,
% 127.60/80.18 (~v1052(constB15)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10212, 12969])).
% 127.60/80.18 tff(12971,plain,
% 127.60/80.18 (~v7(constB15, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10207, 12970])).
% 127.60/80.18 tff(12972,plain,
% 127.60/80.18 (~v7(constB16, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10199, 12971])).
% 127.60/80.18 tff(12973,plain,
% 127.60/80.18 (constB13 = sK952_VarCurr),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12716, 12972, 11719, 11801, 11800, 11794, 11788, 11782, 11734, 11729, 12606, 12575, 11773, 11700, 11722, 12881, 12642, 11735, 11710, 12640, 11776])).
% 127.60/80.18 tff(12974,plain,
% 127.60/80.18 (v1052(constB13) <=> v1052(sK952_VarCurr)),
% 127.60/80.18 inference(monotonicity,[status(thm)],[12973])).
% 127.60/80.18 tff(12975,plain,
% 127.60/80.18 (v1052(sK952_VarCurr) <=> v1052(constB13)),
% 127.60/80.18 inference(symmetry,[status(thm)],[12974])).
% 127.60/80.18 tff(12976,plain,
% 127.60/80.18 (v1044(sK952_VarCurr)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[5784, 12973])).
% 127.60/80.18 tff(12977,plain,
% 127.60/80.18 (v1052(sK952_VarCurr)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12067, 12976])).
% 127.60/80.18 tff(12978,plain,
% 127.60/80.18 (v1052(constB13)),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[12977, 12975])).
% 127.60/80.18 tff(12979,plain,
% 127.60/80.18 (v1050(constB12)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10808, 12978])).
% 127.60/80.18 tff(12980,plain,
% 127.60/80.18 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10802, 6040, 12880])).
% 127.60/80.18 tff(12981,plain,
% 127.60/80.18 (v13(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12980, 12979])).
% 127.60/80.18 tff(12982,plain,
% 127.60/80.18 (v7(constB10, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12422, 12981, 12374, 1, 12879, 12878, 342])).
% 127.60/80.18 tff(12983,plain,
% 127.60/80.18 (v7(constB9, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6412, 12982])).
% 127.60/80.18 tff(12984,plain,
% 127.60/80.18 (v929(constB9, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6420, 12983])).
% 127.60/80.18 tff(12985,plain,
% 127.60/80.18 (v940(constB9, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6446, 12984])).
% 127.60/80.18 tff(12986,plain,
% 127.60/80.18 (v938(constB8, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6454, 12985])).
% 127.60/80.18 tff(12987,plain,
% 127.60/80.18 (v13(constB8, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7651, 12986])).
% 127.60/80.18 tff(12988,plain,
% 127.60/80.18 (~v13(constB8, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10908, 12987, 342])).
% 127.60/80.18 tff(12989,plain,
% 127.60/80.18 (v11(constB8)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10622, 12986])).
% 127.60/80.18 tff(12990,plain,
% 127.60/80.18 (~v1050(constB8)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6491, 6040, 12989, 12988])).
% 127.60/80.18 tff(12991,plain,
% 127.60/80.18 (~v1052(constB9)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6483, 12990])).
% 127.60/80.18 tff(12992,plain,
% 127.60/80.18 (~v7(constB9, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6478, 12991])).
% 127.60/80.18 tff(12993,plain,
% 127.60/80.18 (~v7(constB10, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6470, 12992])).
% 127.60/80.18 tff(12994,plain,
% 127.60/80.18 (~sP960(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7457, 5864, 12993])).
% 127.60/80.18 tff(12995,plain,
% 127.60/80.18 (v7(constB12, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11110, 12989, 12878, 1, 12981, 342, 12374])).
% 127.60/80.18 tff(12996,plain,
% 127.60/80.18 (v952(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11148, 12995, 12879])).
% 127.60/80.18 tff(12997,plain,
% 127.60/80.18 (v7(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11179, 12996, 12878, 12981])).
% 127.60/80.18 tff(12998,plain,
% 127.60/80.18 (v7(constB11, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7597, 12997])).
% 127.60/80.18 tff(12999,plain,
% 127.60/80.18 (v1052(constB11)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7591, 12998])).
% 127.60/80.18 tff(13000,plain,
% 127.60/80.18 (v1050(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7583, 12999])).
% 127.60/80.18 tff(13001,plain,
% 127.60/80.18 (v13(constB10, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12442, 13000])).
% 127.60/80.18 tff(13002,plain,
% 127.60/80.18 (~sP957(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7954, 5875, 12993])).
% 127.60/80.18 tff(13003,plain,
% 127.60/80.18 (v952(constB10, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[8024, 13002, 13001])).
% 127.60/80.18 tff(13004,plain,
% 127.60/80.18 (v7(constB11, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1772, 12995])).
% 127.60/80.18 tff(13005,plain,
% 127.60/80.18 (v929(constB11, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1751, 13004])).
% 127.60/80.18 tff(13006,plain,
% 127.60/80.18 (v940(constB11, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1743, 13005])).
% 127.60/80.18 tff(13007,plain,
% 127.60/80.18 (v938(constB10, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1717, 13006])).
% 127.60/80.18 tff(13008,plain,
% 127.60/80.18 (v13(constB10, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12418, 13007])).
% 127.60/80.18 tff(13009,plain,
% 127.60/80.18 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7452, 6136, 13008])).
% 127.60/80.18 tff(13010,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13009, 13003, 12994])).
% 127.60/80.18 tff(13011,plain,(v11(constB16) | v7(constB10, bitIndex1) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(13012,plain,
% 127.60/80.18 (v11(constB16)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13011, 1, 342, 11700, 11])).
% 127.60/80.18 tff(13013,plain,
% 127.60/80.18 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[5532, 320, 13012])).
% 127.60/80.18 tff(13014,plain,
% 127.60/80.18 (v13(constB16, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13013, 12628])).
% 127.60/80.18 tff(13015,plain,
% 127.60/80.18 (v7(constB16, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11331, 5451, 10117])).
% 127.60/80.18 tff(13016,plain,
% 127.60/80.18 (v7(constB15, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10199, 13015])).
% 127.60/80.18 tff(13017,plain,
% 127.60/80.18 (v1052(constB15)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10207, 13016])).
% 127.60/80.18 tff(13018,plain,
% 127.60/80.18 (v1050(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10212, 13017])).
% 127.60/80.18 tff(13019,plain,
% 127.60/80.18 (v13(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10220, 13018])).
% 127.60/80.18 tff(13020,plain,
% 127.60/80.18 (v7(constB16, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11697, 5451, 3984, 10117])).
% 127.60/80.18 tff(13021,plain,
% 127.60/80.18 (v7(constB15, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[4072, 13020])).
% 127.60/80.18 tff(13022,plain,
% 127.60/80.18 (v929(constB15, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[5505, 13021])).
% 127.60/80.18 tff(13023,plain,
% 127.60/80.18 (v940(constB15, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2348, 13022])).
% 127.60/80.18 tff(13024,plain,
% 127.60/80.18 (v938(constB14, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2356, 13023])).
% 127.60/80.18 tff(13025,plain,
% 127.60/80.18 (v13(constB14, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2362, 13024])).
% 127.60/80.18 tff(13026,plain,
% 127.60/80.18 (v7(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10996, 7542, 10135, 1990])).
% 127.60/80.18 tff(13027,plain,
% 127.60/80.18 (v7(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10822, 13026])).
% 127.60/80.18 tff(13028,plain,
% 127.60/80.18 (v1052(constB13)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10816, 13027])).
% 127.60/80.18 tff(13029,plain,
% 127.60/80.18 (v1050(constB12)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10808, 13028])).
% 127.60/80.18 tff(13030,plain,
% 127.60/80.18 (v13(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11015, 13029])).
% 127.60/80.18 tff(13031,plain,
% 127.60/80.18 (sP957(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10301, 12722, 7542])).
% 127.60/80.18 tff(13032,plain,
% 127.60/80.18 (sP960(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10136, 12722])).
% 127.60/80.18 tff(13033,plain,
% 127.60/80.18 (v28(constB14, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2374, 1819, 13032])).
% 127.60/80.18 tff(13034,plain,
% 127.60/80.18 (v62(constB14, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10239, 1830, 13032])).
% 127.60/80.18 tff(13035,plain,
% 127.60/80.18 (~v32(constB14)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10140, 1841, 13032])).
% 127.60/80.18 tff(13036,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10168, 1855, 13035, 13034, 13033, 13031])).
% 127.60/80.18 tff(13037,plain,(v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(13038,plain,
% 127.60/80.18 (v7(constB14, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13037, 7542, 1990, 10135])).
% 127.60/80.18 tff(13039,plain,
% 127.60/80.18 (v7(constB13, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2293, 13038])).
% 127.60/80.18 tff(13040,plain,
% 127.60/80.18 (v929(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2272, 13039])).
% 127.60/80.18 tff(13041,plain,
% 127.60/80.18 (v940(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2264, 13040])).
% 127.60/80.18 tff(13042,plain,
% 127.60/80.18 (v938(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2238, 13041])).
% 127.60/80.18 tff(13043,plain,
% 127.60/80.18 (v13(constB12, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10289, 13042])).
% 127.60/80.18 tff(13044,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12506, 13043, 13030, 1, 342, 7563])).
% 127.60/80.18 tff(13045,plain,(v7(constB14, bitIndex1) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~v13(constB14, bitIndex2)) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(13046,plain,
% 127.60/80.18 (v7(constB14, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13045, 13025, 342, 12374, 1, 13019])).
% 127.60/80.18 tff(13047,plain,
% 127.60/80.18 (v7(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2214, 13046])).
% 127.60/80.18 tff(13048,plain,
% 127.60/80.18 (v956(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2193, 13047])).
% 127.60/80.18 tff(13049,plain,
% 127.60/80.18 (v940(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2185, 13048])).
% 127.60/80.18 tff(13050,plain,
% 127.60/80.18 (v938(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2159, 13049])).
% 127.60/80.18 tff(13051,plain,
% 127.60/80.18 (v13(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[9911, 13050])).
% 127.60/80.18 tff(13052,plain,
% 127.60/80.18 (~v13(constB12, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12464, 13051, 1, 12374, 342])).
% 127.60/80.18 tff(13053,plain,
% 127.60/80.18 (~v11(constB8)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11210, 13051, 1, 342, 13025, 12374, 13052])).
% 127.60/80.18 tff(13054,plain,
% 127.60/80.18 (sP958(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10943, 9200, 1])).
% 127.60/80.18 tff(13055,plain,
% 127.60/80.18 (~v13(constB10, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[6385, 13054, 6378])).
% 127.60/80.18 tff(13056,plain,
% 127.60/80.18 (~v938(constB10, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12400, 13055])).
% 127.60/80.18 tff(13057,plain,
% 127.60/80.18 (~v940(constB11, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1263, 13056])).
% 127.60/80.18 tff(13058,plain,
% 127.60/80.18 (~v956(constB11, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1303, 13057])).
% 127.60/80.18 tff(13059,plain,
% 127.60/80.18 (~v7(constB11, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1311, 13058])).
% 127.60/80.18 tff(13060,plain,
% 127.60/80.18 (~v7(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[1342, 13059])).
% 127.60/80.18 tff(13061,plain,
% 127.60/80.18 (~v994(constB10, bitIndex2)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10746, 9255, 7563, 6360, 1876, 9177, 13060, 10638, 1])).
% 127.60/80.18 tff(13062,plain,
% 127.60/80.18 (sP953_aig_name(constB10)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10684, 1033, 9177, 13061])).
% 127.60/80.18 tff(13063,plain,
% 127.60/80.18 ($false),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[10680, 1014, 10677, 13062])).
% 127.60/80.18 tff(13064,plain,(v11(constB8) | (~v11(constB10)) | v7(constB10, bitIndex2) | (~v13(constB12, bitIndex1)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.18 tff(13065,plain,
% 127.60/80.18 (~v13(constB12, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13064, 10627, 12374, 6238, 1])).
% 127.60/80.18 tff(13066,plain,
% 127.60/80.18 (~v938(constB12, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[9911, 13065])).
% 127.60/80.18 tff(13067,plain,
% 127.60/80.18 (~v940(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2159, 13066])).
% 127.60/80.18 tff(13068,plain,
% 127.60/80.18 (~v956(constB13, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2185, 13067])).
% 127.60/80.18 tff(13069,plain,
% 127.60/80.18 (~v7(constB13, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[2193, 13068])).
% 127.60/80.18 tff(13070,plain,
% 127.60/80.18 (~(constB13 = sK952_VarCurr)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[12453, 2216, 1, 342, 11700, 11])).
% 127.60/80.18 tff(13071,plain,
% 127.60/80.18 (~(constB14 = sK952_VarCurr)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[7544, 7542, 11])).
% 127.60/80.18 tff(13072,plain,
% 127.60/80.18 (constB20 = sK952_VarCurr),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11811, 11774, 11734, 11729, 12606, 12575, 2408, 13071, 11722, 11719, 12621, 11735, 11710, 5310, 11352, 11])).
% 127.60/80.18 tff(13073,plain,
% 127.60/80.18 (v7(constB20, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11815, 13072, 11])).
% 127.60/80.18 tff(13074,plain,
% 127.60/80.18 (v7(constB19, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[9468, 13073])).
% 127.60/80.18 tff(13075,plain,
% 127.60/80.18 (v956(constB19, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11821, 13074])).
% 127.60/80.18 tff(13076,plain,
% 127.60/80.18 (v940(constB19, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11826, 13075])).
% 127.60/80.18 tff(13077,plain,
% 127.60/80.18 (v938(constB18, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11831, 13076])).
% 127.60/80.18 tff(13078,plain,
% 127.60/80.18 (v13(constB18, bitIndex1)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11841, 13077])).
% 127.60/80.18 tff(13079,plain,
% 127.60/80.18 (v11(constB18)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11839, 335, 13077])).
% 127.60/80.18 tff(13080,plain,
% 127.60/80.18 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.18 inference(monotonicity,[status(thm)],[13072])).
% 127.60/80.18 tff(13081,plain,
% 127.60/80.18 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.18 inference(symmetry,[status(thm)],[13080])).
% 127.60/80.18 tff(13082,plain,
% 127.60/80.18 (v7(constB20, bitIndex0)),
% 127.60/80.18 inference(modus_ponens,[status(thm)],[11700, 13081])).
% 127.60/80.18 tff(13083,plain,
% 127.60/80.18 (v7(constB19, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11875, 13082])).
% 127.60/80.18 tff(13084,plain,
% 127.60/80.18 (v1052(constB19)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11883, 13083])).
% 127.60/80.18 tff(13085,plain,
% 127.60/80.18 (v1050(constB18)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11888, 13084])).
% 127.60/80.18 tff(13086,plain,
% 127.60/80.18 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[11895, 6040, 13085])).
% 127.60/80.18 tff(13087,plain,
% 127.60/80.18 (v13(constB18, bitIndex0)),
% 127.60/80.18 inference(unit_resolution,[status(thm)],[13086, 13079])).
% 127.60/80.19 tff(13088,plain,
% 127.60/80.19 (v7(constB18, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12186, 13087, 13078, 5706])).
% 127.60/80.19 tff(13089,plain,
% 127.60/80.19 (v7(constB17, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5636, 13088])).
% 127.60/80.19 tff(13090,plain,
% 127.60/80.19 (v929(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5615, 13089])).
% 127.60/80.19 tff(13091,plain,
% 127.60/80.19 (v940(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5607, 13090])).
% 127.60/80.19 tff(13092,plain,
% 127.60/80.19 (v938(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5581, 13091])).
% 127.60/80.19 tff(13093,plain,
% 127.60/80.19 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5572, 2226, 13012])).
% 127.60/80.19 tff(13094,plain,
% 127.60/80.19 (v13(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13093, 13092])).
% 127.60/80.19 tff(13095,plain,
% 127.60/80.19 (constB20 = sK952_VarCurr),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11811, 12621, 4112, 3964, 11346, 5323, 2408, 11348, 5281, 4113, 11774, 4111, 3694, 5310, 11352, 11])).
% 127.60/80.19 tff(13096,plain,
% 127.60/80.19 (v7(constB20, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11815, 13095, 11])).
% 127.60/80.19 tff(13097,plain,
% 127.60/80.19 (v7(constB19, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9468, 13096])).
% 127.60/80.19 tff(13098,plain,
% 127.60/80.19 (v956(constB19, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11821, 13097])).
% 127.60/80.19 tff(13099,plain,
% 127.60/80.19 (v940(constB19, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11826, 13098])).
% 127.60/80.19 tff(13100,plain,
% 127.60/80.19 (v938(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11831, 13099])).
% 127.60/80.19 tff(13101,plain,
% 127.60/80.19 (v13(constB18, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11841, 13100])).
% 127.60/80.19 tff(13102,plain,
% 127.60/80.19 (v11(constB18)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11839, 335, 13100])).
% 127.60/80.19 tff(13103,plain,
% 127.60/80.19 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.19 inference(monotonicity,[status(thm)],[13095])).
% 127.60/80.19 tff(13104,plain,
% 127.60/80.19 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.19 inference(symmetry,[status(thm)],[13103])).
% 127.60/80.19 tff(13105,plain,
% 127.60/80.19 (v7(constB20, bitIndex0)),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[11700, 13104])).
% 127.60/80.19 tff(13106,plain,
% 127.60/80.19 (v7(constB19, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11875, 13105])).
% 127.60/80.19 tff(13107,plain,
% 127.60/80.19 (v1052(constB19)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11883, 13106])).
% 127.60/80.19 tff(13108,plain,
% 127.60/80.19 (v1050(constB18)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11888, 13107])).
% 127.60/80.19 tff(13109,plain,
% 127.60/80.19 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11895, 6040, 13108])).
% 127.60/80.19 tff(13110,plain,
% 127.60/80.19 (v13(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13109, 13102])).
% 127.60/80.19 tff(13111,plain,
% 127.60/80.19 (v7(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12157, 13110, 5706, 13101])).
% 127.60/80.19 tff(13112,plain,
% 127.60/80.19 (v7(constB17, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9562, 13111])).
% 127.60/80.19 tff(13113,plain,
% 127.60/80.19 (v1052(constB17)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9570, 13112])).
% 127.60/80.19 tff(13114,plain,
% 127.60/80.19 (v1050(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9575, 13113])).
% 127.60/80.19 tff(13115,plain,
% 127.60/80.19 (v13(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9583, 13114])).
% 127.60/80.19 tff(13116,plain,
% 127.60/80.19 (v7(constB18, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12186, 13110, 13101, 5706])).
% 127.60/80.19 tff(13117,plain,
% 127.60/80.19 (v7(constB17, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5636, 13116])).
% 127.60/80.19 tff(13118,plain,
% 127.60/80.19 (v929(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5615, 13117])).
% 127.60/80.19 tff(13119,plain,
% 127.60/80.19 (v940(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5607, 13118])).
% 127.60/80.19 tff(13120,plain,
% 127.60/80.19 (v938(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5581, 13119])).
% 127.60/80.19 tff(13121,plain,
% 127.60/80.19 (v13(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10079, 13120])).
% 127.60/80.19 tff(13122,plain,
% 127.60/80.19 ($false),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10103, 13121, 13115, 9534, 11808])).
% 127.60/80.19 tff(13123,plain,(v7(constB18, bitIndex1) | v7(constB16, bitIndex2) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.19 tff(13124,plain,
% 127.60/80.19 (v7(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13123, 11774, 13012, 11700, 11, 11734, 11729, 12606, 12575, 2408, 13071, 11722, 11719, 5706, 11735, 11710, 5310])).
% 127.60/80.19 tff(13125,plain,
% 127.60/80.19 (v7(constB15, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[4072, 13124])).
% 127.60/80.19 tff(13126,plain,
% 127.60/80.19 (v929(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5505, 13125])).
% 127.60/80.19 tff(13127,plain,
% 127.60/80.19 (v940(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2348, 13126])).
% 127.60/80.19 tff(13128,plain,
% 127.60/80.19 (v938(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2356, 13127])).
% 127.60/80.19 tff(13129,plain,
% 127.60/80.19 (v11(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12015, 11774, 11, 11734, 11729, 12606, 12575, 2408, 13071, 11722, 11719, 11700, 11735, 11710, 5310])).
% 127.60/80.19 tff(13130,plain,
% 127.60/80.19 (v13(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2361, 2226, 13129, 13128])).
% 127.60/80.19 tff(13131,plain,
% 127.60/80.19 (v11(constB10)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10308, 1990, 10135])).
% 127.60/80.19 tff(13132,plain,
% 127.60/80.19 (~v11(constB8)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10983, 13043, 13131, 1, 342, 13030])).
% 127.60/80.19 tff(13133,plain,
% 127.60/80.19 (v13(constB10, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[6346, 13132])).
% 127.60/80.19 tff(13134,plain,
% 127.60/80.19 (~v13(constB10, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11193, 13133, 6360, 1])).
% 127.60/80.19 tff(13135,plain,
% 127.60/80.19 (~v938(constB10, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12418, 13134])).
% 127.60/80.19 tff(13136,plain,
% 127.60/80.19 (~v940(constB11, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1717, 13135])).
% 127.60/80.19 tff(13137,plain,
% 127.60/80.19 (~v929(constB11, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1743, 13136])).
% 127.60/80.19 tff(13138,plain,
% 127.60/80.19 (~v7(constB11, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1751, 13137])).
% 127.60/80.19 tff(13139,plain,
% 127.60/80.19 (sP958(constB10)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10954, 13043, 6360, 13131, 1])).
% 127.60/80.19 tff(13140,plain,
% 127.60/80.19 (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[6384, 1886, 6378])).
% 127.60/80.19 tff(13141,plain,
% 127.60/80.19 (~v13(constB10, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13140, 13139, 1])).
% 127.60/80.19 tff(13142,plain,
% 127.60/80.19 (~v938(constB10, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12400, 13141])).
% 127.60/80.19 tff(13143,plain,
% 127.60/80.19 (~v940(constB11, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1263, 13142])).
% 127.60/80.19 tff(13144,plain,
% 127.60/80.19 (~v956(constB11, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1303, 13143])).
% 127.60/80.19 tff(13145,plain,
% 127.60/80.19 (~v7(constB11, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1311, 13144])).
% 127.60/80.19 tff(13146,plain,
% 127.60/80.19 (~v7(constB12, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1342, 13145])).
% 127.60/80.19 tff(13147,plain,
% 127.60/80.19 (v7(constB12, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1863, 13146, 13030, 13043])).
% 127.60/80.19 tff(13148,plain,
% 127.60/80.19 ($false),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[1772, 13147, 13138])).
% 127.60/80.19 tff(13149,plain,(v7(constB14, bitIndex1) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | v11(constB4) | (~v13(constB14, bitIndex0)) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.19 tff(13150,plain,
% 127.60/80.19 (~v13(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13149, 13130, 1, 342, 6360, 7542])).
% 127.60/80.19 tff(13151,plain,
% 127.60/80.19 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10219, 6040, 13129])).
% 127.60/80.19 tff(13152,plain,
% 127.60/80.19 (~v1050(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13151, 13150])).
% 127.60/80.19 tff(13153,plain,
% 127.60/80.19 (~v1052(constB15)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10212, 13152])).
% 127.60/80.19 tff(13154,plain,
% 127.60/80.19 (~v7(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10207, 13153])).
% 127.60/80.19 tff(13155,plain,
% 127.60/80.19 (~v7(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10199, 13154])).
% 127.60/80.19 tff(13156,plain,
% 127.60/80.19 (~sP957(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11254, 5875, 13155])).
% 127.60/80.19 tff(13157,plain,
% 127.60/80.19 (v7(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12157, 13087, 5706, 13078])).
% 127.60/80.19 tff(13158,plain,
% 127.60/80.19 (v7(constB17, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9562, 13157])).
% 127.60/80.19 tff(13159,plain,
% 127.60/80.19 (v1052(constB17)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9570, 13158])).
% 127.60/80.19 tff(13160,plain,
% 127.60/80.19 (v1050(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9575, 13159])).
% 127.60/80.19 tff(13161,plain,
% 127.60/80.19 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9582, 6040, 13012])).
% 127.60/80.19 tff(13162,plain,
% 127.60/80.19 (v13(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13161, 13160])).
% 127.60/80.19 tff(13163,plain,
% 127.60/80.19 (v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11381, 6075, 11808])).
% 127.60/80.19 tff(13164,plain,
% 127.60/80.19 (v952(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13163, 13162, 13156])).
% 127.60/80.19 tff(13165,plain,
% 127.60/80.19 (~sP960(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10179, 5864, 13155])).
% 127.60/80.19 tff(13166,plain,
% 127.60/80.19 ((~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10186, 6136, 13165])).
% 127.60/80.19 tff(13167,plain,
% 127.60/80.19 ($false),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13166, 13164, 13094])).
% 127.60/80.19 tff(13168,plain,(v7(constB15, bitIndex1) | v7(constB18, bitIndex1) | v7(constB10, bitIndex1) | v11(constB4) | v7(constB10, bitIndex2) | v7(constB14, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.19 tff(13169,plain,
% 127.60/80.19 (v7(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13168, 5706, 1, 342, 6360, 12644, 11700, 11, 13070, 5310])).
% 127.60/80.19 tff(13170,plain,
% 127.60/80.19 (v956(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9649, 13169])).
% 127.60/80.19 tff(13171,plain,
% 127.60/80.19 (v940(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9654, 13170])).
% 127.60/80.19 tff(13172,plain,
% 127.60/80.19 (v938(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9659, 13171])).
% 127.60/80.19 tff(13173,plain,
% 127.60/80.19 (v11(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11682, 13172])).
% 127.60/80.19 tff(13174,plain,
% 127.60/80.19 (v13(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11741, 13172])).
% 127.60/80.19 tff(13175,plain,
% 127.60/80.19 (constB20 = sK952_VarCurr),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12873, 13174, 1, 342, 11704, 12621, 11700, 13173, 5310, 11352, 11])).
% 127.60/80.19 tff(13176,plain,
% 127.60/80.19 (v7(constB20, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11815, 13175, 11])).
% 127.60/80.19 tff(13177,plain,
% 127.60/80.19 (v7(constB19, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9468, 13176])).
% 127.60/80.19 tff(13178,plain,
% 127.60/80.19 (v956(constB19, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11821, 13177])).
% 127.60/80.19 tff(13179,plain,
% 127.60/80.19 (v940(constB19, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11826, 13178])).
% 127.60/80.19 tff(13180,plain,
% 127.60/80.19 (v938(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11831, 13179])).
% 127.60/80.19 tff(13181,plain,
% 127.60/80.19 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.19 inference(monotonicity,[status(thm)],[13175])).
% 127.60/80.19 tff(13182,plain,
% 127.60/80.19 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.19 inference(symmetry,[status(thm)],[13181])).
% 127.60/80.19 tff(13183,plain,
% 127.60/80.19 (v7(constB20, bitIndex0)),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[11700, 13182])).
% 127.60/80.19 tff(13184,plain,
% 127.60/80.19 (v7(constB19, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11875, 13183])).
% 127.60/80.19 tff(13185,plain,
% 127.60/80.19 (v1052(constB19)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11883, 13184])).
% 127.60/80.19 tff(13186,plain,
% 127.60/80.19 (v1050(constB18)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11888, 13185])).
% 127.60/80.19 tff(13187,plain,
% 127.60/80.19 (v13(constB18, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11841, 13180])).
% 127.60/80.19 tff(13188,plain,
% 127.60/80.19 (v11(constB12)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12779, 7542, 2299])).
% 127.60/80.19 tff(13189,plain,
% 127.60/80.19 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2229, 2226, 13188])).
% 127.60/80.19 tff(13190,plain,
% 127.60/80.19 (~v938(constB12, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13189, 2216])).
% 127.60/80.19 tff(13191,plain,
% 127.60/80.19 (~v940(constB13, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2238, 13190])).
% 127.60/80.19 tff(13192,plain,
% 127.60/80.19 (~v929(constB13, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2264, 13191])).
% 127.60/80.19 tff(13193,plain,
% 127.60/80.19 (~v7(constB13, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2272, 13192])).
% 127.60/80.19 tff(13194,plain,
% 127.60/80.19 (~v7(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2293, 13193])).
% 127.60/80.19 tff(13195,plain,
% 127.60/80.19 (sP959(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2297, 1871, 13194])).
% 127.60/80.19 tff(13196,plain,
% 127.60/80.19 (~sP958(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2306, 13195, 7542])).
% 127.60/80.19 tff(13197,plain,
% 127.60/80.19 (~v1003(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12726, 1953, 13196])).
% 127.60/80.19 tff(13198,plain,
% 127.60/80.19 (~v17(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9903, 1220, 13196])).
% 127.60/80.19 tff(13199,plain,
% 127.60/80.19 (sP954_aig_name(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12924, 13198, 13197])).
% 127.60/80.19 tff(13200,plain,
% 127.60/80.19 (~v938(constB12, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2230, 13188])).
% 127.60/80.19 tff(13201,plain,
% 127.60/80.19 (~v940(constB13, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2238, 13200])).
% 127.60/80.19 tff(13202,plain,
% 127.60/80.19 (~v929(constB13, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2264, 13201])).
% 127.60/80.19 tff(13203,plain,
% 127.60/80.19 (~v7(constB13, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2272, 13202])).
% 127.60/80.19 tff(13204,plain,
% 127.60/80.19 (~v7(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2293, 13203])).
% 127.60/80.19 tff(13205,plain,
% 127.60/80.19 (sP959(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2297, 1871, 13204])).
% 127.60/80.19 tff(13206,plain,
% 127.60/80.19 (~sP958(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2306, 13205, 7542])).
% 127.60/80.19 tff(13207,plain,
% 127.60/80.19 (~v28(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12750, 1901, 13206])).
% 127.60/80.19 tff(13208,plain,
% 127.60/80.19 (~v32(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12755, 1923, 13206])).
% 127.60/80.19 tff(13209,plain,
% 127.60/80.19 (~v1003(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12726, 1953, 13206])).
% 127.60/80.19 tff(13210,plain,
% 127.60/80.19 (~v17(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9903, 1220, 13206])).
% 127.60/80.19 tff(13211,plain,
% 127.60/80.19 (sP956_aig_name(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12734, 7308, 13210, 13209])).
% 127.60/80.19 tff(13212,plain,
% 127.60/80.19 (v924(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12738, 7293, 13211])).
% 127.60/80.19 tff(13213,plain,
% 127.60/80.19 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v32(constB14) | (~v62(constB14, bitIndex0)) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v32(constB14) | (~v62(constB14, bitIndex0)) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13214,plain,
% 127.60/80.19 (((~v62(constB14, bitIndex0)) | (~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~sP957(constB14))) <=> (v32(constB14) | (~v62(constB14, bitIndex0)) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13215,plain,
% 127.60/80.19 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | ((~v62(constB14, bitIndex0)) | (~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | (v32(constB14) | (~v62(constB14, bitIndex0)) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0))))),
% 127.60/80.19 inference(monotonicity,[status(thm)],[13214])).
% 127.60/80.19 tff(13216,plain,
% 127.60/80.19 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | ((~v62(constB14, bitIndex0)) | (~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~sP957(constB14)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v32(constB14) | (~v62(constB14, bitIndex0)) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0)))),
% 127.60/80.19 inference(transitivity,[status(thm)],[13215, 13213])).
% 127.60/80.19 tff(13217,plain,
% 127.60/80.19 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | ((~v62(constB14, bitIndex0)) | (~v924(constB14, bitIndex0)) | v32(constB14) | v28(constB14, bitIndex0) | (~sP957(constB14)))),
% 127.60/80.19 inference(quant_inst,[status(thm)],[])).
% 127.60/80.19 tff(13218,plain,
% 127.60/80.19 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~v924(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~sP957(VarCurr)))) | v32(constB14) | (~v62(constB14, bitIndex0)) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0))),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[13217, 13216])).
% 127.60/80.19 tff(13219,plain,
% 127.60/80.19 (v32(constB14) | v28(constB14, bitIndex0) | (~sP957(constB14)) | (~v924(constB14, bitIndex0))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13218, 11998, 10162])).
% 127.60/80.19 tff(13220,plain,
% 127.60/80.19 (~sP957(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13219, 13212, 13208, 13207])).
% 127.60/80.19 tff(13221,plain,
% 127.60/80.19 ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12745, 7278, 13204])).
% 127.60/80.19 tff(13222,plain,
% 127.60/80.19 (~v13(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13221, 13212, 13220])).
% 127.60/80.19 tff(13223,plain,
% 127.60/80.19 (~v1050(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10220, 13222])).
% 127.60/80.19 tff(13224,plain,
% 127.60/80.19 (~v28(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2378, 1912, 13206])).
% 127.60/80.19 tff(13225,plain,
% 127.60/80.19 (~sP960(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2374, 1819, 13224])).
% 127.60/80.19 tff(13226,plain,
% 127.60/80.19 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2369, 1804, 13204])).
% 127.60/80.19 tff(13227,plain,
% 127.60/80.19 (~v13(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13226, 13225])).
% 127.60/80.19 tff(13228,plain,
% 127.60/80.19 (~v938(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2362, 13227])).
% 127.60/80.19 tff(13229,plain,
% 127.60/80.19 (~v940(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2356, 13228])).
% 127.60/80.19 tff(13230,plain,
% 127.60/80.19 (~v929(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2348, 13229])).
% 127.60/80.19 tff(13231,plain,
% 127.60/80.19 (~v7(constB15, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5505, 13230])).
% 127.60/80.19 tff(13232,plain,
% 127.60/80.19 (~v7(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[4072, 13231])).
% 127.60/80.19 tff(13233,plain,
% 127.60/80.19 (sP960(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5484, 13232])).
% 127.60/80.19 tff(13234,plain,
% 127.60/80.19 (v7(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10179, 5864, 13233])).
% 127.60/80.19 tff(13235,plain,
% 127.60/80.19 (v7(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10199, 13234])).
% 127.60/80.19 tff(13236,plain,
% 127.60/80.19 (v1052(constB15)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10207, 13235])).
% 127.60/80.19 tff(13237,plain,
% 127.60/80.19 ($false),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10212, 13236, 13223])).
% 127.60/80.19 tff(13238,plain,(v7(constB14, bitIndex1) | (~v11(constB14)) | (~v62(constB14, bitIndex0)) | (~v13(constB16, bitIndex2)) | (~v13(constB14, bitIndex1)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.19 tff(13239,plain,
% 127.60/80.19 (~v62(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13238, 2216, 5480, 2299, 7542, 2358])).
% 127.60/80.19 tff(13240,plain,
% 127.60/80.19 (~sP960(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10239, 1830, 13239])).
% 127.60/80.19 tff(13241,plain,
% 127.60/80.19 (~v13(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2369, 1804, 13194, 13240])).
% 127.60/80.19 tff(13242,plain,
% 127.60/80.19 (~v938(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2362, 13241])).
% 127.60/80.19 tff(13243,plain,
% 127.60/80.19 (~v940(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2356, 13242])).
% 127.60/80.19 tff(13244,plain,
% 127.60/80.19 (~v929(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2348, 13243])).
% 127.60/80.19 tff(13245,plain,
% 127.60/80.19 (~v7(constB15, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5505, 13244])).
% 127.60/80.19 tff(13246,plain,
% 127.60/80.19 (~v7(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[4072, 13245])).
% 127.60/80.19 tff(13247,plain,
% 127.60/80.19 (sP960(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5484, 13246])).
% 127.60/80.19 tff(13248,plain,
% 127.60/80.19 (v7(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10179, 5864, 13247])).
% 127.60/80.19 tff(13249,plain,
% 127.60/80.19 (v7(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10199, 13248])).
% 127.60/80.19 tff(13250,plain,
% 127.60/80.19 (v1052(constB15)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10207, 13249])).
% 127.60/80.19 tff(13251,plain,
% 127.60/80.19 (v1050(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10212, 13250])).
% 127.60/80.19 tff(13252,plain,
% 127.60/80.19 (v13(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10220, 13251])).
% 127.60/80.19 tff(13253,plain,
% 127.60/80.19 (v7(constB14, bitIndex2) | (~v13(constB14, bitIndex0)) | sP957(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10227, 1785, 7542])).
% 127.60/80.19 tff(13254,plain,
% 127.60/80.19 (sP957(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13253, 13252, 13194])).
% 127.60/80.19 tff(13255,plain,
% 127.60/80.19 (~v28(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12750, 1901, 13196])).
% 127.60/80.19 tff(13256,plain,
% 127.60/80.19 (~v28(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2378, 1912, 13196])).
% 127.60/80.19 tff(13257,plain,
% 127.60/80.19 (~v32(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12755, 1923, 13196])).
% 127.60/80.19 tff(13258,plain,
% 127.60/80.19 (~v924(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12762, 1938, 13257, 13256, 13255, 13254])).
% 127.60/80.19 tff(13259,plain,
% 127.60/80.19 ($false),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12928, 1982, 13258, 13199])).
% 127.60/80.19 tff(13260,plain,(v13(constB12, bitIndex2) | v7(constB14, bitIndex1) | (~v11(constB14)) | (~v13(constB16, bitIndex2)) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.19 tff(13261,plain,
% 127.60/80.19 (~v13(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13260, 13174, 12644, 2216, 13173])).
% 127.60/80.19 tff(13262,plain,
% 127.60/80.19 (~v938(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13093, 13261])).
% 127.60/80.19 tff(13263,plain,
% 127.60/80.19 (~v940(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5581, 13262])).
% 127.60/80.19 tff(13264,plain,
% 127.60/80.19 (~v929(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5607, 13263])).
% 127.60/80.19 tff(13265,plain,
% 127.60/80.19 (~v7(constB17, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5615, 13264])).
% 127.60/80.19 tff(13266,plain,
% 127.60/80.19 (~v7(constB18, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5636, 13265])).
% 127.60/80.19 tff(13267,plain,
% 127.60/80.19 (~v13(constB18, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12186, 13266, 13187, 5706])).
% 127.60/80.19 tff(13268,plain,
% 127.60/80.19 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11895, 6040, 13267])).
% 127.60/80.19 tff(13269,plain,
% 127.60/80.19 (~v11(constB18)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13268, 13186])).
% 127.60/80.19 tff(13270,plain,
% 127.60/80.19 ($false),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11839, 335, 13269, 13180])).
% 127.60/80.19 tff(13271,plain,(v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | v11(constB4) | v7(constB13, bitIndex1) | (constB19 = sK952_VarCurr) | v7(constB10, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.19 tff(13272,plain,
% 127.60/80.19 (v7(constB18, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13271, 13069, 11, 2216, 1, 342, 11700, 5310, 10627])).
% 127.60/80.19 tff(13273,plain,
% 127.60/80.19 (v7(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5759, 13272])).
% 127.60/80.19 tff(13274,plain,
% 127.60/80.19 (v956(constB17, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10249, 13273])).
% 127.60/80.19 tff(13275,plain,
% 127.60/80.19 (v940(constB17, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5567, 13274])).
% 127.60/80.19 tff(13276,plain,
% 127.60/80.19 (v938(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5541, 13275])).
% 127.60/80.19 tff(13277,plain,
% 127.60/80.19 (v13(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13013, 13276])).
% 127.60/80.19 tff(13278,plain,
% 127.60/80.19 (~v7(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2214, 13069])).
% 127.60/80.19 tff(13279,plain,
% 127.60/80.19 (v1017(constB12, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9832, 2012])).
% 127.60/80.19 tff(13280,plain,
% 127.60/80.19 (v1019(constB13, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9849, 13279])).
% 127.60/80.19 tff(13281,plain,
% 127.60/80.19 (v17(constB13, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9875, 13280])).
% 127.60/80.19 tff(13282,plain,
% 127.60/80.19 (v17(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9895, 13281])).
% 127.60/80.19 tff(13283,plain,
% 127.60/80.19 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB14)) | (~v47(constB14)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB14)) | (~v47(constB14)))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13284,plain,
% 127.60/80.19 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | ((~v32(constB14)) | (~v47(constB14)))),
% 127.60/80.19 inference(quant_inst,[status(thm)],[])).
% 127.60/80.19 tff(13285,plain,
% 127.60/80.19 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~v47(VarCurr)))) | (~v32(constB14)) | (~v47(constB14))),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[13284, 13283])).
% 127.60/80.19 tff(13286,plain,
% 127.60/80.19 (~v47(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13285, 681, 2138])).
% 127.60/80.19 tff(13287,plain,
% 127.60/80.19 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13288,plain,
% 127.60/80.19 ((v47(constB14) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | (~v1006(constB14, bitIndex0))) <=> (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13289,plain,
% 127.60/80.19 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB14) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | (~v1006(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14)))),
% 127.60/80.19 inference(monotonicity,[status(thm)],[13288])).
% 127.60/80.19 tff(13290,plain,
% 127.60/80.19 (((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB14) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | (~v1006(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14))),
% 127.60/80.19 inference(transitivity,[status(thm)],[13289, 13287])).
% 127.60/80.19 tff(13291,plain,
% 127.60/80.19 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | (v47(constB14) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | (~v1006(constB14, bitIndex0)))),
% 127.60/80.19 inference(quant_inst,[status(thm)],[])).
% 127.60/80.19 tff(13292,plain,
% 127.60/80.19 ((~![VarCurr: $i] : (v47(VarCurr) | v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | (~v1006(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14)),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[13291, 13290])).
% 127.60/80.19 tff(13293,plain,
% 127.60/80.19 (v7(constB14, bitIndex2) | (~v1006(constB14, bitIndex0)) | v47(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13292, 915, 7542])).
% 127.60/80.19 tff(13294,plain,
% 127.60/80.19 (~v1006(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13293, 13286, 10134])).
% 127.60/80.19 tff(13295,plain,
% 127.60/80.19 (((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB14, bitIndex0)) | v1006(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB14, bitIndex0)) | v1006(constB14, bitIndex0))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13296,plain,
% 127.60/80.19 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v993(constB14, bitIndex0)) | v1006(constB14, bitIndex0))),
% 127.60/80.19 inference(quant_inst,[status(thm)],[])).
% 127.60/80.19 tff(13297,plain,
% 127.60/80.19 ((~![VarCurr: $i] : ((~v993(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v993(constB14, bitIndex0)) | v1006(constB14, bitIndex0)),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[13296, 13295])).
% 127.60/80.19 tff(13298,plain,
% 127.60/80.19 (~v993(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13297, 1048, 13294])).
% 127.60/80.19 tff(13299,plain,
% 127.60/80.19 (~v13(constB14, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10144, 2012])).
% 127.60/80.19 tff(13300,plain,
% 127.60/80.19 (~v13(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12779, 2012, 7542])).
% 127.60/80.19 tff(13301,plain,
% 127.60/80.19 (~v938(constB14, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[11741, 13300])).
% 127.60/80.19 tff(13302,plain,
% 127.60/80.19 (~v940(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9659, 13301])).
% 127.60/80.19 tff(13303,plain,
% 127.60/80.19 (~v956(constB15, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9654, 13302])).
% 127.60/80.19 tff(13304,plain,
% 127.60/80.19 (~v7(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9649, 13303])).
% 127.60/80.19 tff(13305,plain,
% 127.60/80.19 (v11(constB14)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[12015, 13304, 11, 4112, 3964, 11346, 5323, 2408, 13071, 5281, 4113, 11700, 4111, 3694, 5310])).
% 127.60/80.19 tff(13306,plain,
% 127.60/80.19 (~v938(constB14, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2361, 2226, 13305, 13299])).
% 127.60/80.19 tff(13307,plain,
% 127.60/80.19 (~v940(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2356, 13306])).
% 127.60/80.19 tff(13308,plain,
% 127.60/80.19 (~v929(constB15, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[2348, 13307])).
% 127.60/80.19 tff(13309,plain,
% 127.60/80.19 (~v7(constB15, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5505, 13308])).
% 127.60/80.19 tff(13310,plain,
% 127.60/80.19 (~v7(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[4072, 13309])).
% 127.60/80.19 tff(13311,plain,
% 127.60/80.19 (sP959(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5510, 1871, 13310])).
% 127.60/80.19 tff(13312,plain,
% 127.60/80.19 (v7(constB18, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13123, 13310, 9481, 11700, 11, 4112, 3964, 11346, 5323, 2408, 13071, 5281, 4113, 13304, 4111, 3694, 5310])).
% 127.60/80.19 tff(13313,plain,
% 127.60/80.19 (v7(constB17, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5759, 13312])).
% 127.60/80.19 tff(13314,plain,
% 127.60/80.19 (v956(constB17, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[10249, 13313])).
% 127.60/80.19 tff(13315,plain,
% 127.60/80.19 (v940(constB17, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5567, 13314])).
% 127.60/80.19 tff(13316,plain,
% 127.60/80.19 (v938(constB16, bitIndex0)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5541, 13315])).
% 127.60/80.19 tff(13317,plain,
% 127.60/80.19 (v13(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9541, 13316])).
% 127.60/80.19 tff(13318,plain,
% 127.60/80.19 (~v7(constB16, bitIndex1)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[4007, 13304])).
% 127.60/80.19 tff(13319,plain,
% 127.60/80.19 ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[5521, 1886, 13318])).
% 127.60/80.19 tff(13320,plain,
% 127.60/80.19 (~sP958(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13319, 13317, 13311])).
% 127.60/80.19 tff(13321,plain,
% 127.60/80.19 (~v17(constB16, bitIndex2)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[9607, 1220, 13320])).
% 127.60/80.19 tff(13322,assumption,(~v17(constB16, bitIndex2)), introduced(assumption)).
% 127.60/80.19 tff(13323,assumption,(v17(constB15, bitIndex2)), introduced(assumption)).
% 127.60/80.19 tff(13324,plain,
% 127.60/80.19 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v1012(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v1012(constB16)))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13325,plain,
% 127.60/80.19 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB15, constB16)) | v1(constB16) | (~v1012(constB16)))),
% 127.60/80.19 inference(quant_inst,[status(thm)],[])).
% 127.60/80.19 tff(13326,plain,
% 127.60/80.19 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v1012(VarNext)))) | (~nextState(constB15, constB16)) | v1(constB16) | (~v1012(constB16))),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[13325, 13324])).
% 127.60/80.19 tff(13327,plain,
% 127.60/80.19 (~v1012(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13326, 460, 3710, 3717])).
% 127.60/80.19 tff(13328,plain,
% 127.60/80.19 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB15, constB16)) | v1012(constB16) | (~v1011(constB16)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB15, constB16)) | v1012(constB16) | (~v1011(constB16)))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13329,plain,
% 127.60/80.19 (((~nextState(constB15, constB16)) | (~v1011(constB16)) | v1012(constB16)) <=> ((~nextState(constB15, constB16)) | v1012(constB16) | (~v1011(constB16)))),
% 127.60/80.19 inference(rewrite,[status(thm)],[])).
% 127.60/80.19 tff(13330,plain,
% 127.60/80.19 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB15, constB16)) | (~v1011(constB16)) | v1012(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB15, constB16)) | v1012(constB16) | (~v1011(constB16))))),
% 127.60/80.19 inference(monotonicity,[status(thm)],[13329])).
% 127.60/80.19 tff(13331,plain,
% 127.60/80.19 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB15, constB16)) | (~v1011(constB16)) | v1012(constB16))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB15, constB16)) | v1012(constB16) | (~v1011(constB16)))),
% 127.60/80.19 inference(transitivity,[status(thm)],[13330, 13328])).
% 127.60/80.19 tff(13332,plain,
% 127.60/80.19 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | ((~nextState(constB15, constB16)) | (~v1011(constB16)) | v1012(constB16))),
% 127.60/80.19 inference(quant_inst,[status(thm)],[])).
% 127.60/80.19 tff(13333,plain,
% 127.60/80.19 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1011(VarNext)) | v1012(VarNext))) | (~nextState(constB15, constB16)) | v1012(constB16) | (~v1011(constB16))),
% 127.60/80.19 inference(modus_ponens,[status(thm)],[13332, 13331])).
% 127.60/80.19 tff(13334,plain,
% 127.60/80.19 (v1012(constB16) | (~v1011(constB16))),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13333, 474, 3710])).
% 127.60/80.19 tff(13335,plain,
% 127.60/80.19 (~v1011(constB16)),
% 127.60/80.19 inference(unit_resolution,[status(thm)],[13334, 13327])).
% 127.60/80.19 tff(13336,plain,
% 127.60/80.19 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB15, constB16)) | v1011(constB16) | v17(constB16, bitIndex2) | (~v17(constB15, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB15, constB16)) | v1011(constB16) | v17(constB16, bitIndex2) | (~v17(constB15, bitIndex2)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13337,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | ((~nextState(constB15, constB16)) | v1011(constB16) | v17(constB16, bitIndex2) | (~v17(constB15, bitIndex2)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13338,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | v17(VarNext, B) | (~v17(VarCurr, B)))) | (~nextState(constB15, constB16)) | v1011(constB16) | v17(constB16, bitIndex2) | (~v17(constB15, bitIndex2))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13337, 13336])).
% 127.60/80.20 tff(13339,plain,
% 127.60/80.20 ($false),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13338, 492, 3710, 13335, 13323, 13322])).
% 127.60/80.20 tff(13340,plain,(v17(constB16, bitIndex2) | (~v17(constB15, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.20 tff(13341,plain,
% 127.60/80.20 (~v17(constB15, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13340, 13321])).
% 127.60/80.20 tff(13342,plain,
% 127.60/80.20 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v1013(constB15))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v1013(constB15))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13343,plain,
% 127.60/80.20 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | ((~nextState(constB14, constB15)) | v934(constB15) | v1013(constB15))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13344,plain,
% 127.60/80.20 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v934(VarNext) | v1013(VarNext))) | (~nextState(constB14, constB15)) | v934(constB15) | v1013(constB15)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13343, 13342])).
% 127.60/80.20 tff(13345,plain,
% 127.60/80.20 (v934(constB15) | v1013(constB15)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13344, 360, 1375])).
% 127.60/80.20 tff(13346,plain,
% 127.60/80.20 (v1013(constB15)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13345, 1382])).
% 127.60/80.20 tff(13347,plain,
% 127.60/80.20 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v1012(constB15) | (~v1013(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v1012(constB15) | (~v1013(constB15)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13348,plain,
% 127.60/80.20 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | ((~nextState(constB14, constB15)) | (~v1(constB15)) | v1012(constB15) | (~v1013(constB15)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13349,plain,
% 127.60/80.20 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v1012(VarNext) | (~v1013(VarNext)))) | (~nextState(constB14, constB15)) | (~v1(constB15)) | v1012(constB15) | (~v1013(constB15))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13348, 13347])).
% 127.60/80.20 tff(13350,plain,
% 127.60/80.20 (v1012(constB15) | (~v1013(constB15))),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13349, 375, 1375, 1407])).
% 127.60/80.20 tff(13351,plain,
% 127.60/80.20 (v1012(constB15)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13350, 13346])).
% 127.60/80.20 tff(13352,plain,
% 127.60/80.20 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB14, constB15)) | v1011(constB15) | (~v1012(constB15)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB14, constB15)) | v1011(constB15) | (~v1012(constB15)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13353,plain,
% 127.60/80.20 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | ((~nextState(constB14, constB15)) | v1011(constB15) | (~v1012(constB15)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13354,plain,
% 127.60/80.20 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v1012(VarNext)))) | (~nextState(constB14, constB15)) | v1011(constB15) | (~v1012(constB15))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13353, 13352])).
% 127.60/80.20 tff(13355,plain,
% 127.60/80.20 (v1011(constB15) | (~v1012(constB15))),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13354, 390, 1375])).
% 127.60/80.20 tff(13356,plain,
% 127.60/80.20 (v1011(constB15)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13355, 13351])).
% 127.60/80.20 tff(13357,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB15)) | v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB15)) | v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13358,plain,
% 127.60/80.20 ((v17(constB15, bitIndex2) | (~v1011(constB15)) | (~v1019(constB15, bitIndex2))) <=> ((~v1011(constB15)) | v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13359,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB15, bitIndex2) | (~v1011(constB15)) | (~v1019(constB15, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | ((~v1011(constB15)) | v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2))))),
% 127.60/80.20 inference(monotonicity,[status(thm)],[13358])).
% 127.60/80.20 tff(13360,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB15, bitIndex2) | (~v1011(constB15)) | (~v1019(constB15, bitIndex2)))) <=> ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB15)) | v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2)))),
% 127.60/80.20 inference(transitivity,[status(thm)],[13359, 13357])).
% 127.60/80.20 tff(13361,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (v17(constB15, bitIndex2) | (~v1011(constB15)) | (~v1019(constB15, bitIndex2)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13362,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i] : (v17(VarNext, B) | (~v1011(VarNext)) | (~v1019(VarNext, B)))) | (~v1011(constB15)) | v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13361, 13360])).
% 127.60/80.20 tff(13363,plain,
% 127.60/80.20 (~v1019(constB15, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13362, 405, 13356, 13341])).
% 127.60/80.20 tff(13364,assumption,(~v1019(constB15, bitIndex2)), introduced(assumption)).
% 127.60/80.20 tff(13365,assumption,(v1017(constB14, bitIndex2)), introduced(assumption)).
% 127.60/80.20 tff(13366,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB14, constB15)) | v1019(constB15, bitIndex2) | (~v1017(constB14, bitIndex2)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB14, constB15)) | v1019(constB15, bitIndex2) | (~v1017(constB14, bitIndex2)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13367,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | ((~nextState(constB14, constB15)) | v1019(constB15, bitIndex2) | (~v1017(constB14, bitIndex2)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13368,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1019(VarNext, B) | (~v1017(VarCurr, B)))) | (~nextState(constB14, constB15)) | v1019(constB15, bitIndex2) | (~v1017(constB14, bitIndex2))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13367, 13366])).
% 127.60/80.20 tff(13369,plain,
% 127.60/80.20 ($false),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13368, 422, 1375, 13365, 13364])).
% 127.60/80.20 tff(13370,plain,(v1019(constB15, bitIndex2) | (~v1017(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.20 tff(13371,plain,
% 127.60/80.20 (~v1017(constB14, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13370, 13363])).
% 127.60/80.20 tff(13372,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB14)) | (~v20(constB14, bitIndex2)) | v1017(constB14, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB14)) | (~v20(constB14, bitIndex2)) | v1017(constB14, bitIndex2))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13373,plain,
% 127.60/80.20 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | ((~v11(constB14)) | (~v20(constB14, bitIndex2)) | v1017(constB14, bitIndex2))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13374,plain,
% 127.60/80.20 ((~![B: $i, VarCurr: $i] : ((~v11(VarCurr)) | (~v20(VarCurr, B)) | v1017(VarCurr, B))) | (~v11(constB14)) | (~v20(constB14, bitIndex2)) | v1017(constB14, bitIndex2)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13373, 13372])).
% 127.60/80.20 tff(13375,plain,
% 127.60/80.20 (~v20(constB14, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13374, 1124, 13305, 13371])).
% 127.60/80.20 tff(13376,assumption,(~v20(constB14, bitIndex2)), introduced(assumption)).
% 127.60/80.20 tff(13377,assumption,(v994(constB14, bitIndex2)), introduced(assumption)).
% 127.60/80.20 tff(13378,assumption,(v17(constB14, bitIndex2)), introduced(assumption)).
% 127.60/80.20 tff(13379,assumption,(~v993(constB14, bitIndex0)), introduced(assumption)).
% 127.60/80.20 tff(13380,assumption,(~v977(constB14, bitIndex0)), introduced(assumption)).
% 127.60/80.20 tff(13381,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13382,plain,
% 127.60/80.20 ((v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2) | (~v17(constB14, bitIndex2))) <=> ((~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13383,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2) | (~v17(constB14, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | ((~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2)))),
% 127.60/80.20 inference(monotonicity,[status(thm)],[13382])).
% 127.60/80.20 tff(13384,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2) | (~v17(constB14, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2))),
% 127.60/80.20 inference(transitivity,[status(thm)],[13383, 13381])).
% 127.60/80.20 tff(13385,plain,
% 127.60/80.20 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2) | (~v17(constB14, bitIndex2)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13386,plain,
% 127.60/80.20 ((~![B: $i, VarCurr: $i] : (v977(VarCurr, bitIndex0) | v993(VarCurr, bitIndex1) | v20(VarCurr, B) | (~v17(VarCurr, B)))) | (~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0) | v993(constB14, bitIndex1) | v20(constB14, bitIndex2)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13385, 13384])).
% 127.60/80.20 tff(13387,plain,
% 127.60/80.20 (v993(constB14, bitIndex1) | v20(constB14, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13386, 1073, 13378, 13380])).
% 127.60/80.20 tff(13388,plain,
% 127.60/80.20 (v993(constB14, bitIndex1)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13387, 13376])).
% 127.60/80.20 tff(13389,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB14, bitIndex0) | (~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB14, bitIndex0) | (~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13390,plain,
% 127.60/80.20 (((~v993(constB14, bitIndex1)) | v993(constB14, bitIndex0) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2))) <=> (v993(constB14, bitIndex0) | (~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13391,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB14, bitIndex1)) | v993(constB14, bitIndex0) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | (v993(constB14, bitIndex0) | (~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2))))),
% 127.60/80.20 inference(monotonicity,[status(thm)],[13390])).
% 127.60/80.20 tff(13392,plain,
% 127.60/80.20 (((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB14, bitIndex1)) | v993(constB14, bitIndex0) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))) <=> ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB14, bitIndex0) | (~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))),
% 127.60/80.20 inference(transitivity,[status(thm)],[13391, 13389])).
% 127.60/80.20 tff(13393,plain,
% 127.60/80.20 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | ((~v993(constB14, bitIndex1)) | v993(constB14, bitIndex0) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2)))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13394,plain,
% 127.60/80.20 ((~![B: $i, VarCurr: $i] : ((~v993(VarCurr, bitIndex1)) | v993(VarCurr, bitIndex0) | v20(VarCurr, B) | (~v994(VarCurr, B)))) | v993(constB14, bitIndex0) | (~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2) | (~v994(constB14, bitIndex2))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13393, 13392])).
% 127.60/80.20 tff(13395,plain,
% 127.60/80.20 ((~v993(constB14, bitIndex1)) | v20(constB14, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13394, 1092, 13379, 13377])).
% 127.60/80.20 tff(13396,plain,
% 127.60/80.20 ($false),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13395, 13388, 13376])).
% 127.60/80.20 tff(13397,plain,(v20(constB14, bitIndex2) | v993(constB14, bitIndex0) | (~v994(constB14, bitIndex2)) | (~v17(constB14, bitIndex2)) | v977(constB14, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.20 tff(13398,plain,
% 127.60/80.20 (v977(constB14, bitIndex0)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13397, 13379, 13378, 13377, 13376])).
% 127.60/80.20 tff(13399,plain,
% 127.60/80.20 (((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB14, bitIndex0)) | v1006(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB14, bitIndex0)) | v1006(constB14, bitIndex0))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13400,plain,
% 127.60/80.20 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | ((~v977(constB14, bitIndex0)) | v1006(constB14, bitIndex0))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13401,plain,
% 127.60/80.20 ((~![VarCurr: $i] : ((~v977(VarCurr, bitIndex0)) | v1006(VarCurr, bitIndex0))) | (~v977(constB14, bitIndex0)) | v1006(constB14, bitIndex0)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13400, 13399])).
% 127.60/80.20 tff(13402,plain,
% 127.60/80.20 (v1006(constB14, bitIndex0)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13401, 1059, 13398])).
% 127.60/80.20 tff(13403,plain,
% 127.60/80.20 (((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | ((~v1006(constB14, bitIndex0)) | v993(constB14, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | (~v1006(constB14, bitIndex0)) | v993(constB14, bitIndex0))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13404,plain,
% 127.60/80.20 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | ((~v1006(constB14, bitIndex0)) | v993(constB14, bitIndex0))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13405,plain,
% 127.60/80.20 ((~![VarCurr: $i] : ((~v1006(VarCurr, bitIndex0)) | v993(VarCurr, bitIndex0))) | (~v1006(constB14, bitIndex0)) | v993(constB14, bitIndex0)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13404, 13403])).
% 127.60/80.20 tff(13406,plain,
% 127.60/80.20 ($false),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13405, 4504, 13379, 13402])).
% 127.60/80.20 tff(13407,plain,(v993(constB14, bitIndex0) | (~v17(constB14, bitIndex2)) | (~v994(constB14, bitIndex2)) | v20(constB14, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.20 tff(13408,plain,
% 127.60/80.20 (~v994(constB14, bitIndex2)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13407, 13375, 13298, 13282])).
% 127.60/80.20 tff(13409,plain,
% 127.60/80.20 (((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB14) | (~v17(constB14, bitIndex2)) | v994(constB14, bitIndex2))) <=> ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB14) | (~v17(constB14, bitIndex2)) | v994(constB14, bitIndex2))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13410,plain,
% 127.60/80.20 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | (sP953_aig_name(constB14) | (~v17(constB14, bitIndex2)) | v994(constB14, bitIndex2))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13411,plain,
% 127.60/80.20 ((~![VarCurr: $i] : (sP953_aig_name(VarCurr) | (~v17(VarCurr, bitIndex2)) | v994(VarCurr, bitIndex2))) | sP953_aig_name(constB14) | (~v17(constB14, bitIndex2)) | v994(constB14, bitIndex2)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13410, 13409])).
% 127.60/80.20 tff(13412,plain,
% 127.60/80.20 (sP953_aig_name(constB14)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13411, 1033, 13408, 13282])).
% 127.60/80.20 tff(13413,plain,
% 127.60/80.20 (((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | ((~sP953_aig_name(constB14)) | v17(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | (~sP953_aig_name(constB14)) | v17(constB14, bitIndex1))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13414,plain,
% 127.60/80.20 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | ((~sP953_aig_name(constB14)) | v17(constB14, bitIndex1))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13415,plain,
% 127.60/80.20 ((~![VarCurr: $i] : ((~sP953_aig_name(VarCurr)) | v17(VarCurr, bitIndex1))) | (~sP953_aig_name(constB14)) | v17(constB14, bitIndex1)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13414, 13413])).
% 127.60/80.20 tff(13416,plain,
% 127.60/80.20 (v17(constB14, bitIndex1)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13415, 4726, 13412])).
% 127.60/80.20 tff(13417,assumption,(~v17(constB13, bitIndex1)), introduced(assumption)).
% 127.60/80.20 tff(13418,assumption,(v17(constB14, bitIndex1)), introduced(assumption)).
% 127.60/80.20 tff(13419,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB13, constB14)) | v1011(constB14) | (~v17(constB14, bitIndex1)) | v17(constB13, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB13, constB14)) | v1011(constB14) | (~v17(constB14, bitIndex1)) | v17(constB13, bitIndex1))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13420,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | ((~nextState(constB13, constB14)) | v1011(constB14) | (~v17(constB14, bitIndex1)) | v17(constB13, bitIndex1))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13421,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1011(VarNext) | (~v17(VarNext, B)) | v17(VarCurr, B))) | (~nextState(constB13, constB14)) | v1011(constB14) | (~v17(constB14, bitIndex1)) | v17(constB13, bitIndex1)),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13420, 13419])).
% 127.60/80.20 tff(13422,plain,
% 127.60/80.20 ($false),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13421, 996, 1365, 9890, 13418, 13417])).
% 127.60/80.20 tff(13423,plain,((~v17(constB14, bitIndex1)) | v17(constB13, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.20 tff(13424,plain,
% 127.60/80.20 (v17(constB13, bitIndex1)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13423, 13416])).
% 127.60/80.20 tff(13425,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB13)) | v1019(constB13, bitIndex1) | (~v17(constB13, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB13)) | v1019(constB13, bitIndex1) | (~v17(constB13, bitIndex1)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13426,plain,
% 127.60/80.20 (((~v17(constB13, bitIndex1)) | (~v1011(constB13)) | v1019(constB13, bitIndex1)) <=> ((~v1011(constB13)) | v1019(constB13, bitIndex1) | (~v17(constB13, bitIndex1)))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13427,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB13, bitIndex1)) | (~v1011(constB13)) | v1019(constB13, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v1011(constB13)) | v1019(constB13, bitIndex1) | (~v17(constB13, bitIndex1))))),
% 127.60/80.20 inference(monotonicity,[status(thm)],[13426])).
% 127.60/80.20 tff(13428,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB13, bitIndex1)) | (~v1011(constB13)) | v1019(constB13, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB13)) | v1019(constB13, bitIndex1) | (~v17(constB13, bitIndex1)))),
% 127.60/80.20 inference(transitivity,[status(thm)],[13427, 13425])).
% 127.60/80.20 tff(13429,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | ((~v17(constB13, bitIndex1)) | (~v1011(constB13)) | v1019(constB13, bitIndex1))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.20 tff(13430,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i] : ((~v17(VarNext, B)) | (~v1011(VarNext)) | v1019(VarNext, B))) | (~v1011(constB13)) | v1019(constB13, bitIndex1) | (~v17(constB13, bitIndex1))),
% 127.60/80.20 inference(modus_ponens,[status(thm)],[13429, 13428])).
% 127.60/80.20 tff(13431,plain,
% 127.60/80.20 (v1019(constB13, bitIndex1)),
% 127.60/80.20 inference(unit_resolution,[status(thm)],[13430, 975, 9867, 13424])).
% 127.60/80.20 tff(13432,plain,
% 127.60/80.20 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB12, constB13)) | (~v1019(constB13, bitIndex1)) | v1017(constB12, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB12, constB13)) | (~v1019(constB13, bitIndex1)) | v1017(constB12, bitIndex1))),
% 127.60/80.20 inference(rewrite,[status(thm)],[])).
% 127.60/80.20 tff(13433,plain,
% 127.60/80.20 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | ((~nextState(constB12, constB13)) | (~v1019(constB13, bitIndex1)) | v1017(constB12, bitIndex1))),
% 127.60/80.20 inference(quant_inst,[status(thm)],[])).
% 127.60/80.21 tff(13434,plain,
% 127.60/80.21 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1019(VarNext, B)) | v1017(VarCurr, B))) | (~nextState(constB12, constB13)) | (~v1019(constB13, bitIndex1)) | v1017(constB12, bitIndex1)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[13433, 13432])).
% 127.60/80.21 tff(13435,plain,
% 127.60/80.21 (v1017(constB12, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13434, 957, 1355, 13431])).
% 127.60/80.21 tff(13436,plain,
% 127.60/80.21 ((~b100(bitIndex1)) <=> (~b100(bitIndex1))),
% 127.60/80.21 inference(rewrite,[status(thm)],[])).
% 127.60/80.21 tff(13437,axiom,(~b100(bitIndex1)), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16585')).
% 127.60/80.21 tff(13438,plain,
% 127.60/80.21 (~b100(bitIndex1)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[13437, 13436])).
% 127.60/80.21 tff(13439,plain,
% 127.60/80.21 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex1) | v11(constB12) | (~v1017(constB12, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex1) | v11(constB12) | (~v1017(constB12, bitIndex1)))),
% 127.60/80.21 inference(rewrite,[status(thm)],[])).
% 127.60/80.21 tff(13440,plain,
% 127.60/80.21 ((v11(constB12) | (~v1017(constB12, bitIndex1)) | b100(bitIndex1)) <=> (b100(bitIndex1) | v11(constB12) | (~v1017(constB12, bitIndex1)))),
% 127.60/80.21 inference(rewrite,[status(thm)],[])).
% 127.60/80.21 tff(13441,plain,
% 127.60/80.21 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB12) | (~v1017(constB12, bitIndex1)) | b100(bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (b100(bitIndex1) | v11(constB12) | (~v1017(constB12, bitIndex1))))),
% 127.60/80.21 inference(monotonicity,[status(thm)],[13440])).
% 127.60/80.21 tff(13442,plain,
% 127.60/80.21 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB12) | (~v1017(constB12, bitIndex1)) | b100(bitIndex1))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex1) | v11(constB12) | (~v1017(constB12, bitIndex1)))),
% 127.60/80.21 inference(transitivity,[status(thm)],[13441, 13439])).
% 127.60/80.21 tff(13443,plain,
% 127.60/80.21 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | (v11(constB12) | (~v1017(constB12, bitIndex1)) | b100(bitIndex1))),
% 127.60/80.21 inference(quant_inst,[status(thm)],[])).
% 127.60/80.21 tff(13444,plain,
% 127.60/80.21 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v1017(VarCurr, B)) | b100(B))) | b100(bitIndex1) | v11(constB12) | (~v1017(constB12, bitIndex1))),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[13443, 13442])).
% 127.60/80.21 tff(13445,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13444, 13438, 933, 2012, 13435])).
% 127.60/80.21 tff(13446,plain,(v11(constB12) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13447,plain,
% 127.60/80.21 (v11(constB12)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13446, 13278, 11700, 11, 11734, 11729, 12606, 12575, 13070, 11722, 11719, 11735, 11710, 5310, 13012])).
% 127.60/80.21 tff(13448,plain,
% 127.60/80.21 (~v938(constB12, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2230, 13447])).
% 127.60/80.21 tff(13449,plain,
% 127.60/80.21 (~v940(constB13, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2238, 13448])).
% 127.60/80.21 tff(13450,plain,
% 127.60/80.21 (~v929(constB13, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2264, 13449])).
% 127.60/80.21 tff(13451,plain,
% 127.60/80.21 (~v7(constB13, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2272, 13450])).
% 127.60/80.21 tff(13452,plain,
% 127.60/80.21 (~v7(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2293, 13451])).
% 127.60/80.21 tff(13453,plain,
% 127.60/80.21 (~v13(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13149, 13019, 1, 342, 6360, 7542])).
% 127.60/80.21 tff(13454,plain,
% 127.60/80.21 (~v938(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2362, 13453])).
% 127.60/80.21 tff(13455,plain,
% 127.60/80.21 (~v940(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2356, 13454])).
% 127.60/80.21 tff(13456,plain,
% 127.60/80.21 (~v929(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2348, 13455])).
% 127.60/80.21 tff(13457,plain,
% 127.60/80.21 (~v7(constB15, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5505, 13456])).
% 127.60/80.21 tff(13458,plain,
% 127.60/80.21 (~v7(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[4072, 13457])).
% 127.60/80.21 tff(13459,plain,
% 127.60/80.21 (sP959(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5510, 1871, 13458])).
% 127.60/80.21 tff(13460,plain,
% 127.60/80.21 (v7(constB16, bitIndex1) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5521, 1886, 10117])).
% 127.60/80.21 tff(13461,plain,
% 127.60/80.21 (~sP958(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13460, 13459, 3984])).
% 127.60/80.21 tff(13462,plain,
% 127.60/80.21 (~v28(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9551, 1901, 13461])).
% 127.60/80.21 tff(13463,plain,
% 127.60/80.21 (~v28(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9547, 1912, 13461])).
% 127.60/80.21 tff(13464,plain,
% 127.60/80.21 (~v32(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5514, 1923, 13461])).
% 127.60/80.21 tff(13465,plain,
% 127.60/80.21 (sP957(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9591, 13458, 5451])).
% 127.60/80.21 tff(13466,plain,
% 127.60/80.21 (v32(constB16) | v28(constB16, bitIndex0) | v28(constB16, bitIndex1) | (~v924(constB16, bitIndex0))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9598, 1938, 13465])).
% 127.60/80.21 tff(13467,plain,
% 127.60/80.21 (~v924(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13466, 13464, 13463, 13462])).
% 127.60/80.21 tff(13468,plain,
% 127.60/80.21 (~v1003(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9603, 1953, 13461])).
% 127.60/80.21 tff(13469,plain,
% 127.60/80.21 (~v17(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9607, 1220, 13461])).
% 127.60/80.21 tff(13470,plain,
% 127.60/80.21 (sP954_aig_name(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9611, 1971, 13469, 13468])).
% 127.60/80.21 tff(13471,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9615, 1982, 13470, 13467])).
% 127.60/80.21 tff(13472,plain,((~v13(constB16, bitIndex0)) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1)) | (~v11(constB14)) | v7(constB10, bitIndex1) | v11(constB4) | v7(constB10, bitIndex2) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13473,plain,
% 127.60/80.21 (~v13(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13472, 11808, 10117, 13129, 1, 342, 6360, 7542])).
% 127.60/80.21 tff(13474,plain,
% 127.60/80.21 (~v1050(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13161, 13473])).
% 127.60/80.21 tff(13475,plain,
% 127.60/80.21 (~v1052(constB17)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9575, 13474])).
% 127.60/80.21 tff(13476,plain,
% 127.60/80.21 (~v7(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9570, 13475])).
% 127.60/80.21 tff(13477,plain,
% 127.60/80.21 (~v7(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9562, 13476])).
% 127.60/80.21 tff(13478,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10252, 12023])).
% 127.60/80.21 tff(13479,plain,((~(constB18 = sK952_VarCurr)) | v7(constB18, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13480,plain,
% 127.60/80.21 (~(constB18 = sK952_VarCurr)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13479, 13477, 11700])).
% 127.60/80.21 tff(13481,plain,
% 127.60/80.21 (v7(constB17, bitIndex0)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[11700, 5257])).
% 127.60/80.21 tff(13482,assumption,(~v7(constB17, bitIndex0)), introduced(assumption)).
% 127.60/80.21 tff(13483,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13482, 13481])).
% 127.60/80.21 tff(13484,plain,((~(constB17 = sK952_VarCurr)) | v7(constB17, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13485,plain,
% 127.60/80.21 (~(constB17 = sK952_VarCurr)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13484, 13476, 11700])).
% 127.60/80.21 tff(13486,plain,
% 127.60/80.21 (constB20 = sK952_VarCurr),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11811, 13485, 11734, 11729, 12606, 12575, 2408, 13071, 11722, 11719, 11774, 11735, 11710, 5310, 13480, 11])).
% 127.60/80.21 tff(13487,plain,
% 127.60/80.21 (v7(constB20, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11815, 13486, 11])).
% 127.60/80.21 tff(13488,plain,
% 127.60/80.21 (v7(constB19, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9468, 13487])).
% 127.60/80.21 tff(13489,plain,
% 127.60/80.21 (v956(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11821, 13488])).
% 127.60/80.21 tff(13490,plain,
% 127.60/80.21 (v940(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11826, 13489])).
% 127.60/80.21 tff(13491,plain,
% 127.60/80.21 (v938(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11831, 13490])).
% 127.60/80.21 tff(13492,plain,
% 127.60/80.21 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.21 inference(monotonicity,[status(thm)],[13486])).
% 127.60/80.21 tff(13493,plain,
% 127.60/80.21 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.21 inference(symmetry,[status(thm)],[13492])).
% 127.60/80.21 tff(13494,plain,
% 127.60/80.21 (v7(constB20, bitIndex0)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[11700, 13493])).
% 127.60/80.21 tff(13495,plain,
% 127.60/80.21 (v7(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11875, 13494])).
% 127.60/80.21 tff(13496,plain,
% 127.60/80.21 (v1052(constB19)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11883, 13495])).
% 127.60/80.21 tff(13497,plain,
% 127.60/80.21 (v1050(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11888, 13496])).
% 127.60/80.21 tff(13498,plain,
% 127.60/80.21 (~v13(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11222, 13129, 1, 342, 12374, 10117, 11808])).
% 127.60/80.21 tff(13499,plain,
% 127.60/80.21 (~v938(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13093, 13498])).
% 127.60/80.21 tff(13500,plain,
% 127.60/80.21 (~v940(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5581, 13499])).
% 127.60/80.21 tff(13501,plain,
% 127.60/80.21 (~v929(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5607, 13500])).
% 127.60/80.21 tff(13502,plain,
% 127.60/80.21 (~v7(constB17, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5615, 13501])).
% 127.60/80.21 tff(13503,plain,
% 127.60/80.21 (~v7(constB18, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5636, 13502])).
% 127.60/80.21 tff(13504,plain,
% 127.60/80.21 (sP959(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5710, 1871, 13503])).
% 127.60/80.21 tff(13505,plain,
% 127.60/80.21 (v13(constB18, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11841, 13491])).
% 127.60/80.21 tff(13506,plain,
% 127.60/80.21 (~v13(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12264, 13505, 13477, 13504])).
% 127.60/80.21 tff(13507,plain,
% 127.60/80.21 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11895, 6040, 13506])).
% 127.60/80.21 tff(13508,plain,
% 127.60/80.21 (~v11(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13507, 13497])).
% 127.60/80.21 tff(13509,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11839, 335, 13508, 13491])).
% 127.60/80.21 tff(13510,plain,(v7(constB15, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (~v13(constB16, bitIndex1)) | v7(constB10, bitIndex1) | v11(constB4) | v7(constB10, bitIndex2) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13511,plain,
% 127.60/80.21 (v7(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13510, 13277, 11, 13070, 5310, 11700, 1, 342, 10627, 13278])).
% 127.60/80.21 tff(13512,plain,
% 127.60/80.21 (v956(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9649, 13511])).
% 127.60/80.21 tff(13513,plain,
% 127.60/80.21 (v940(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9654, 13512])).
% 127.60/80.21 tff(13514,plain,
% 127.60/80.21 (v938(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9659, 13513])).
% 127.60/80.21 tff(13515,plain,
% 127.60/80.21 (v13(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11741, 13514])).
% 127.60/80.21 tff(13516,plain,
% 127.60/80.21 (~v13(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12770, 13515, 13278, 13452])).
% 127.60/80.21 tff(13517,plain,
% 127.60/80.21 (v11(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11682, 13514])).
% 127.60/80.21 tff(13518,plain,
% 127.60/80.21 (~v1050(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10219, 6040, 13517, 13516])).
% 127.60/80.21 tff(13519,plain,
% 127.60/80.21 (~v1052(constB15)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10212, 13518])).
% 127.60/80.21 tff(13520,plain,
% 127.60/80.21 (~v7(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10207, 13519])).
% 127.60/80.21 tff(13521,plain,
% 127.60/80.21 (~v7(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10199, 13520])).
% 127.60/80.21 tff(13522,plain,
% 127.60/80.21 (~v13(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11331, 13521, 13277])).
% 127.60/80.21 tff(13523,plain,
% 127.60/80.21 (~v1050(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13161, 13522])).
% 127.60/80.21 tff(13524,plain,
% 127.60/80.21 (~v1052(constB17)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9575, 13523])).
% 127.60/80.21 tff(13525,plain,
% 127.60/80.21 (~v7(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9570, 13524])).
% 127.60/80.21 tff(13526,plain,
% 127.60/80.21 (~v7(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9562, 13525])).
% 127.60/80.21 tff(13527,plain,
% 127.60/80.21 (~(constB18 = sK952_VarCurr)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13479, 13526, 11700])).
% 127.60/80.21 tff(13528,plain,
% 127.60/80.21 (~(constB17 = sK952_VarCurr)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13484, 13525, 11700])).
% 127.60/80.21 tff(13529,plain,
% 127.60/80.21 (constB20 = sK952_VarCurr),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12873, 13528, 1, 342, 13069, 13515, 11700, 13517, 5310, 13527, 11])).
% 127.60/80.21 tff(13530,plain,
% 127.60/80.21 (v7(constB20, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11815, 13529, 11])).
% 127.60/80.21 tff(13531,plain,
% 127.60/80.21 (v7(constB19, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9468, 13530])).
% 127.60/80.21 tff(13532,plain,
% 127.60/80.21 (v956(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11821, 13531])).
% 127.60/80.21 tff(13533,plain,
% 127.60/80.21 (v940(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11826, 13532])).
% 127.60/80.21 tff(13534,plain,
% 127.60/80.21 (v938(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11831, 13533])).
% 127.60/80.21 tff(13535,plain,
% 127.60/80.21 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.21 inference(monotonicity,[status(thm)],[13529])).
% 127.60/80.21 tff(13536,plain,
% 127.60/80.21 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.21 inference(symmetry,[status(thm)],[13535])).
% 127.60/80.21 tff(13537,plain,
% 127.60/80.21 (v7(constB20, bitIndex0)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[11700, 13536])).
% 127.60/80.21 tff(13538,plain,
% 127.60/80.21 (v7(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11875, 13537])).
% 127.60/80.21 tff(13539,plain,
% 127.60/80.21 (v1052(constB19)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11883, 13538])).
% 127.60/80.21 tff(13540,plain,
% 127.60/80.21 (v1050(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11888, 13539])).
% 127.60/80.21 tff(13541,plain,
% 127.60/80.21 (~v13(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13260, 13515, 13278, 2216, 13517])).
% 127.60/80.21 tff(13542,plain,
% 127.60/80.21 (~v938(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13093, 13541])).
% 127.60/80.21 tff(13543,plain,
% 127.60/80.21 (~v940(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5581, 13542])).
% 127.60/80.21 tff(13544,plain,
% 127.60/80.21 (~v929(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5607, 13543])).
% 127.60/80.21 tff(13545,plain,
% 127.60/80.21 (~v7(constB17, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5615, 13544])).
% 127.60/80.21 tff(13546,plain,
% 127.60/80.21 (~v7(constB18, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5636, 13545])).
% 127.60/80.21 tff(13547,plain,
% 127.60/80.21 (sP959(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5710, 1871, 13546])).
% 127.60/80.21 tff(13548,plain,
% 127.60/80.21 (v13(constB18, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11841, 13534])).
% 127.60/80.21 tff(13549,plain,
% 127.60/80.21 (~v13(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12264, 13548, 13526, 13547])).
% 127.60/80.21 tff(13550,plain,
% 127.60/80.21 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11895, 6040, 13549])).
% 127.60/80.21 tff(13551,plain,
% 127.60/80.21 (~v11(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13550, 13540])).
% 127.60/80.21 tff(13552,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11839, 335, 13551, 13534])).
% 127.60/80.21 tff(13553,plain,(v11(constB8) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB10, bitIndex1) | v11(constB4) | (constB19 = sK952_VarCurr) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13554,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13553, 13053, 13052, 11, 1, 342, 5310, 11700])).
% 127.60/80.21 tff(13555,plain,((~v13(constB16, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB10, bitIndex1) | v11(constB4) | (constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB14)) | v7(constB16, bitIndex1) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13556,plain,
% 127.60/80.21 (~v13(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13555, 13014, 1, 342, 5310, 11700, 12611, 11808, 11])).
% 127.60/80.21 tff(13557,plain,
% 127.60/80.21 (~v1050(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13161, 13556])).
% 127.60/80.21 tff(13558,plain,
% 127.60/80.21 (~v1052(constB17)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9575, 13557])).
% 127.60/80.21 tff(13559,plain,
% 127.60/80.21 (~v7(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9570, 13558])).
% 127.60/80.21 tff(13560,plain,
% 127.60/80.21 (~(constB17 = sK952_VarCurr)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13484, 13559, 11700])).
% 127.60/80.21 tff(13561,plain,
% 127.60/80.21 (~v7(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9562, 13559])).
% 127.60/80.21 tff(13562,plain,
% 127.60/80.21 (~(constB18 = sK952_VarCurr)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13479, 13561, 11700])).
% 127.60/80.21 tff(13563,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11811, 13562, 13560, 11734, 11729, 12606, 12575, 12541, 2408, 11722, 11719, 11774, 11735, 11710, 5310, 5282, 11])).
% 127.60/80.21 tff(13564,plain,((constB20 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB10, bitIndex1) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13565,plain,
% 127.60/80.21 (constB20 = sK952_VarCurr),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13564, 11774, 2408, 5310, 11, 11700, 1, 342])).
% 127.60/80.21 tff(13566,plain,
% 127.60/80.21 (v7(constB20, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11815, 13565, 11])).
% 127.60/80.21 tff(13567,plain,
% 127.60/80.21 (v7(constB19, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9468, 13566])).
% 127.60/80.21 tff(13568,plain,
% 127.60/80.21 (v956(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11821, 13567])).
% 127.60/80.21 tff(13569,plain,
% 127.60/80.21 (v940(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11826, 13568])).
% 127.60/80.21 tff(13570,plain,
% 127.60/80.21 (v938(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11831, 13569])).
% 127.60/80.21 tff(13571,plain,
% 127.60/80.21 (v11(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11839, 335, 13570])).
% 127.60/80.21 tff(13572,plain,
% 127.60/80.21 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.21 inference(monotonicity,[status(thm)],[13565])).
% 127.60/80.21 tff(13573,plain,
% 127.60/80.21 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.21 inference(symmetry,[status(thm)],[13572])).
% 127.60/80.21 tff(13574,plain,
% 127.60/80.21 (v7(constB20, bitIndex0)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[11700, 13573])).
% 127.60/80.21 tff(13575,plain,
% 127.60/80.21 (v7(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11875, 13574])).
% 127.60/80.21 tff(13576,plain,
% 127.60/80.21 (v1052(constB19)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11883, 13575])).
% 127.60/80.21 tff(13577,plain,
% 127.60/80.21 (v1050(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11888, 13576])).
% 127.60/80.21 tff(13578,plain,
% 127.60/80.21 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11895, 6040, 13577])).
% 127.60/80.21 tff(13579,plain,
% 127.60/80.21 (v13(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13578, 13571])).
% 127.60/80.21 tff(13580,plain,
% 127.60/80.21 (v13(constB18, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11841, 13570])).
% 127.60/80.21 tff(13581,plain,
% 127.60/80.21 (~v13(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13555, 10117, 1, 342, 5310, 11700, 2358, 3984, 11])).
% 127.60/80.21 tff(13582,plain,
% 127.60/80.21 (~v1050(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13161, 13581])).
% 127.60/80.21 tff(13583,plain,
% 127.60/80.21 (~v1052(constB17)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9575, 13582])).
% 127.60/80.21 tff(13584,plain,
% 127.60/80.21 (~v7(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9570, 13583])).
% 127.60/80.21 tff(13585,plain,
% 127.60/80.21 (~v7(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9562, 13584])).
% 127.60/80.21 tff(13586,plain,
% 127.60/80.21 (~sP959(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12264, 13585, 5712, 3861])).
% 127.60/80.21 tff(13587,plain,
% 127.60/80.21 (~v13(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11222, 10117, 1, 342, 12374, 3984, 2358])).
% 127.60/80.21 tff(13588,plain,
% 127.60/80.21 (~v938(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13093, 13587])).
% 127.60/80.21 tff(13589,plain,
% 127.60/80.21 (~v940(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5581, 13588])).
% 127.60/80.21 tff(13590,plain,
% 127.60/80.21 (~v929(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5607, 13589])).
% 127.60/80.21 tff(13591,plain,
% 127.60/80.21 (~v7(constB17, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5615, 13590])).
% 127.60/80.21 tff(13592,plain,
% 127.60/80.21 (~v7(constB18, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5636, 13591])).
% 127.60/80.21 tff(13593,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5710, 1871, 13592, 13586])).
% 127.60/80.21 tff(13594,plain,((~v13(constB16, bitIndex1)) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0)) | v7(constB10, bitIndex1) | v11(constB4) | (constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB14)) | v7(constB16, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13595,plain,
% 127.60/80.21 (~v13(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13594, 13580, 13579, 1, 342, 5310, 11700, 12611, 11808, 11])).
% 127.60/80.21 tff(13596,plain,
% 127.60/80.21 (~v938(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13013, 13595])).
% 127.60/80.21 tff(13597,plain,
% 127.60/80.21 (~v940(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5541, 13596])).
% 127.60/80.21 tff(13598,plain,
% 127.60/80.21 (~v956(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5567, 13597])).
% 127.60/80.21 tff(13599,plain,
% 127.60/80.21 (~v7(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10249, 13598])).
% 127.60/80.21 tff(13600,plain,
% 127.60/80.21 (~v7(constB18, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5759, 13599])).
% 127.60/80.21 tff(13601,plain,
% 127.60/80.21 (v7(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12157, 5706, 13579, 13580])).
% 127.60/80.21 tff(13602,plain,
% 127.60/80.21 (v7(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9562, 13601])).
% 127.60/80.21 tff(13603,plain,
% 127.60/80.21 (v1052(constB17)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9570, 13602])).
% 127.60/80.21 tff(13604,plain,
% 127.60/80.21 (v1050(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9575, 13603])).
% 127.60/80.21 tff(13605,plain,
% 127.60/80.21 (v13(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13161, 13604])).
% 127.60/80.21 tff(13606,plain,
% 127.60/80.21 (v7(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13123, 5706, 13012, 11700, 11, 11734, 11729, 12606, 12575, 12541, 2408, 11722, 11719, 11774, 11735, 11710, 5310])).
% 127.60/80.21 tff(13607,plain,
% 127.60/80.21 (v7(constB15, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[4072, 13606])).
% 127.60/80.21 tff(13608,plain,
% 127.60/80.21 (v929(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5505, 13607])).
% 127.60/80.21 tff(13609,plain,
% 127.60/80.21 (v940(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2348, 13608])).
% 127.60/80.21 tff(13610,plain,
% 127.60/80.21 (v938(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2356, 13609])).
% 127.60/80.21 tff(13611,plain,
% 127.60/80.21 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2361, 2226, 12611])).
% 127.60/80.21 tff(13612,plain,
% 127.60/80.21 (v13(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13611, 13610])).
% 127.60/80.21 tff(13613,plain,
% 127.60/80.21 (~v13(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13045, 13612, 342, 12374, 1, 7542])).
% 127.60/80.21 tff(13614,plain,
% 127.60/80.21 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10219, 6040, 12611])).
% 127.60/80.21 tff(13615,plain,
% 127.60/80.21 (~v1050(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13614, 13613])).
% 127.60/80.21 tff(13616,plain,
% 127.60/80.21 (~v1052(constB15)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10212, 13615])).
% 127.60/80.21 tff(13617,plain,
% 127.60/80.21 (~v7(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10207, 13616])).
% 127.60/80.21 tff(13618,plain,
% 127.60/80.21 (~v7(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10199, 13617])).
% 127.60/80.21 tff(13619,plain,
% 127.60/80.21 (~sP957(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11254, 5875, 13618])).
% 127.60/80.21 tff(13620,plain,
% 127.60/80.21 (~sP960(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10179, 5864, 13618])).
% 127.60/80.21 tff(13621,plain,
% 127.60/80.21 (v7(constB18, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12186, 5706, 13580, 13579])).
% 127.60/80.21 tff(13622,plain,
% 127.60/80.21 (v7(constB17, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5636, 13621])).
% 127.60/80.21 tff(13623,plain,
% 127.60/80.21 (v929(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5615, 13622])).
% 127.60/80.21 tff(13624,plain,
% 127.60/80.21 (v940(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5607, 13623])).
% 127.60/80.21 tff(13625,plain,
% 127.60/80.21 (v938(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5581, 13624])).
% 127.60/80.21 tff(13626,plain,
% 127.60/80.21 (v13(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13093, 13625])).
% 127.60/80.21 tff(13627,plain,
% 127.60/80.21 (~v952(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10186, 6136, 13626, 13620])).
% 127.60/80.21 tff(13628,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13163, 13627, 13619, 13605])).
% 127.60/80.21 tff(13629,plain,(v7(constB18, bitIndex1) | v11(constB4) | v7(constB10, bitIndex1) | v7(constB14, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB13 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13630,plain,
% 127.60/80.21 (v7(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13629, 13600, 1, 342, 11700, 11, 2408, 11774, 5310])).
% 127.60/80.21 tff(13631,plain,
% 127.60/80.21 (v7(constB13, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2214, 13630])).
% 127.60/80.21 tff(13632,plain,
% 127.60/80.21 (v956(constB13, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2193, 13631])).
% 127.60/80.21 tff(13633,plain,
% 127.60/80.21 (v940(constB13, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2185, 13632])).
% 127.60/80.21 tff(13634,plain,
% 127.60/80.21 (v938(constB12, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2159, 13633])).
% 127.60/80.21 tff(13635,plain,
% 127.60/80.21 (v13(constB12, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9911, 13634])).
% 127.60/80.21 tff(13636,plain,
% 127.60/80.21 (~v13(constB12, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12464, 13635, 1, 12374, 342])).
% 127.60/80.21 tff(13637,plain,
% 127.60/80.21 (v7(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13123, 13600, 13012, 11700, 11, 11734, 11729, 12606, 12575, 12541, 2408, 11722, 11719, 11774, 11735, 11710, 5310])).
% 127.60/80.21 tff(13638,plain,
% 127.60/80.21 (v7(constB15, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[4072, 13637])).
% 127.60/80.21 tff(13639,plain,
% 127.60/80.21 (v929(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5505, 13638])).
% 127.60/80.21 tff(13640,plain,
% 127.60/80.21 (v940(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2348, 13639])).
% 127.60/80.21 tff(13641,plain,
% 127.60/80.21 (v938(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2356, 13640])).
% 127.60/80.21 tff(13642,plain,
% 127.60/80.21 (v13(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13611, 13641])).
% 127.60/80.21 tff(13643,plain,
% 127.60/80.21 (~v11(constB8)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11210, 13635, 1, 342, 13642, 12374, 13636])).
% 127.60/80.21 tff(13644,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13553, 13643, 13636, 11, 1, 342, 5310, 11700])).
% 127.60/80.21 tff(13645,plain,(v7(constB15, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB10, bitIndex1) | v11(constB4) | (constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13646,plain,
% 127.60/80.21 (v7(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13645, 2408, 1, 342, 5310, 11700, 11])).
% 127.60/80.21 tff(13647,plain,
% 127.60/80.21 (v956(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9649, 13646])).
% 127.60/80.21 tff(13648,plain,
% 127.60/80.21 (v940(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9654, 13647])).
% 127.60/80.21 tff(13649,plain,
% 127.60/80.21 (v938(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9659, 13648])).
% 127.60/80.21 tff(13650,plain,
% 127.60/80.21 (v13(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11741, 13649])).
% 127.60/80.21 tff(13651,plain,
% 127.60/80.21 (v11(constB12)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13446, 7542, 11700, 11, 11734, 11729, 12606, 12575, 2408, 11722, 11719, 11735, 11710, 5310, 13012])).
% 127.60/80.21 tff(13652,plain,
% 127.60/80.21 (v13(constB12, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13260, 5480, 2299, 7542, 2358])).
% 127.60/80.21 tff(13653,plain,
% 127.60/80.21 (~v13(constB12, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12506, 13652, 1, 342, 7563])).
% 127.60/80.21 tff(13654,plain,
% 127.60/80.21 (~v1050(constB12)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12481, 13653])).
% 127.60/80.21 tff(13655,plain,
% 127.60/80.21 (~v13(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12799, 10989, 7542, 2299])).
% 127.60/80.21 tff(13656,plain,
% 127.60/80.21 (~v938(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2362, 13655])).
% 127.60/80.21 tff(13657,plain,
% 127.60/80.21 (~v940(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2356, 13656])).
% 127.60/80.21 tff(13658,plain,
% 127.60/80.21 (~v929(constB15, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2348, 13657])).
% 127.60/80.21 tff(13659,plain,
% 127.60/80.21 (~v7(constB15, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5505, 13658])).
% 127.60/80.21 tff(13660,plain,
% 127.60/80.21 (~v7(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[4072, 13659])).
% 127.60/80.21 tff(13661,plain,
% 127.60/80.21 (sP960(constB16)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5484, 13660])).
% 127.60/80.21 tff(13662,plain,
% 127.60/80.21 (v7(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10179, 5864, 13661])).
% 127.60/80.21 tff(13663,plain,
% 127.60/80.21 (v7(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10199, 13662])).
% 127.60/80.21 tff(13664,plain,
% 127.60/80.21 (v1052(constB15)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10207, 13663])).
% 127.60/80.21 tff(13665,plain,
% 127.60/80.21 (v1050(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10212, 13664])).
% 127.60/80.21 tff(13666,plain,
% 127.60/80.21 (v13(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10220, 13665])).
% 127.60/80.21 tff(13667,plain,
% 127.60/80.21 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.21 inference(rewrite,[status(thm)],[])).
% 127.60/80.21 tff(13668,plain,
% 127.60/80.21 (((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0))) <=> (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.21 inference(rewrite,[status(thm)],[])).
% 127.60/80.21 tff(13669,plain,
% 127.60/80.21 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))))),
% 127.60/80.21 inference(monotonicity,[status(thm)],[13668])).
% 127.60/80.21 tff(13670,plain,
% 127.60/80.21 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0)))),
% 127.60/80.21 inference(transitivity,[status(thm)],[13669, 13667])).
% 127.60/80.21 tff(13671,plain,
% 127.60/80.21 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB14, bitIndex0)) | v7(constB14, bitIndex1) | sP957(constB14) | (~v13(constB14, bitIndex0)))),
% 127.60/80.21 inference(quant_inst,[status(thm)],[])).
% 127.60/80.21 tff(13672,plain,
% 127.60/80.21 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[13671, 13670])).
% 127.60/80.21 tff(13673,plain,
% 127.60/80.21 ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13672, 6057, 7542])).
% 127.60/80.21 tff(13674,plain,
% 127.60/80.21 (~v924(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13673, 13666, 10991])).
% 127.60/80.21 tff(13675,plain,
% 127.60/80.21 ((~v13(constB14, bitIndex0)) | v952(constB14, bitIndex1) | sP957(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10845, 6075, 7542])).
% 127.60/80.21 tff(13676,plain,
% 127.60/80.21 (v952(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13675, 13666, 10991])).
% 127.60/80.21 tff(13677,plain,
% 127.60/80.21 (v970(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12825, 6093, 13676, 13674])).
% 127.60/80.21 tff(13678,plain,
% 127.60/80.21 (~v17(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12804, 5133, 12793])).
% 127.60/80.21 tff(13679,plain,
% 127.60/80.21 (~v17(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12809, 5971, 12793])).
% 127.60/80.21 tff(13680,plain,
% 127.60/80.21 (~v17(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9899, 1233, 12793])).
% 127.60/80.21 tff(13681,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12830, 6107, 13680, 13679, 13678, 13677])).
% 127.60/80.21 tff(13682,plain,(v7(constB14, bitIndex0) | v7(constB14, bitIndex1) | (~v11(constB14)) | (~v13(constB14, bitIndex1)) | (~v13(constB16, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13683,plain,
% 127.60/80.21 (v7(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13682, 5480, 2299, 2358, 7542])).
% 127.60/80.21 tff(13684,plain,
% 127.60/80.21 (v7(constB13, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10822, 13683])).
% 127.60/80.21 tff(13685,plain,
% 127.60/80.21 (v1052(constB13)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10816, 13684])).
% 127.60/80.21 tff(13686,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10808, 13685, 13654])).
% 127.60/80.21 tff(13687,plain,((~v13(constB16, bitIndex2)) | (~v11(constB12)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~v13(constB14, bitIndex1)) | (~v11(constB14)) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13688,plain,
% 127.60/80.21 (~v13(constB16, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13687, 13651, 1, 342, 12374, 13650, 12611, 7542])).
% 127.60/80.21 tff(13689,plain,
% 127.60/80.21 (~v938(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13093, 13688])).
% 127.60/80.21 tff(13690,plain,
% 127.60/80.21 (~v940(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5581, 13689])).
% 127.60/80.21 tff(13691,plain,
% 127.60/80.21 (~v929(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5607, 13690])).
% 127.60/80.21 tff(13692,plain,
% 127.60/80.21 (~v7(constB17, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5615, 13691])).
% 127.60/80.21 tff(13693,plain,
% 127.60/80.21 (~v7(constB18, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5636, 13692])).
% 127.60/80.21 tff(13694,plain,
% 127.60/80.21 (constB20 = sK952_VarCurr),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12873, 12621, 1, 342, 2299, 11704, 11700, 2358, 5310, 11352, 11])).
% 127.60/80.21 tff(13695,plain,
% 127.60/80.21 (v7(constB20, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11815, 13694, 11])).
% 127.60/80.21 tff(13696,plain,
% 127.60/80.21 (v7(constB19, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[9468, 13695])).
% 127.60/80.21 tff(13697,plain,
% 127.60/80.21 (v956(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11821, 13696])).
% 127.60/80.21 tff(13698,plain,
% 127.60/80.21 (v940(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11826, 13697])).
% 127.60/80.21 tff(13699,plain,
% 127.60/80.21 (v938(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11831, 13698])).
% 127.60/80.21 tff(13700,plain,
% 127.60/80.21 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.21 inference(monotonicity,[status(thm)],[13694])).
% 127.60/80.21 tff(13701,plain,
% 127.60/80.21 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.21 inference(symmetry,[status(thm)],[13700])).
% 127.60/80.21 tff(13702,plain,
% 127.60/80.21 (v7(constB20, bitIndex0)),
% 127.60/80.21 inference(modus_ponens,[status(thm)],[11700, 13701])).
% 127.60/80.21 tff(13703,plain,
% 127.60/80.21 (v7(constB19, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11875, 13702])).
% 127.60/80.21 tff(13704,plain,
% 127.60/80.21 (v1052(constB19)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11883, 13703])).
% 127.60/80.21 tff(13705,plain,
% 127.60/80.21 (v1050(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11888, 13704])).
% 127.60/80.21 tff(13706,plain,
% 127.60/80.21 (v13(constB18, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11841, 13699])).
% 127.60/80.21 tff(13707,plain,
% 127.60/80.21 (~v13(constB18, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12186, 13706, 5707, 5706])).
% 127.60/80.21 tff(13708,plain,
% 127.60/80.21 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11895, 6040, 13707])).
% 127.60/80.21 tff(13709,plain,
% 127.60/80.21 (~v11(constB18)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13708, 13705])).
% 127.60/80.21 tff(13710,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11839, 335, 13709, 13699])).
% 127.60/80.21 tff(13711,plain,(v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB18, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB10, bitIndex1) | v11(constB4) | (~v13(constB14, bitIndex1)) | v7(constB13, bitIndex1) | (~v11(constB14)) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13712,plain,
% 127.60/80.21 (v7(constB18, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13711, 13693, 11700, 11, 1, 342, 13650, 12620, 12611, 5310])).
% 127.60/80.21 tff(13713,plain,
% 127.60/80.21 (v7(constB17, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5759, 13712])).
% 127.60/80.21 tff(13714,plain,
% 127.60/80.21 (v956(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10249, 13713])).
% 127.60/80.21 tff(13715,plain,
% 127.60/80.21 (v940(constB17, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5567, 13714])).
% 127.60/80.21 tff(13716,plain,
% 127.60/80.21 (v938(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[5541, 13715])).
% 127.60/80.21 tff(13717,plain,
% 127.60/80.21 (v13(constB16, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13013, 13716])).
% 127.60/80.21 tff(13718,plain,
% 127.60/80.21 (v7(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12770, 1990, 2299, 7542])).
% 127.60/80.21 tff(13719,plain,
% 127.60/80.21 (v7(constB13, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2293, 13718])).
% 127.60/80.21 tff(13720,plain,
% 127.60/80.21 (v929(constB13, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2272, 13719])).
% 127.60/80.21 tff(13721,plain,
% 127.60/80.21 (v940(constB13, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2264, 13720])).
% 127.60/80.21 tff(13722,plain,
% 127.60/80.21 (v938(constB12, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[2238, 13721])).
% 127.60/80.21 tff(13723,plain,
% 127.60/80.21 (v13(constB12, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12882, 13722])).
% 127.60/80.21 tff(13724,plain,
% 127.60/80.21 (~v13(constB14, bitIndex2)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13045, 1990, 342, 7563, 1, 7542])).
% 127.60/80.21 tff(13725,plain,
% 127.60/80.21 (v952(constB14, bitIndex1)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12871, 13724, 13718])).
% 127.60/80.21 tff(13726,plain,
% 127.60/80.21 (v7(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12833, 13725, 7542, 2299, 1990])).
% 127.60/80.21 tff(13727,plain,
% 127.60/80.21 (v7(constB13, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10822, 13726])).
% 127.60/80.21 tff(13728,plain,
% 127.60/80.21 (v1052(constB13)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10816, 13727])).
% 127.60/80.21 tff(13729,plain,
% 127.60/80.21 (v1050(constB12)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10808, 13728])).
% 127.60/80.21 tff(13730,plain,
% 127.60/80.21 (v13(constB12, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12481, 13729])).
% 127.60/80.21 tff(13731,plain,
% 127.60/80.21 ($false),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[12506, 13730, 13723, 1, 342, 7563])).
% 127.60/80.21 tff(13732,plain,((~v13(constB14, bitIndex0)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~v11(constB12)) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.21 tff(13733,plain,
% 127.60/80.21 (~v13(constB14, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13732, 13651, 342, 12374, 1, 7542, 13650])).
% 127.60/80.21 tff(13734,plain,
% 127.60/80.21 (~v1050(constB14)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[13614, 13733])).
% 127.60/80.21 tff(13735,plain,
% 127.60/80.21 (~v1052(constB15)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10212, 13734])).
% 127.60/80.21 tff(13736,plain,
% 127.60/80.21 (~v7(constB15, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10207, 13735])).
% 127.60/80.21 tff(13737,plain,
% 127.60/80.21 (~v7(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[10199, 13736])).
% 127.60/80.21 tff(13738,plain,
% 127.60/80.21 (~v13(constB16, bitIndex0)),
% 127.60/80.21 inference(unit_resolution,[status(thm)],[11331, 13737, 13717])).
% 127.60/80.22 tff(13739,plain,
% 127.60/80.22 (~v1050(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13161, 13738])).
% 127.60/80.22 tff(13740,plain,
% 127.60/80.22 (~v1052(constB17)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9575, 13739])).
% 127.60/80.22 tff(13741,plain,
% 127.60/80.22 (~v7(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9570, 13740])).
% 127.60/80.22 tff(13742,plain,
% 127.60/80.22 (~(constB17 = sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13484, 13482, 11700])).
% 127.60/80.22 tff(13743,plain,
% 127.60/80.22 (~v7(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9562, 13482])).
% 127.60/80.22 tff(13744,plain,
% 127.60/80.22 (~(constB18 = sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13479, 13743, 11700])).
% 127.60/80.22 tff(13745,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12873, 13744, 13742, 1, 342, 2299, 11704, 11700, 2358, 5310, 5282, 11])).
% 127.60/80.22 tff(13746,plain,(v7(constB17, bitIndex0) | v7(constB10, bitIndex1) | v11(constB4) | (~v13(constB14, bitIndex1)) | v7(constB13, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB14)) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13747,plain,
% 127.60/80.22 (constB20 = sK952_VarCurr),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13746, 13741, 342, 13650, 12620, 11700, 12611, 5310, 1, 11])).
% 127.60/80.22 tff(13748,plain,
% 127.60/80.22 (v7(constB20, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11815, 13747, 11])).
% 127.60/80.22 tff(13749,plain,
% 127.60/80.22 (v7(constB19, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9468, 13748])).
% 127.60/80.22 tff(13750,plain,
% 127.60/80.22 (v956(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11821, 13749])).
% 127.60/80.22 tff(13751,plain,
% 127.60/80.22 (v940(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11826, 13750])).
% 127.60/80.22 tff(13752,plain,
% 127.60/80.22 (v938(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11831, 13751])).
% 127.60/80.22 tff(13753,plain,
% 127.60/80.22 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[13747])).
% 127.60/80.22 tff(13754,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.22 inference(symmetry,[status(thm)],[13753])).
% 127.60/80.22 tff(13755,plain,
% 127.60/80.22 (v7(constB20, bitIndex0)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[11700, 13754])).
% 127.60/80.22 tff(13756,plain,
% 127.60/80.22 (v7(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11875, 13755])).
% 127.60/80.22 tff(13757,plain,
% 127.60/80.22 (v1052(constB19)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11883, 13756])).
% 127.60/80.22 tff(13758,plain,
% 127.60/80.22 (v1050(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11888, 13757])).
% 127.60/80.22 tff(13759,plain,
% 127.60/80.22 (~v7(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9562, 13741])).
% 127.60/80.22 tff(13760,plain,
% 127.60/80.22 (sP959(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5710, 1871, 13693])).
% 127.60/80.22 tff(13761,plain,
% 127.60/80.22 (v13(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11841, 13752])).
% 127.60/80.22 tff(13762,plain,
% 127.60/80.22 (~v13(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12264, 13761, 13760, 13759])).
% 127.60/80.22 tff(13763,plain,
% 127.60/80.22 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11895, 6040, 13762])).
% 127.60/80.22 tff(13764,plain,
% 127.60/80.22 (~v11(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13763, 13758])).
% 127.60/80.22 tff(13765,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11839, 335, 13764, 13752])).
% 127.60/80.22 tff(13766,plain,(v7(constB14, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | v11(constB4) | (constB19 = sK952_VarCurr) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13767,plain,
% 127.60/80.22 (v7(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13766, 2408, 11, 342, 5310, 1, 11700])).
% 127.60/80.22 tff(13768,plain,
% 127.60/80.22 (v7(constB13, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2214, 13767])).
% 127.60/80.22 tff(13769,plain,
% 127.60/80.22 (v956(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2193, 13768])).
% 127.60/80.22 tff(13770,plain,
% 127.60/80.22 (v940(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2185, 13769])).
% 127.60/80.22 tff(13771,plain,
% 127.60/80.22 (v938(constB12, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2159, 13770])).
% 127.60/80.22 tff(13772,plain,
% 127.60/80.22 (v13(constB12, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9911, 13771])).
% 127.60/80.22 tff(13773,plain,
% 127.60/80.22 (~v13(constB12, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12464, 13772, 1, 12374, 342])).
% 127.60/80.22 tff(13774,plain,
% 127.60/80.22 (v11(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9909, 335, 13771])).
% 127.60/80.22 tff(13775,plain,
% 127.60/80.22 (~v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12966, 13774, 12374, 13650, 342, 13772, 1, 13773])).
% 127.60/80.22 tff(13776,plain,
% 127.60/80.22 (~v1050(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13614, 13775])).
% 127.60/80.22 tff(13777,plain,
% 127.60/80.22 (~v1052(constB15)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10212, 13776])).
% 127.60/80.22 tff(13778,plain,
% 127.60/80.22 (~v7(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10207, 13777])).
% 127.60/80.22 tff(13779,plain,
% 127.60/80.22 (~v7(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10199, 13778])).
% 127.60/80.22 tff(13780,plain,
% 127.60/80.22 (~sP960(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10179, 5864, 13779])).
% 127.60/80.22 tff(13781,plain,
% 127.60/80.22 (v11(constB8)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13553, 13773, 11, 1, 342, 5310, 11700])).
% 127.60/80.22 tff(13782,plain,
% 127.60/80.22 (~v13(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11210, 13781, 1, 342, 13772, 12374, 13773])).
% 127.60/80.22 tff(13783,plain,
% 127.60/80.22 (~v938(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13611, 13782])).
% 127.60/80.22 tff(13784,plain,
% 127.60/80.22 (~v940(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2356, 13783])).
% 127.60/80.22 tff(13785,plain,
% 127.60/80.22 (~v929(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2348, 13784])).
% 127.60/80.22 tff(13786,plain,
% 127.60/80.22 (~v7(constB15, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5505, 13785])).
% 127.60/80.22 tff(13787,plain,
% 127.60/80.22 (~v7(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4072, 13786])).
% 127.60/80.22 tff(13788,plain,
% 127.60/80.22 (sP960(constB16) | (~v13(constB16, bitIndex2))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5483, 1804, 13787])).
% 127.60/80.22 tff(13789,plain,
% 127.60/80.22 (~v13(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13788, 13780])).
% 127.60/80.22 tff(13790,plain,
% 127.60/80.22 (~v938(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13093, 13789])).
% 127.60/80.22 tff(13791,plain,
% 127.60/80.22 (~v940(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5581, 13790])).
% 127.60/80.22 tff(13792,plain,
% 127.60/80.22 (~v929(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5607, 13791])).
% 127.60/80.22 tff(13793,plain,
% 127.60/80.22 (~v7(constB17, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5615, 13792])).
% 127.60/80.22 tff(13794,plain,
% 127.60/80.22 (~v7(constB18, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5636, 13793])).
% 127.60/80.22 tff(13795,plain,
% 127.60/80.22 (constB20 = sK952_VarCurr),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12716, 11352, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 3964, 11346, 5323, 11348, 11700, 5281, 2408, 10171, 4111, 3694, 5310, 12621])).
% 127.60/80.22 tff(13796,plain,
% 127.60/80.22 (v7(constB20, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11815, 13795, 11])).
% 127.60/80.22 tff(13797,plain,
% 127.60/80.22 (v7(constB19, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9468, 13796])).
% 127.60/80.22 tff(13798,plain,
% 127.60/80.22 (v956(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11821, 13797])).
% 127.60/80.22 tff(13799,plain,
% 127.60/80.22 (v940(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11826, 13798])).
% 127.60/80.22 tff(13800,plain,
% 127.60/80.22 (v938(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11831, 13799])).
% 127.60/80.22 tff(13801,plain,
% 127.60/80.22 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[13795])).
% 127.60/80.22 tff(13802,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.22 inference(symmetry,[status(thm)],[13801])).
% 127.60/80.22 tff(13803,plain,
% 127.60/80.22 (v7(constB20, bitIndex0)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[11700, 13802])).
% 127.60/80.22 tff(13804,plain,
% 127.60/80.22 (v7(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11875, 13803])).
% 127.60/80.22 tff(13805,plain,
% 127.60/80.22 (v1052(constB19)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11883, 13804])).
% 127.60/80.22 tff(13806,plain,
% 127.60/80.22 (v1050(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11888, 13805])).
% 127.60/80.22 tff(13807,plain,
% 127.60/80.22 (v13(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11841, 13800])).
% 127.60/80.22 tff(13808,plain,
% 127.60/80.22 (~v13(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12186, 13807, 5707, 5706])).
% 127.60/80.22 tff(13809,plain,
% 127.60/80.22 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11895, 6040, 13808])).
% 127.60/80.22 tff(13810,plain,
% 127.60/80.22 (~v11(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13809, 13806])).
% 127.60/80.22 tff(13811,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11839, 335, 13810, 13800])).
% 127.60/80.22 tff(13812,plain,(v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB18, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB16, bitIndex0) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13813,plain,
% 127.60/80.22 (v7(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13812, 13794, 11700, 11, 11719, 11734, 11729, 12606, 12575, 12541, 11722, 2408, 13779, 11735, 11710, 5310])).
% 127.60/80.22 tff(13814,plain,
% 127.60/80.22 (v7(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5759, 13813])).
% 127.60/80.22 tff(13815,plain,
% 127.60/80.22 (v956(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10249, 13814])).
% 127.60/80.22 tff(13816,plain,
% 127.60/80.22 (v940(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5567, 13815])).
% 127.60/80.22 tff(13817,plain,
% 127.60/80.22 (v938(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5541, 13816])).
% 127.60/80.22 tff(13818,plain,
% 127.60/80.22 (v13(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13013, 13817])).
% 127.60/80.22 tff(13819,plain,
% 127.60/80.22 (~v13(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11331, 13818, 13779])).
% 127.60/80.22 tff(13820,plain,
% 127.60/80.22 (~v1050(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13161, 13819])).
% 127.60/80.22 tff(13821,plain,
% 127.60/80.22 (~v1052(constB17)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9575, 13820])).
% 127.60/80.22 tff(13822,plain,
% 127.60/80.22 (~v7(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9570, 13821])).
% 127.60/80.22 tff(13823,plain,
% 127.60/80.22 (~(constB17 = sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13484, 13822, 11700])).
% 127.60/80.22 tff(13824,plain,
% 127.60/80.22 (~v7(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9562, 13822])).
% 127.60/80.22 tff(13825,plain,
% 127.60/80.22 (~(constB18 = sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13479, 13824, 11700])).
% 127.60/80.22 tff(13826,plain,
% 127.60/80.22 (constB20 = sK952_VarCurr),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12716, 13825, 11719, 11801, 11800, 11794, 11788, 11782, 11734, 11729, 12606, 12575, 12541, 11700, 11722, 2408, 13779, 11735, 11710, 5310, 13823])).
% 127.60/80.22 tff(13827,plain,
% 127.60/80.22 (v7(constB20, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11815, 13826, 11])).
% 127.60/80.22 tff(13828,plain,
% 127.60/80.22 (v7(constB19, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9468, 13827])).
% 127.60/80.22 tff(13829,plain,
% 127.60/80.22 (v956(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11821, 13828])).
% 127.60/80.22 tff(13830,plain,
% 127.60/80.22 (v940(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11826, 13829])).
% 127.60/80.22 tff(13831,plain,
% 127.60/80.22 (v938(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11831, 13830])).
% 127.60/80.22 tff(13832,plain,
% 127.60/80.22 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[13826])).
% 127.60/80.22 tff(13833,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.60/80.22 inference(symmetry,[status(thm)],[13832])).
% 127.60/80.22 tff(13834,plain,
% 127.60/80.22 (v7(constB20, bitIndex0)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[11700, 13833])).
% 127.60/80.22 tff(13835,plain,
% 127.60/80.22 (v7(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11875, 13834])).
% 127.60/80.22 tff(13836,plain,
% 127.60/80.22 (v1052(constB19)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11883, 13835])).
% 127.60/80.22 tff(13837,plain,
% 127.60/80.22 (v1050(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11888, 13836])).
% 127.60/80.22 tff(13838,plain,
% 127.60/80.22 (sP959(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5710, 1871, 13794])).
% 127.60/80.22 tff(13839,plain,
% 127.60/80.22 (v13(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11841, 13831])).
% 127.60/80.22 tff(13840,plain,
% 127.60/80.22 (~v13(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12264, 13839, 13838, 13824])).
% 127.60/80.22 tff(13841,plain,
% 127.60/80.22 ((~v1050(constB18)) | (~v11(constB18))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11895, 6040, 13840])).
% 127.60/80.22 tff(13842,plain,
% 127.60/80.22 (~v11(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13841, 13837])).
% 127.60/80.22 tff(13843,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11839, 335, 13842, 13831])).
% 127.60/80.22 tff(13844,plain,((constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB19 = sK952_VarCurr) | v11(constB4) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13845,plain,
% 127.60/80.22 (constB19 = sK952_VarCurr),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13844, 12469, 11, 11700, 342, 1])).
% 127.60/80.22 tff(13846,plain,
% 127.60/80.22 (v7(constB19, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12639, 13845, 11])).
% 127.60/80.22 tff(13847,plain,
% 127.60/80.22 (v956(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11821, 13846])).
% 127.60/80.22 tff(13848,plain,
% 127.60/80.22 (v940(constB19, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11826, 13847])).
% 127.60/80.22 tff(13849,plain,
% 127.60/80.22 (v938(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11831, 13848])).
% 127.60/80.22 tff(13850,plain,
% 127.60/80.22 (v11(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11839, 335, 13849])).
% 127.60/80.22 tff(13851,plain,
% 127.60/80.22 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[13845])).
% 127.60/80.22 tff(13852,plain,
% 127.60/80.22 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.60/80.22 inference(symmetry,[status(thm)],[13851])).
% 127.60/80.22 tff(13853,plain,
% 127.60/80.22 (v1044(sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5791, 13845])).
% 127.60/80.22 tff(13854,plain,
% 127.60/80.22 (v1052(sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12067, 13853])).
% 127.60/80.22 tff(13855,plain,
% 127.60/80.22 (v1052(constB19)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[13854, 13852])).
% 127.60/80.22 tff(13856,plain,
% 127.60/80.22 (v1050(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11888, 13855])).
% 127.60/80.22 tff(13857,plain,
% 127.60/80.22 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11895, 6040, 13856])).
% 127.60/80.22 tff(13858,plain,
% 127.60/80.22 (v13(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13857, 13850])).
% 127.60/80.22 tff(13859,plain,
% 127.60/80.22 (v13(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11841, 13849])).
% 127.60/80.22 tff(13860,plain,
% 127.60/80.22 (v7(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12157, 5706, 3861, 5712])).
% 127.60/80.22 tff(13861,plain,
% 127.60/80.22 (v7(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9562, 13860])).
% 127.60/80.22 tff(13862,plain,
% 127.60/80.22 (v1052(constB17)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9570, 13861])).
% 127.60/80.22 tff(13863,plain,
% 127.60/80.22 (v1050(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9575, 13862])).
% 127.60/80.22 tff(13864,plain,
% 127.60/80.22 (v13(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9583, 13863])).
% 127.60/80.22 tff(13865,plain,
% 127.60/80.22 (~v938(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9541, 11698])).
% 127.60/80.22 tff(13866,plain,
% 127.60/80.22 (~v940(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5541, 13865])).
% 127.60/80.22 tff(13867,plain,
% 127.60/80.22 (~v929(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5607, 10110])).
% 127.60/80.22 tff(13868,plain,
% 127.60/80.22 (~v7(constB17, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5615, 13867])).
% 127.60/80.22 tff(13869,plain,
% 127.60/80.22 (~v7(constB18, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5636, 13868])).
% 127.60/80.22 tff(13870,plain,
% 127.60/80.22 (v7(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12186, 13869, 3861, 5712])).
% 127.60/80.22 tff(13871,plain,
% 127.60/80.22 (v7(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5759, 13870])).
% 127.60/80.22 tff(13872,plain,
% 127.60/80.22 (v956(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10249, 13871])).
% 127.60/80.22 tff(13873,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5567, 13872, 13866])).
% 127.60/80.22 tff(13874,plain,(v11(constB14) | (~v11(constB16)) | (~v13(constB18, bitIndex0)) | (~v13(constB18, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13875,plain,
% 127.60/80.22 (v11(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13874, 9481, 3861, 5712])).
% 127.60/80.22 tff(13876,plain,
% 127.60/80.22 (v7(constB18, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12186, 5706, 3861, 5712])).
% 127.60/80.22 tff(13877,plain,
% 127.60/80.22 (v7(constB17, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5636, 13876])).
% 127.60/80.22 tff(13878,plain,
% 127.60/80.22 (v929(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5615, 13877])).
% 127.60/80.22 tff(13879,plain,
% 127.60/80.22 (v940(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5607, 13878])).
% 127.60/80.22 tff(13880,plain,
% 127.60/80.22 (v938(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5581, 13879])).
% 127.60/80.22 tff(13881,plain,
% 127.60/80.22 (v13(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10079, 13880])).
% 127.60/80.22 tff(13882,plain,
% 127.60/80.22 (v7(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10103, 3984, 5451, 5480])).
% 127.60/80.22 tff(13883,plain,
% 127.60/80.22 (v7(constB15, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4072, 13882])).
% 127.60/80.22 tff(13884,plain,
% 127.60/80.22 (v929(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5505, 13883])).
% 127.60/80.22 tff(13885,plain,
% 127.60/80.22 (v940(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2348, 13884])).
% 127.60/80.22 tff(13886,plain,
% 127.60/80.22 (v938(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2356, 13885])).
% 127.60/80.22 tff(13887,plain,
% 127.60/80.22 (v13(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2362, 13886])).
% 127.60/80.22 tff(13888,plain,
% 127.60/80.22 (~v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13045, 13887, 342, 7563, 1, 7542])).
% 127.60/80.22 tff(13889,plain,
% 127.60/80.22 (~v1050(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10220, 13888])).
% 127.60/80.22 tff(13890,plain,
% 127.60/80.22 (~v1052(constB15)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10212, 13889])).
% 127.60/80.22 tff(13891,plain,
% 127.60/80.22 (~v7(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10207, 13890])).
% 127.60/80.22 tff(13892,plain,
% 127.60/80.22 (~v7(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10199, 13891])).
% 127.60/80.22 tff(13893,plain,
% 127.60/80.22 (~sP960(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10179, 5864, 13892])).
% 127.60/80.22 tff(13894,plain,
% 127.60/80.22 (~sP957(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11254, 5875, 13892])).
% 127.60/80.22 tff(13895,plain,
% 127.60/80.22 (v7(constB16, bitIndex1) | v952(constB16, bitIndex1) | sP957(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11381, 6075, 5451])).
% 127.60/80.22 tff(13896,plain,
% 127.60/80.22 (v952(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13895, 13894, 3984])).
% 127.60/80.22 tff(13897,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10187, 13896, 13893])).
% 127.60/80.22 tff(13898,plain,(v7(constB16, bitIndex1) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex0)) | (~v11(constB14)) | v11(constB4) | (~v11(constB10)) | v7(constB10, bitIndex1) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13899,plain,
% 127.60/80.22 (v7(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13898, 7542, 5451, 2358, 342, 7563, 1, 5480])).
% 127.60/80.22 tff(13900,plain,
% 127.60/80.22 (v7(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4007, 13899])).
% 127.60/80.22 tff(13901,plain,
% 127.60/80.22 (v956(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9649, 13900])).
% 127.60/80.22 tff(13902,plain,
% 127.60/80.22 (v940(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9654, 13901])).
% 127.60/80.22 tff(13903,plain,
% 127.60/80.22 (v938(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9659, 13902])).
% 127.60/80.22 tff(13904,plain,
% 127.60/80.22 (v13(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11741, 13903])).
% 127.60/80.22 tff(13905,plain,
% 127.60/80.22 (~v11(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13687, 13904, 1, 342, 7563, 5480, 2358, 7542])).
% 127.60/80.22 tff(13906,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12779, 13905, 13904, 7542])).
% 127.60/80.22 tff(13907,plain,(v7(constB14, bitIndex1) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~v13(constB16, bitIndex2)) | (~v11(constB14)) | (~v13(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13908,plain,
% 127.60/80.22 (v7(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13907, 13881, 342, 7563, 1, 13875, 13864])).
% 127.60/80.22 tff(13909,plain,
% 127.60/80.22 (v7(constB13, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2214, 13908])).
% 127.60/80.22 tff(13910,plain,
% 127.60/80.22 (v956(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2193, 13909])).
% 127.60/80.22 tff(13911,plain,
% 127.60/80.22 (v940(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2185, 13910])).
% 127.60/80.22 tff(13912,plain,
% 127.60/80.22 (v938(constB12, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2159, 13911])).
% 127.60/80.22 tff(13913,plain,
% 127.60/80.22 (v11(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9909, 335, 13912])).
% 127.60/80.22 tff(13914,plain,
% 127.60/80.22 (v13(constB12, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9911, 13912])).
% 127.60/80.22 tff(13915,plain,
% 127.60/80.22 (~v13(constB12, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12464, 1876, 1, 7563, 342])).
% 127.60/80.22 tff(13916,plain,
% 127.60/80.22 (~v938(constB12, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2229, 2226, 12480, 2216])).
% 127.60/80.22 tff(13917,plain,
% 127.60/80.22 (~v940(constB13, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2238, 13916])).
% 127.60/80.22 tff(13918,plain,
% 127.60/80.22 (~v929(constB13, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2264, 13917])).
% 127.60/80.22 tff(13919,plain,
% 127.60/80.22 (~v7(constB13, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2272, 13918])).
% 127.60/80.22 tff(13920,plain,
% 127.60/80.22 (~v7(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2293, 13919])).
% 127.60/80.22 tff(13921,plain,
% 127.60/80.22 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2369, 1804, 13920])).
% 127.60/80.22 tff(13922,plain,
% 127.60/80.22 (sP960(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13921, 10135])).
% 127.60/80.22 tff(13923,plain,
% 127.60/80.22 (~v11(constB8)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11210, 10135, 1, 342, 1876, 7563, 2216])).
% 127.60/80.22 tff(13924,plain,
% 127.60/80.22 (v13(constB10, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6346, 13923])).
% 127.60/80.22 tff(13925,plain,
% 127.60/80.22 (~v13(constB10, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11193, 13924, 6360, 1])).
% 127.60/80.22 tff(13926,plain,
% 127.60/80.22 (~v938(constB10, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12418, 13925])).
% 127.60/80.22 tff(13927,plain,
% 127.60/80.22 (~v940(constB11, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[1717, 13926])).
% 127.60/80.22 tff(13928,plain,
% 127.60/80.22 (~v929(constB11, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[1743, 13927])).
% 127.60/80.22 tff(13929,plain,
% 127.60/80.22 (~v7(constB11, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[1751, 13928])).
% 127.60/80.22 tff(13930,plain,
% 127.60/80.22 (~v7(constB12, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[1772, 13929])).
% 127.60/80.22 tff(13931,plain,
% 127.60/80.22 (~v13(constB12, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12403, 13930, 6378, 1, 7563, 1876, 342])).
% 127.60/80.22 tff(13932,plain,
% 127.60/80.22 (~v1050(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12481, 13931])).
% 127.60/80.22 tff(13933,plain,
% 127.60/80.22 (~v1052(constB13)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10808, 13932])).
% 127.60/80.22 tff(13934,plain,
% 127.60/80.22 (~v7(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10816, 13933])).
% 127.60/80.22 tff(13935,plain,
% 127.60/80.22 (~v7(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10822, 13934])).
% 127.60/80.22 tff(13936,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10830, 5864, 13935, 13922])).
% 127.60/80.22 tff(13937,plain,((~v13(constB14, bitIndex2)) | (~v11(constB12)) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex1)) | v11(constB4) | v7(constB10, bitIndex2) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13938,plain,
% 127.60/80.22 (v7(constB10, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13937, 10135, 1, 1876, 13915, 342, 12480, 7563])).
% 127.60/80.22 tff(13939,plain,
% 127.60/80.22 (v7(constB9, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6412, 13938])).
% 127.60/80.22 tff(13940,plain,
% 127.60/80.22 (v929(constB9, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6420, 13939])).
% 127.60/80.22 tff(13941,plain,
% 127.60/80.22 (~v11(constB8)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11210, 10135, 1, 342, 1876, 7563, 13915])).
% 127.60/80.22 tff(13942,plain,
% 127.60/80.22 (~v938(constB8, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10622, 13941])).
% 127.60/80.22 tff(13943,plain,
% 127.60/80.22 (~v940(constB9, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6454, 13942])).
% 127.60/80.22 tff(13944,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6446, 13943, 13940])).
% 127.60/80.22 tff(13945,plain,((~v13(constB14, bitIndex2)) | v7(constB10, bitIndex1) | v11(constB4) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | (~v11(constB12))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13946,plain,
% 127.60/80.22 (~v13(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13945, 13914, 342, 1, 7563, 13913])).
% 127.60/80.22 tff(13947,plain,
% 127.60/80.22 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2361, 2226, 13875])).
% 127.60/80.22 tff(13948,plain,
% 127.60/80.22 (~v938(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13947, 13946])).
% 127.60/80.22 tff(13949,plain,
% 127.60/80.22 (~v940(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2356, 13948])).
% 127.60/80.22 tff(13950,plain,
% 127.60/80.22 (~v929(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2348, 13949])).
% 127.60/80.22 tff(13951,plain,
% 127.60/80.22 (~v7(constB15, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5505, 13950])).
% 127.60/80.22 tff(13952,plain,
% 127.60/80.22 (~v7(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4072, 13951])).
% 127.60/80.22 tff(13953,plain,
% 127.60/80.22 (v7(constB16, bitIndex2) | sP960(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5483, 1804, 13881])).
% 127.60/80.22 tff(13954,plain,
% 127.60/80.22 (sP960(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13953, 13952])).
% 127.60/80.22 tff(13955,plain,
% 127.60/80.22 (~v13(constB12, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12464, 13914, 1, 7563, 342])).
% 127.60/80.22 tff(13956,plain,
% 127.60/80.22 (v7(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10103, 13952, 13864, 13881])).
% 127.60/80.22 tff(13957,plain,
% 127.60/80.22 (v7(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4007, 13956])).
% 127.60/80.22 tff(13958,plain,
% 127.60/80.22 (v956(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9649, 13957])).
% 127.60/80.22 tff(13959,plain,
% 127.60/80.22 (v940(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9654, 13958])).
% 127.60/80.22 tff(13960,plain,
% 127.60/80.22 (v938(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9659, 13959])).
% 127.60/80.22 tff(13961,plain,
% 127.60/80.22 (v13(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11741, 13960])).
% 127.60/80.22 tff(13962,plain,
% 127.60/80.22 (~v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12966, 13961, 7563, 13913, 342, 13914, 1, 13955])).
% 127.60/80.22 tff(13963,plain,
% 127.60/80.22 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10219, 6040, 13875])).
% 127.60/80.22 tff(13964,plain,
% 127.60/80.22 (~v1050(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13963, 13962])).
% 127.60/80.22 tff(13965,plain,
% 127.60/80.22 (~v1052(constB15)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10212, 13964])).
% 127.60/80.22 tff(13966,plain,
% 127.60/80.22 (~v7(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10207, 13965])).
% 127.60/80.22 tff(13967,plain,
% 127.60/80.22 (~v7(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10199, 13966])).
% 127.60/80.22 tff(13968,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10179, 5864, 13967, 13954])).
% 127.60/80.22 tff(13969,plain,(v7(constB18, bitIndex1) | (~v11(constB10)) | v11(constB4) | v7(constB10, bitIndex1) | (~v11(constB16)) | (~v13(constB18, bitIndex0)) | (~v13(constB18, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13970,plain,
% 127.60/80.22 (v7(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13969, 12374, 342, 1, 13012, 13858, 13859])).
% 127.60/80.22 tff(13971,plain,
% 127.60/80.22 (v7(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5759, 13970])).
% 127.60/80.22 tff(13972,plain,
% 127.60/80.22 (v956(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10249, 13971])).
% 127.60/80.22 tff(13973,plain,
% 127.60/80.22 (v940(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5567, 13972])).
% 127.60/80.22 tff(13974,plain,
% 127.60/80.22 (v938(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5541, 13973])).
% 127.60/80.22 tff(13975,plain,
% 127.60/80.22 (v13(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13013, 13974])).
% 127.60/80.22 tff(13976,plain,
% 127.60/80.22 (v11(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13874, 13012, 13858, 13859])).
% 127.60/80.22 tff(13977,plain,
% 127.60/80.22 (v7(constB18, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13969, 7563, 342, 1, 9481, 3861, 5712])).
% 127.60/80.22 tff(13978,plain,
% 127.60/80.22 (v7(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5759, 13977])).
% 127.60/80.22 tff(13979,plain,
% 127.60/80.22 (v956(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10249, 13978])).
% 127.60/80.22 tff(13980,plain,
% 127.60/80.22 (v940(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5567, 13979])).
% 127.60/80.22 tff(13981,plain,
% 127.60/80.22 (v938(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5541, 13980])).
% 127.60/80.22 tff(13982,plain,
% 127.60/80.22 (v13(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9541, 13981])).
% 127.60/80.22 tff(13983,plain,
% 127.60/80.22 (v7(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11222, 5480, 1, 342, 7563, 10117, 2358])).
% 127.60/80.22 tff(13984,plain,
% 127.60/80.22 (v7(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4007, 13983])).
% 127.60/80.22 tff(13985,plain,
% 127.60/80.22 (v956(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9649, 13984])).
% 127.60/80.22 tff(13986,plain,
% 127.60/80.22 (v940(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9654, 13985])).
% 127.60/80.22 tff(13987,plain,
% 127.60/80.22 (v938(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9659, 13986])).
% 127.60/80.22 tff(13988,plain,
% 127.60/80.22 (v13(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11741, 13987])).
% 127.60/80.22 tff(13989,plain,
% 127.60/80.22 (~v11(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13687, 13988, 1, 342, 7563, 7542, 2358, 5480])).
% 127.60/80.22 tff(13990,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12779, 13989, 13988, 7542])).
% 127.60/80.22 tff(13991,plain,((~v13(constB16, bitIndex2)) | v7(constB14, bitIndex1) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~v11(constB14)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(13992,plain,
% 127.60/80.22 (~v13(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13991, 7542, 1, 342, 7563, 13875, 13982])).
% 127.60/80.22 tff(13993,plain,
% 127.60/80.22 (~v938(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10079, 13992])).
% 127.60/80.22 tff(13994,plain,
% 127.60/80.22 (~v940(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5581, 13993])).
% 127.60/80.22 tff(13995,plain,
% 127.60/80.22 (~v929(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5607, 13994])).
% 127.60/80.22 tff(13996,plain,
% 127.60/80.22 (~v7(constB17, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5615, 13995])).
% 127.60/80.22 tff(13997,plain,
% 127.60/80.22 (~v7(constB18, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5636, 13996])).
% 127.60/80.22 tff(13998,plain,
% 127.60/80.22 (sP959(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5710, 1871, 13997])).
% 127.60/80.22 tff(13999,plain,
% 127.60/80.22 (v7(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12264, 13998, 5712, 3861])).
% 127.60/80.22 tff(14000,plain,
% 127.60/80.22 (v7(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9562, 13999])).
% 127.60/80.22 tff(14001,plain,
% 127.60/80.22 (v1052(constB17)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9570, 14000])).
% 127.60/80.22 tff(14002,plain,
% 127.60/80.22 (v1050(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9575, 14001])).
% 127.60/80.22 tff(14003,plain,
% 127.60/80.22 (v13(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9583, 14002])).
% 127.60/80.22 tff(14004,plain,
% 127.60/80.22 (v7(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11331, 14003, 13982])).
% 127.60/80.22 tff(14005,plain,
% 127.60/80.22 (v7(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10199, 14004])).
% 127.60/80.22 tff(14006,plain,
% 127.60/80.22 (v1052(constB15)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10207, 14005])).
% 127.60/80.22 tff(14007,plain,
% 127.60/80.22 (v1050(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10212, 14006])).
% 127.60/80.22 tff(14008,plain,
% 127.60/80.22 (v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13963, 14007])).
% 127.60/80.22 tff(14009,plain,
% 127.60/80.22 (~v13(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13045, 14008, 342, 7563, 1, 7542])).
% 127.60/80.22 tff(14010,plain,
% 127.60/80.22 (~v938(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13947, 14009])).
% 127.60/80.22 tff(14011,plain,
% 127.60/80.22 (~v940(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2356, 14010])).
% 127.60/80.22 tff(14012,plain,
% 127.60/80.22 (~v929(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2348, 14011])).
% 127.60/80.22 tff(14013,plain,
% 127.60/80.22 (~v7(constB15, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5505, 14012])).
% 127.60/80.22 tff(14014,plain,
% 127.60/80.22 (~v7(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4072, 14013])).
% 127.60/80.22 tff(14015,plain,
% 127.60/80.22 (v7(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11697, 14014, 13982, 14003])).
% 127.60/80.22 tff(14016,plain,
% 127.60/80.22 (v7(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4007, 14015])).
% 127.60/80.22 tff(14017,plain,
% 127.60/80.22 (v956(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9649, 14016])).
% 127.60/80.22 tff(14018,plain,
% 127.60/80.22 (v940(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9654, 14017])).
% 127.60/80.22 tff(14019,plain,
% 127.60/80.22 (v938(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9659, 14018])).
% 127.60/80.22 tff(14020,plain,
% 127.60/80.22 (v13(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11741, 14019])).
% 127.60/80.22 tff(14021,plain,
% 127.60/80.22 (v11(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12779, 14020, 7542])).
% 127.60/80.22 tff(14022,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13732, 14021, 14020, 342, 7563, 1, 7542, 14008])).
% 127.60/80.22 tff(14023,plain,(v7(constB14, bitIndex1) | v11(constB4) | (~v11(constB10)) | v7(constB10, bitIndex1) | (~v11(constB16)) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(14024,plain,
% 127.60/80.22 (v7(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14023, 12374, 342, 1, 13012, 13859, 13858])).
% 127.60/80.22 tff(14025,plain,
% 127.60/80.22 (v7(constB13, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2214, 14024])).
% 127.60/80.22 tff(14026,plain,
% 127.60/80.22 (v956(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2193, 14025])).
% 127.60/80.22 tff(14027,plain,
% 127.60/80.22 (v940(constB13, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2185, 14026])).
% 127.60/80.22 tff(14028,plain,
% 127.60/80.22 (v938(constB12, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2159, 14027])).
% 127.60/80.22 tff(14029,plain,
% 127.60/80.22 (v11(constB12)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9909, 335, 14028])).
% 127.60/80.22 tff(14030,plain,
% 127.60/80.22 (v13(constB12, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9911, 14028])).
% 127.60/80.22 tff(14031,plain,
% 127.60/80.22 (~v13(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13945, 12480, 342, 1, 7563, 1876])).
% 127.60/80.22 tff(14032,plain,
% 127.60/80.22 (~v938(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2362, 14031])).
% 127.60/80.22 tff(14033,plain,
% 127.60/80.22 (~v940(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2356, 14032])).
% 127.60/80.22 tff(14034,plain,
% 127.60/80.22 (~v929(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2348, 14033])).
% 127.60/80.22 tff(14035,plain,
% 127.60/80.22 (~v7(constB15, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5505, 14034])).
% 127.60/80.22 tff(14036,plain,
% 127.60/80.22 (~v7(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4072, 14035])).
% 127.60/80.22 tff(14037,plain,
% 127.60/80.22 (v7(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11697, 5451, 10117, 14036])).
% 127.60/80.22 tff(14038,plain,
% 127.60/80.22 (v7(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4007, 14037])).
% 127.60/80.22 tff(14039,plain,
% 127.60/80.22 (v956(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9649, 14038])).
% 127.60/80.22 tff(14040,plain,
% 127.60/80.22 (v940(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9654, 14039])).
% 127.60/80.22 tff(14041,plain,
% 127.60/80.22 (v938(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9659, 14040])).
% 127.60/80.22 tff(14042,plain,
% 127.60/80.22 (~v13(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12966, 13019, 7563, 1876, 342, 12480, 1, 13915])).
% 127.60/80.22 tff(14043,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11741, 14042, 14041])).
% 127.60/80.22 tff(14044,plain,((~v13(constB16, bitIndex0)) | (~v11(constB10)) | (~v13(constB12, bitIndex1)) | v11(constB4) | (~v11(constB12)) | v7(constB10, bitIndex1) | (~v11(constB14)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(14045,plain,
% 127.60/80.22 (~v13(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14044, 12374, 14030, 342, 14029, 1, 13976, 13975])).
% 127.60/80.22 tff(14046,plain,
% 127.60/80.22 (~v1050(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13161, 14045])).
% 127.60/80.22 tff(14047,plain,
% 127.60/80.22 (~v1052(constB17)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9575, 14046])).
% 127.60/80.22 tff(14048,plain,
% 127.60/80.22 (~v7(constB17, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9570, 14047])).
% 127.60/80.22 tff(14049,plain,
% 127.60/80.22 (~v7(constB18, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9562, 14048])).
% 127.60/80.22 tff(14050,plain,
% 127.60/80.22 (~sP959(constB18)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12264, 14049, 13859, 13858])).
% 127.60/80.22 tff(14051,plain,
% 127.60/80.22 (v7(constB18, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5710, 1871, 14050])).
% 127.60/80.22 tff(14052,plain,
% 127.60/80.22 (v7(constB17, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5636, 14051])).
% 127.60/80.22 tff(14053,plain,
% 127.60/80.22 (v929(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5615, 14052])).
% 127.60/80.22 tff(14054,plain,
% 127.60/80.22 (v940(constB17, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5607, 14053])).
% 127.60/80.22 tff(14055,plain,
% 127.60/80.22 (v938(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5581, 14054])).
% 127.60/80.22 tff(14056,plain,
% 127.60/80.22 (v13(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13093, 14055])).
% 127.60/80.22 tff(14057,plain,
% 127.60/80.22 (~v13(constB14, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[13945, 14029, 342, 1, 12374, 14030])).
% 127.60/80.22 tff(14058,plain,
% 127.60/80.22 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2361, 2226, 13976])).
% 127.60/80.22 tff(14059,plain,
% 127.60/80.22 (~v938(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14058, 14057])).
% 127.60/80.22 tff(14060,plain,
% 127.60/80.22 (~v940(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2356, 14059])).
% 127.60/80.22 tff(14061,plain,
% 127.60/80.22 (~v929(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2348, 14060])).
% 127.60/80.22 tff(14062,plain,
% 127.60/80.22 (~v7(constB15, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5505, 14061])).
% 127.60/80.22 tff(14063,plain,
% 127.60/80.22 (~v7(constB16, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4072, 14062])).
% 127.60/80.22 tff(14064,plain,
% 127.60/80.22 (sP960(constB16) | (~v13(constB16, bitIndex2))),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5483, 1804, 14063])).
% 127.60/80.22 tff(14065,plain,
% 127.60/80.22 (sP960(constB16)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14064, 14056])).
% 127.60/80.22 tff(14066,plain,
% 127.60/80.22 (~v13(constB12, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12464, 14030, 1, 12374, 342])).
% 127.60/80.22 tff(14067,plain,
% 127.60/80.22 (v7(constB16, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11222, 14056, 1, 342, 12374, 13975, 13976])).
% 127.60/80.22 tff(14068,plain,
% 127.60/80.22 (v7(constB15, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[4007, 14067])).
% 127.60/80.22 tff(14069,plain,
% 127.60/80.22 (v956(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9649, 14068])).
% 127.60/80.22 tff(14070,plain,
% 127.60/80.22 (v940(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9654, 14069])).
% 127.60/80.22 tff(14071,plain,
% 127.60/80.22 (v938(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[9659, 14070])).
% 127.60/80.22 tff(14072,plain,
% 127.60/80.22 (v13(constB14, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[11741, 14071])).
% 127.60/80.22 tff(14073,plain,
% 127.60/80.22 (~v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12966, 14072, 12374, 14030, 342, 14029, 1, 14066])).
% 127.60/80.22 tff(14074,plain,
% 127.60/80.22 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10219, 6040, 13976])).
% 127.60/80.22 tff(14075,plain,
% 127.60/80.22 (~v1050(constB14)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14074, 14073])).
% 127.60/80.22 tff(14076,plain,
% 127.60/80.22 (~v1052(constB15)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10212, 14075])).
% 127.60/80.22 tff(14077,plain,
% 127.60/80.22 (~v7(constB15, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10207, 14076])).
% 127.60/80.22 tff(14078,plain,
% 127.60/80.22 (~v7(constB16, bitIndex0)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10199, 14077])).
% 127.60/80.22 tff(14079,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10179, 5864, 14078, 14065])).
% 127.60/80.22 tff(14080,plain,(v7(constB10, bitIndex1) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(14081,plain,
% 127.60/80.22 (~v7(sK952_VarCurr, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14080, 11699, 342, 1244])).
% 127.60/80.22 tff(14082,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6, 14081])).
% 127.60/80.22 tff(14083,plain,
% 127.60/80.22 (v11(constB6)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[8146, 8141])).
% 127.60/80.22 tff(14084,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2537, 14083, 8141])).
% 127.60/80.22 tff(14085,plain,((~v938(constB6, bitIndex1)) | v13(constB6, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(14086,plain,
% 127.60/80.22 (~v938(constB6, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14085, 2421])).
% 127.60/80.22 tff(14087,plain,
% 127.60/80.22 (~v940(constB7, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[2545, 14086])).
% 127.60/80.22 tff(14088,plain,
% 127.60/80.22 (~v929(constB7, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10333, 14087])).
% 127.60/80.22 tff(14089,plain,
% 127.60/80.22 (~v7(constB7, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[10337, 14088])).
% 127.60/80.22 tff(14090,plain,
% 127.60/80.22 (v7(constB7, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[2])).
% 127.60/80.22 tff(14091,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB7, bitIndex2)),
% 127.60/80.22 inference(symmetry,[status(thm)],[14090])).
% 127.60/80.22 tff(14092,plain,
% 127.60/80.22 (v7(constB7, bitIndex2)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[2422, 14091])).
% 127.60/80.22 tff(14093,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[8457, 14092])).
% 127.60/80.22 tff(14094,plain,((~(constB7 = sK952_VarCurr)) | v7(constB7, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(14095,plain,
% 127.60/80.22 (~(constB7 = sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14094, 14082, 14089])).
% 127.60/80.22 tff(14096,plain,
% 127.60/80.22 (v1052(constB9) <=> v1052(sK952_VarCurr)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[2637])).
% 127.60/80.22 tff(14097,plain,
% 127.60/80.22 (v1052(sK952_VarCurr) <=> v1052(constB9)),
% 127.60/80.22 inference(symmetry,[status(thm)],[14096])).
% 127.60/80.22 tff(14098,plain,
% 127.60/80.22 (v1044(sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[5826, 2637])).
% 127.60/80.22 tff(14099,plain,
% 127.60/80.22 (v1052(sK952_VarCurr)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[12067, 14098])).
% 127.60/80.22 tff(14100,plain,
% 127.60/80.22 (v1052(constB9)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[14099, 14097])).
% 127.60/80.22 tff(14101,plain,
% 127.60/80.22 (~v7(sK952_VarCurr, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14080, 11700, 342, 1244])).
% 127.60/80.22 tff(14102,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6, 14101])).
% 127.60/80.22 tff(14103,plain,
% 127.60/80.22 (v7(constB9, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.60/80.22 inference(monotonicity,[status(thm)],[2637])).
% 127.60/80.22 tff(14104,plain,
% 127.60/80.22 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB9, bitIndex2)),
% 127.60/80.22 inference(symmetry,[status(thm)],[14103])).
% 127.60/80.22 tff(14105,plain,
% 127.60/80.22 (v7(constB9, bitIndex2)),
% 127.60/80.22 inference(modus_ponens,[status(thm)],[2422, 14104])).
% 127.60/80.22 tff(14106,assumption,(~v7(constB9, bitIndex2)), introduced(assumption)).
% 127.60/80.22 tff(14107,plain,
% 127.60/80.22 ($false),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14106, 14105])).
% 127.60/80.22 tff(14108,plain,((~(constB9 = sK952_VarCurr)) | v7(constB9, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.22 tff(14109,plain,
% 127.60/80.22 (v7(constB9, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[14108, 2637, 14102])).
% 127.60/80.22 tff(14110,plain,
% 127.60/80.22 (v929(constB9, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6420, 14109])).
% 127.60/80.22 tff(14111,plain,
% 127.60/80.22 (v940(constB9, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6446, 14110])).
% 127.60/80.22 tff(14112,plain,
% 127.60/80.22 (v938(constB8, bitIndex1)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[6454, 14111])).
% 127.60/80.22 tff(14113,plain,
% 127.60/80.22 (v13(constB8, bitIndex2)),
% 127.60/80.22 inference(unit_resolution,[status(thm)],[7651, 14112])).
% 127.60/80.23 tff(14114,plain,
% 127.60/80.23 (~v13(constB8, bitIndex0)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[10908, 14113, 342])).
% 127.60/80.23 tff(14115,plain,
% 127.60/80.23 (v11(constB8)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[10622, 14112])).
% 127.60/80.23 tff(14116,plain,
% 127.60/80.23 (~v1050(constB8)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6491, 6040, 14115, 14114])).
% 127.60/80.23 tff(14117,plain,
% 127.60/80.23 ($false),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6483, 14116, 14100])).
% 127.60/80.23 tff(14118,plain,((~(constB9 = sK952_VarCurr)) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.60/80.23 tff(14119,plain,
% 127.60/80.23 (~(constB9 = sK952_VarCurr)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[14118, 11699, 342])).
% 127.60/80.23 tff(14120,plain,
% 127.60/80.23 (~(constB6 = sK952_VarCurr)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[4127, 14082, 835])).
% 127.60/80.23 tff(14121,plain,
% 127.60/80.23 (v7(constB10, bitIndex0)),
% 127.60/80.23 inference(modus_ponens,[status(thm)],[11700, 9217])).
% 127.60/80.23 tff(14122,plain,
% 127.60/80.23 (v7(constB9, bitIndex0)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6470, 14121])).
% 127.60/80.23 tff(14123,plain,
% 127.60/80.23 (v7(constB10, bitIndex2)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[8222, 8, 14102])).
% 127.60/80.23 tff(14124,plain,
% 127.60/80.23 (v7(constB9, bitIndex2)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6412, 14123])).
% 127.60/80.23 tff(14125,plain,
% 127.60/80.23 (v929(constB9, bitIndex1)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6420, 14124])).
% 127.60/80.23 tff(14126,plain,
% 127.60/80.23 (v940(constB9, bitIndex1)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6446, 14125])).
% 127.60/80.23 tff(14127,plain,
% 127.60/80.23 (v938(constB8, bitIndex1)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6454, 14126])).
% 127.60/80.23 tff(14128,plain,
% 127.60/80.23 (v13(constB8, bitIndex2)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[7651, 14127])).
% 127.60/80.23 tff(14129,plain,
% 127.60/80.23 (~v13(constB8, bitIndex0)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[10908, 14128, 342])).
% 127.60/80.23 tff(14130,plain,
% 127.60/80.23 (v11(constB8)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[10622, 14127])).
% 127.60/80.23 tff(14131,plain,
% 127.60/80.23 (~v1050(constB8)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6491, 6040, 14130, 14129])).
% 127.60/80.23 tff(14132,plain,
% 127.60/80.23 (~v1052(constB9)),
% 127.60/80.23 inference(unit_resolution,[status(thm)],[6483, 14131])).
% 127.70/80.23 tff(14133,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[6478, 14132, 14122])).
% 127.70/80.23 tff(14134,plain,((~(constB10 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14135,plain,
% 127.70/80.23 (~(constB10 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14134, 11699, 342])).
% 127.70/80.23 tff(14136,assumption,(~v7(constB15, bitIndex2)), introduced(assumption)).
% 127.70/80.23 tff(14137,plain,
% 127.70/80.23 (v7(constB15, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.23 inference(monotonicity,[status(thm)],[1344])).
% 127.70/80.23 tff(14138,plain,
% 127.70/80.23 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB15, bitIndex2)),
% 127.70/80.23 inference(symmetry,[status(thm)],[14137])).
% 127.70/80.23 tff(14139,plain,
% 127.70/80.23 (v7(constB15, bitIndex2)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[2422, 14138])).
% 127.70/80.23 tff(14140,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14136, 14139])).
% 127.70/80.23 tff(14141,plain,((~(constB15 = sK952_VarCurr)) | v7(constB15, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14142,plain,
% 127.70/80.23 (~(constB15 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14141, 14082, 14136])).
% 127.70/80.23 tff(14143,plain,
% 127.70/80.23 (v7(constB11, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.23 inference(monotonicity,[status(thm)],[4103])).
% 127.70/80.23 tff(14144,plain,
% 127.70/80.23 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB11, bitIndex2)),
% 127.70/80.23 inference(symmetry,[status(thm)],[14143])).
% 127.70/80.23 tff(14145,plain,
% 127.70/80.23 (v7(constB11, bitIndex2)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[2422, 14144])).
% 127.70/80.23 tff(14146,assumption,(~v7(constB11, bitIndex2)), introduced(assumption)).
% 127.70/80.23 tff(14147,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14146, 14145])).
% 127.70/80.23 tff(14148,plain,((~(constB11 = sK952_VarCurr)) | v7(constB11, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14149,plain,
% 127.70/80.23 (~(constB11 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14148, 14082, 1752])).
% 127.70/80.23 tff(14150,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[1774, 9272])).
% 127.70/80.23 tff(14151,plain,((~(constB12 = sK952_VarCurr)) | v7(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14152,plain,
% 127.70/80.23 (~(constB12 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14151, 1773, 14082])).
% 127.70/80.23 tff(14153,plain,
% 127.70/80.23 (v7(constB5, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.23 inference(monotonicity,[status(thm)],[2609])).
% 127.70/80.23 tff(14154,plain,
% 127.70/80.23 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB5, bitIndex2)),
% 127.70/80.23 inference(symmetry,[status(thm)],[14153])).
% 127.70/80.23 tff(14155,plain,
% 127.70/80.23 (v7(constB5, bitIndex2)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[2422, 14154])).
% 127.70/80.23 tff(14156,assumption,(~v7(constB5, bitIndex2)), introduced(assumption)).
% 127.70/80.23 tff(14157,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14156, 14155])).
% 127.70/80.23 tff(14158,plain,((~(constB5 = sK952_VarCurr)) | v7(constB5, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14159,plain,
% 127.70/80.23 (~(constB5 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14158, 14082, 784])).
% 127.70/80.23 tff(14160,plain,
% 127.70/80.23 (~v7(constB16, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[4072, 14136])).
% 127.70/80.23 tff(14161,plain,
% 127.70/80.23 (v7(constB16, bitIndex2)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[2422, 4051])).
% 127.70/80.23 tff(14162,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[9534, 14161])).
% 127.70/80.23 tff(14163,plain,((~(constB16 = sK952_VarCurr)) | v7(constB16, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14164,plain,
% 127.70/80.23 (~(constB16 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14163, 14082, 14160])).
% 127.70/80.23 tff(14165,assumption,(v67(constB16, bitIndex0)), introduced(assumption)).
% 127.70/80.23 tff(14166,plain,
% 127.70/80.23 (~v7(constB8, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[2450, 14089])).
% 127.70/80.23 tff(14167,plain,
% 127.70/80.23 (~(constB8 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[2429, 14082, 14166])).
% 127.70/80.23 tff(14168,assumption,(~v7(constB13, bitIndex2)), introduced(assumption)).
% 127.70/80.23 tff(14169,plain,
% 127.70/80.23 (v7(constB13, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.23 inference(monotonicity,[status(thm)],[2398])).
% 127.70/80.23 tff(14170,plain,
% 127.70/80.23 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB13, bitIndex2)),
% 127.70/80.23 inference(symmetry,[status(thm)],[14169])).
% 127.70/80.23 tff(14171,plain,
% 127.70/80.23 (v7(constB13, bitIndex2)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[2422, 14170])).
% 127.70/80.23 tff(14172,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14168, 14171])).
% 127.70/80.23 tff(14173,plain,((~(constB13 = sK952_VarCurr)) | v7(constB13, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14174,plain,
% 127.70/80.23 (~(constB13 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14173, 14168, 2422])).
% 127.70/80.23 tff(14175,plain,
% 127.70/80.23 (~v7(constB14, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[2293, 14168])).
% 127.70/80.23 tff(14176,plain,
% 127.70/80.23 (v7(constB14, bitIndex2)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[2422, 5351])).
% 127.70/80.23 tff(14177,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[12722, 14176])).
% 127.70/80.23 tff(14178,plain,((~(constB14 = sK952_VarCurr)) | v7(constB14, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14179,plain,
% 127.70/80.23 (~(constB14 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14178, 14175, 2422])).
% 127.70/80.23 tff(14180,plain,
% 127.70/80.23 (v11(constB16)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[3858, 3852])).
% 127.70/80.23 tff(14181,plain,
% 127.70/80.23 (~v938(constB16, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[5573, 14180])).
% 127.70/80.23 tff(14182,plain,
% 127.70/80.23 (~v940(constB17, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[5581, 14181])).
% 127.70/80.23 tff(14183,plain,
% 127.70/80.23 (~v929(constB17, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[5607, 14182])).
% 127.70/80.23 tff(14184,plain,
% 127.70/80.23 (~v7(constB17, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[5615, 14183])).
% 127.70/80.23 tff(14185,plain,
% 127.70/80.23 (~(constB17 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[10071, 14184, 2422])).
% 127.70/80.23 tff(14186,assumption,(~v7(constB20, bitIndex2)), introduced(assumption)).
% 127.70/80.23 tff(14187,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14186, 10384])).
% 127.70/80.23 tff(14188,plain,((~(constB20 = sK952_VarCurr)) | v7(constB20, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14189,plain,
% 127.70/80.23 (v7(constB20, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14188, 3955, 2422])).
% 127.70/80.23 tff(14190,plain,
% 127.70/80.23 (v7(constB19, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[9510, 14189])).
% 127.70/80.23 tff(14191,plain,
% 127.70/80.23 (v929(constB19, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[9514, 778, 14190])).
% 127.70/80.23 tff(14192,plain,
% 127.70/80.23 (v7(constB20, bitIndex0)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[11700, 3957])).
% 127.70/80.23 tff(14193,plain,
% 127.70/80.23 (v7(constB19, bitIndex0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[11875, 14192])).
% 127.70/80.23 tff(14194,plain,
% 127.70/80.23 (v1052(constB19)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[11883, 14193])).
% 127.70/80.23 tff(14195,plain,
% 127.70/80.23 (v1050(constB18)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[11888, 14194])).
% 127.70/80.23 tff(14196,plain,
% 127.70/80.23 ((~v1050(constB18)) | (~v11(constB18))),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[11895, 6040, 3852])).
% 127.70/80.23 tff(14197,plain,
% 127.70/80.23 (~v11(constB18)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14196, 14195])).
% 127.70/80.23 tff(14198,assumption,(v938(constB18, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14199,assumption,(~v11(constB18)), introduced(assumption)).
% 127.70/80.23 tff(14200,plain,
% 127.70/80.23 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB18) | (~v938(constB18, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB18) | (~v938(constB18, bitIndex1)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14201,plain,
% 127.70/80.23 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB18) | (~v938(constB18, bitIndex1)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14202,plain,
% 127.70/80.23 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB18) | (~v938(constB18, bitIndex1))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14201, 14200])).
% 127.70/80.23 tff(14203,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14202, 335, 14199, 14198])).
% 127.70/80.23 tff(14204,plain,((~v938(constB18, bitIndex1)) | v11(constB18)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14205,plain,
% 127.70/80.23 (~v938(constB18, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14204, 14197])).
% 127.70/80.23 tff(14206,assumption,(v940(constB19, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14207,assumption,(~v938(constB18, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14208,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[9530, 302, 3878, 14207, 14206])).
% 127.70/80.23 tff(14209,plain,((~v940(constB19, bitIndex1)) | v938(constB18, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14210,plain,
% 127.70/80.23 (~v940(constB19, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14209, 14205])).
% 127.70/80.23 tff(14211,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 14210, 14191])).
% 127.70/80.23 tff(14212,plain,((~(constB20 = sK952_VarCurr)) | v13(constB18, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14213,plain,
% 127.70/80.23 (~(constB20 = sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14212, 3852, 11700, 2422])).
% 127.70/80.23 tff(14214,plain,
% 127.70/80.23 (v929(sK952_VarCurr, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[2321, 2422, 778])).
% 127.70/80.23 tff(14215,plain,
% 127.70/80.23 (v929(constB3, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 127.70/80.23 inference(monotonicity,[status(thm)],[5140])).
% 127.70/80.23 tff(14216,plain,
% 127.70/80.23 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB3, bitIndex1)),
% 127.70/80.23 inference(symmetry,[status(thm)],[14215])).
% 127.70/80.23 tff(14217,assumption,(v929(sK952_VarCurr, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14218,plain,
% 127.70/80.23 (v929(constB3, bitIndex1)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14217, 14216])).
% 127.70/80.23 tff(14219,assumption,(v929(constB3, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14220,assumption,(~v940(constB3, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14221,plain,
% 127.70/80.23 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v932(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v932(constB3))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14222,plain,
% 127.70/80.23 (((~nextState(constB2, constB3)) | v932(constB3) | v934(constB3)) <=> ((~nextState(constB2, constB3)) | v934(constB3) | v932(constB3))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14223,plain,
% 127.70/80.23 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB2, constB3)) | v932(constB3) | v934(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB2, constB3)) | v934(constB3) | v932(constB3)))),
% 127.70/80.23 inference(monotonicity,[status(thm)],[14222])).
% 127.70/80.23 tff(14224,plain,
% 127.70/80.23 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB2, constB3)) | v932(constB3) | v934(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v932(constB3))),
% 127.70/80.23 inference(transitivity,[status(thm)],[14223, 14221])).
% 127.70/80.23 tff(14225,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | ((~nextState(constB2, constB3)) | v932(constB3) | v934(constB3))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14226,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v932(VarNext) | v934(VarNext))) | (~nextState(constB2, constB3)) | v934(constB3) | v932(constB3)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14225, 14224])).
% 127.70/80.23 tff(14227,plain,
% 127.70/80.23 (v934(constB3) | v932(constB3)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14226, 712, 61])).
% 127.70/80.23 tff(14228,plain,
% 127.70/80.23 (v932(constB3)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14227, 3632])).
% 127.70/80.23 tff(14229,plain,
% 127.70/80.23 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v931(constB3) | (~v932(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v931(constB3) | (~v932(constB3)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14230,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v931(constB3) | (~v932(constB3)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14231,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v931(VarNext) | (~v932(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v931(constB3) | (~v932(constB3))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14230, 14229])).
% 127.70/80.23 tff(14232,plain,
% 127.70/80.23 (v931(constB3) | (~v932(constB3))),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14231, 730, 61, 68])).
% 127.70/80.23 tff(14233,plain,
% 127.70/80.23 (v931(constB3)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14232, 14228])).
% 127.70/80.23 tff(14234,plain,
% 127.70/80.23 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB2, constB3)) | v930(constB3) | (~v931(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB2, constB3)) | v930(constB3) | (~v931(constB3)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14235,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | ((~nextState(constB2, constB3)) | v930(constB3) | (~v931(constB3)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14236,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v930(VarNext) | (~v931(VarNext)))) | (~nextState(constB2, constB3)) | v930(constB3) | (~v931(constB3))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14235, 14234])).
% 127.70/80.23 tff(14237,plain,
% 127.70/80.23 (v930(constB3) | (~v931(constB3))),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14236, 745, 61])).
% 127.70/80.23 tff(14238,plain,
% 127.70/80.23 (v930(constB3)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14237, 14233])).
% 127.70/80.23 tff(14239,plain,
% 127.70/80.23 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB3)) | (~v929(constB3, bitIndex1)) | v940(constB3, bitIndex1))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB3)) | (~v929(constB3, bitIndex1)) | v940(constB3, bitIndex1))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14240,plain,
% 127.70/80.23 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | ((~v930(constB3)) | (~v929(constB3, bitIndex1)) | v940(constB3, bitIndex1))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14241,plain,
% 127.70/80.23 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | (~v929(VarNext, B)) | v940(VarNext, B))) | (~v930(constB3)) | (~v929(constB3, bitIndex1)) | v940(constB3, bitIndex1)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14240, 14239])).
% 127.70/80.23 tff(14242,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14241, 760, 14238, 14220, 14219])).
% 127.70/80.23 tff(14243,plain,((~v929(constB3, bitIndex1)) | v940(constB3, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14244,plain,
% 127.70/80.23 (v940(constB3, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14243, 14218])).
% 127.70/80.23 tff(14245,assumption,(v940(constB3, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14246,assumption,(~v938(constB2, bitIndex1)), introduced(assumption)).
% 127.70/80.23 tff(14247,plain,
% 127.70/80.23 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB2, constB3)) | (~v940(constB3, bitIndex1)) | v938(constB2, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB2, constB3)) | (~v940(constB3, bitIndex1)) | v938(constB2, bitIndex1))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14248,plain,
% 127.70/80.23 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | ((~nextState(constB2, constB3)) | (~v940(constB3, bitIndex1)) | v938(constB2, bitIndex1))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14249,plain,
% 127.70/80.23 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v940(VarNext, B)) | v938(VarCurr, B))) | (~nextState(constB2, constB3)) | (~v940(constB3, bitIndex1)) | v938(constB2, bitIndex1)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14248, 14247])).
% 127.70/80.23 tff(14250,plain,
% 127.70/80.23 ($false),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14249, 302, 61, 14246, 14245])).
% 127.70/80.23 tff(14251,plain,((~v940(constB3, bitIndex1)) | v938(constB2, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.23 tff(14252,plain,
% 127.70/80.23 (v938(constB2, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14251, 14244])).
% 127.70/80.23 tff(14253,plain,
% 127.70/80.23 (((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB2) | (~v938(constB2, bitIndex1)))) <=> ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB2) | (~v938(constB2, bitIndex1)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14254,plain,
% 127.70/80.23 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | (v11(constB2) | (~v938(constB2, bitIndex1)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14255,plain,
% 127.70/80.23 ((~![B: $i, VarCurr: $i] : (v11(VarCurr) | (~v938(VarCurr, B)))) | v11(constB2) | (~v938(constB2, bitIndex1))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14254, 14253])).
% 127.70/80.23 tff(14256,plain,
% 127.70/80.23 (v11(constB2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14255, 335, 14252])).
% 127.70/80.23 tff(14257,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB2)) | v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB2)) | v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14258,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | ((~v11(constB2)) | v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14259,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex2) | (~v938(VarCurr, bitIndex1)))) | (~v11(constB2)) | v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14258, 14257])).
% 127.70/80.23 tff(14260,plain,
% 127.70/80.23 (v13(constB2, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14259, 2226, 14256, 14252])).
% 127.70/80.23 tff(14261,plain,
% 127.70/80.23 (v1052(sK952_VarCurr)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[12067, 5151])).
% 127.70/80.23 tff(14262,plain,
% 127.70/80.23 (v1052(constB3)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14261, 5142])).
% 127.70/80.23 tff(14263,plain,
% 127.70/80.23 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB2, constB3)) | v1050(constB2) | (~v1052(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB2, constB3)) | v1050(constB2) | (~v1052(constB3)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14264,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | ((~nextState(constB2, constB3)) | v1050(constB2) | (~v1052(constB3)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14265,plain,
% 127.70/80.23 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1050(VarCurr) | (~v1052(VarNext)))) | (~nextState(constB2, constB3)) | v1050(constB2) | (~v1052(constB3))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14264, 14263])).
% 127.70/80.23 tff(14266,plain,
% 127.70/80.23 (v1050(constB2) | (~v1052(constB3))),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14265, 6025, 61])).
% 127.70/80.23 tff(14267,plain,
% 127.70/80.23 (v1050(constB2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14266, 14262])).
% 127.70/80.23 tff(14268,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB2)) | (~v11(constB2)) | v13(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB2)) | (~v11(constB2)) | v13(constB2, bitIndex0))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14269,plain,
% 127.70/80.23 (((~v11(constB2)) | v13(constB2, bitIndex0) | (~v1050(constB2))) <=> ((~v1050(constB2)) | (~v11(constB2)) | v13(constB2, bitIndex0))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14270,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB2)) | v13(constB2, bitIndex0) | (~v1050(constB2)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v1050(constB2)) | (~v11(constB2)) | v13(constB2, bitIndex0)))),
% 127.70/80.23 inference(monotonicity,[status(thm)],[14269])).
% 127.70/80.23 tff(14271,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB2)) | v13(constB2, bitIndex0) | (~v1050(constB2)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB2)) | (~v11(constB2)) | v13(constB2, bitIndex0))),
% 127.70/80.23 inference(transitivity,[status(thm)],[14270, 14268])).
% 127.70/80.23 tff(14272,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | ((~v11(constB2)) | v13(constB2, bitIndex0) | (~v1050(constB2)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14273,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v13(VarCurr, bitIndex0) | (~v1050(VarCurr)))) | (~v1050(constB2)) | (~v11(constB2)) | v13(constB2, bitIndex0)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14272, 14271])).
% 127.70/80.23 tff(14274,plain,
% 127.70/80.23 ((~v11(constB2)) | v13(constB2, bitIndex0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14273, 6040, 14267])).
% 127.70/80.23 tff(14275,plain,
% 127.70/80.23 (v13(constB2, bitIndex0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14274, 14256])).
% 127.70/80.23 tff(14276,plain,
% 127.70/80.23 (~v940(constB1, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[3153, 3147])).
% 127.70/80.23 tff(14277,plain,
% 127.70/80.23 (~v929(constB1, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[3186, 14276])).
% 127.70/80.23 tff(14278,assumption,(v13(constB2, bitIndex2)), introduced(assumption)).
% 127.70/80.23 tff(14279,assumption,(~v615(constB0)), introduced(assumption)).
% 127.70/80.23 tff(14280,plain,
% 127.70/80.23 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB0) | v615(constB0))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB0) | v615(constB0))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14281,plain,
% 127.70/80.23 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB0) | v615(constB0))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14282,plain,
% 127.70/80.23 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB0) | v615(constB0)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14281, 14280])).
% 127.70/80.23 tff(14283,plain,
% 127.70/80.23 (v11(constB0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14282, 6765, 14279])).
% 127.70/80.23 tff(14284,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v67(constB0, bitIndex0)) | (~v11(constB0)) | v615(constB0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v67(constB0, bitIndex0)) | (~v11(constB0)) | v615(constB0))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14285,plain,
% 127.70/80.23 (((~v11(constB0)) | v615(constB0) | (~v67(constB0, bitIndex0))) <=> ((~v67(constB0, bitIndex0)) | (~v11(constB0)) | v615(constB0))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14286,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB0)) | v615(constB0) | (~v67(constB0, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v67(constB0, bitIndex0)) | (~v11(constB0)) | v615(constB0)))),
% 127.70/80.23 inference(monotonicity,[status(thm)],[14285])).
% 127.70/80.23 tff(14287,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB0)) | v615(constB0) | (~v67(constB0, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v67(constB0, bitIndex0)) | (~v11(constB0)) | v615(constB0))),
% 127.70/80.23 inference(transitivity,[status(thm)],[14286, 14284])).
% 127.70/80.23 tff(14288,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB0)) | v615(constB0) | (~v67(constB0, bitIndex0)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14289,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v67(constB0, bitIndex0)) | (~v11(constB0)) | v615(constB0)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14288, 14287])).
% 127.70/80.23 tff(14290,plain,
% 127.70/80.23 ((~v67(constB0, bitIndex0)) | (~v11(constB0))),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14289, 6936, 14279])).
% 127.70/80.23 tff(14291,plain,
% 127.70/80.23 (~v67(constB0, bitIndex0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14290, 14283])).
% 127.70/80.23 tff(14292,plain,
% 127.70/80.23 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB0) | (~v62(constB0, bitIndex0)) | v67(constB0, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB0) | (~v62(constB0, bitIndex0)) | v67(constB0, bitIndex0))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14293,plain,
% 127.70/80.23 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB0) | (~v62(constB0, bitIndex0)) | v67(constB0, bitIndex0))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14294,plain,
% 127.70/80.23 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB0) | (~v62(constB0, bitIndex0)) | v67(constB0, bitIndex0)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14293, 14292])).
% 127.70/80.23 tff(14295,plain,
% 127.70/80.23 (v73(constB0) | v67(constB0, bitIndex0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14294, 3125, 6922])).
% 127.70/80.23 tff(14296,plain,
% 127.70/80.23 (v73(constB0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14295, 14291])).
% 127.70/80.23 tff(14297,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB0)) | (~v32(constB0)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v73(constB0)) | (~v32(constB0)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14298,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB0)) | (~v32(constB0)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14299,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v73(constB0)) | (~v32(constB0))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14298, 14297])).
% 127.70/80.23 tff(14300,plain,
% 127.70/80.23 (~v32(constB0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14299, 6748, 14296])).
% 127.70/80.23 tff(14301,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB0)) | (~v13(constB0, bitIndex2)) | v938(constB0, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB0)) | (~v13(constB0, bitIndex2)) | v938(constB0, bitIndex1))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14302,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB0)) | (~v13(constB0, bitIndex2)) | v938(constB0, bitIndex1))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14303,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB0)) | (~v13(constB0, bitIndex2)) | v938(constB0, bitIndex1)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14302, 14301])).
% 127.70/80.23 tff(14304,plain,
% 127.70/80.23 ((~v11(constB0)) | (~v13(constB0, bitIndex2))),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14303, 8517, 3147])).
% 127.70/80.23 tff(14305,plain,
% 127.70/80.23 (~v13(constB0, bitIndex2)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14304, 14283])).
% 127.70/80.23 tff(14306,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB0)) | v28(constB0, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB0)) | v28(constB0, bitIndex1))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14307,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB0)) | v28(constB0, bitIndex1))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14308,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB0)) | v28(constB0, bitIndex1)),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14307, 14306])).
% 127.70/80.23 tff(14309,plain,
% 127.70/80.23 (v28(constB0, bitIndex1)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14308, 11608, 14296])).
% 127.70/80.23 tff(14310,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB0)) | (~v28(constB0, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB0)) | (~v28(constB0, bitIndex0)))),
% 127.70/80.23 inference(rewrite,[status(thm)],[])).
% 127.70/80.23 tff(14311,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB0)) | (~v28(constB0, bitIndex0)))),
% 127.70/80.23 inference(quant_inst,[status(thm)],[])).
% 127.70/80.23 tff(14312,plain,
% 127.70/80.23 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB0)) | (~v28(constB0, bitIndex0))),
% 127.70/80.23 inference(modus_ponens,[status(thm)],[14311, 14310])).
% 127.70/80.23 tff(14313,plain,
% 127.70/80.23 (~v28(constB0, bitIndex0)),
% 127.70/80.23 inference(unit_resolution,[status(thm)],[14312, 11619, 14296])).
% 127.70/80.23 tff(14314,plain,
% 127.70/80.23 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB0, bitIndex0)) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB0, bitIndex0)) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14315,plain,
% 127.70/80.24 (((~v62(constB0, bitIndex0)) | v32(constB0) | v28(constB0, bitIndex0) | (~v28(constB0, bitIndex1)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex2)) <=> ((~v7(constB0, bitIndex0)) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14316,plain,
% 127.70/80.24 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB0, bitIndex0)) | v32(constB0) | v28(constB0, bitIndex0) | (~v28(constB0, bitIndex1)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB0, bitIndex0)) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2)))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14315])).
% 127.70/80.24 tff(14317,plain,
% 127.70/80.24 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB0, bitIndex0)) | v32(constB0) | v28(constB0, bitIndex0) | (~v28(constB0, bitIndex1)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB0, bitIndex0)) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14316, 14314])).
% 127.70/80.24 tff(14318,plain,
% 127.70/80.24 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB0, bitIndex0)) | v32(constB0) | v28(constB0, bitIndex0) | (~v28(constB0, bitIndex1)) | (~v7(constB0, bitIndex0)) | v13(constB0, bitIndex2))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14319,plain,
% 127.70/80.24 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB0, bitIndex0)) | (~v62(constB0, bitIndex0)) | v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2)),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14318, 14317])).
% 127.70/80.24 tff(14320,plain,
% 127.70/80.24 (v32(constB0) | (~v28(constB0, bitIndex1)) | v28(constB0, bitIndex0) | v13(constB0, bitIndex2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14319, 2770, 3125, 11633])).
% 127.70/80.24 tff(14321,plain,
% 127.70/80.24 ($false),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14320, 14313, 14309, 14305, 14300])).
% 127.70/80.24 tff(14322,plain,(v615(constB0) | v938(constB0, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.24 tff(14323,plain,
% 127.70/80.24 (v615(constB0)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14322, 3147])).
% 127.70/80.24 tff(14324,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB0, constB1)) | (~v615(constB0)) | v617(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB0, constB1)) | (~v615(constB0)) | v617(constB1))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14325,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB0, constB1)) | (~v615(constB0)) | v617(constB1))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14326,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB0, constB1)) | (~v615(constB0)) | v617(constB1)),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14325, 14324])).
% 127.70/80.24 tff(14327,plain,
% 127.70/80.24 ((~v615(constB0)) | v617(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14326, 6779, 18])).
% 127.70/80.24 tff(14328,plain,
% 127.70/80.24 (v617(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14327, 14323])).
% 127.70/80.24 tff(14329,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB0) | (~nextState(constB0, constB1)) | (~v572(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v572(constB1)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14330,plain,
% 127.70/80.24 (((~nextState(constB0, constB1)) | v1(constB0) | (~v572(constB1))) <=> (v1(constB0) | (~nextState(constB0, constB1)) | (~v572(constB1)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14331,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB0, constB1)) | v1(constB0) | (~v572(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB0) | (~nextState(constB0, constB1)) | (~v572(constB1))))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14330])).
% 127.70/80.24 tff(14332,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB0, constB1)) | v1(constB0) | (~v572(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v572(constB1)))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14331, 14329])).
% 127.70/80.24 tff(14333,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB0, constB1)) | v1(constB0) | (~v572(constB1)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14334,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB0) | (~nextState(constB0, constB1)) | (~v572(constB1))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14333, 14332])).
% 127.70/80.24 tff(14335,plain,
% 127.70/80.24 (~v572(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14334, 6794, 31, 18])).
% 127.70/80.24 tff(14336,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB0, constB1)) | v572(constB1) | v612(constB1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB0, constB1)) | v572(constB1) | v612(constB1))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14337,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB0, constB1)) | v572(constB1) | v612(constB1))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14338,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB0, constB1)) | v572(constB1) | v612(constB1)),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14337, 14336])).
% 127.70/80.24 tff(14339,plain,
% 127.70/80.24 (v572(constB1) | v612(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14338, 6811, 18])).
% 127.70/80.24 tff(14340,plain,
% 127.70/80.24 (v612(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14339, 14335])).
% 127.70/80.24 tff(14341,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v610(constB1) | (~v612(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v610(constB1) | (~v612(constB1)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14342,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB0, constB1)) | (~v1(constB1)) | v610(constB1) | (~v612(constB1)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14343,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB0, constB1)) | (~v1(constB1)) | v610(constB1) | (~v612(constB1))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14342, 14341])).
% 127.70/80.24 tff(14344,plain,
% 127.70/80.24 (v610(constB1) | (~v612(constB1))),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14343, 6826, 18, 38])).
% 127.70/80.24 tff(14345,plain,
% 127.70/80.24 (v610(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14344, 14340])).
% 127.70/80.24 tff(14346,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB0, constB1)) | v609(constB1) | (~v610(constB1)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB0, constB1)) | v609(constB1) | (~v610(constB1)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14347,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB0, constB1)) | v609(constB1) | (~v610(constB1)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14348,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB0, constB1)) | v609(constB1) | (~v610(constB1))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14347, 14346])).
% 127.70/80.24 tff(14349,plain,
% 127.70/80.24 (v609(constB1) | (~v610(constB1))),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14348, 6841, 18])).
% 127.70/80.24 tff(14350,plain,
% 127.70/80.24 (v609(constB1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14349, 14345])).
% 127.70/80.24 tff(14351,plain,
% 127.70/80.24 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB1, bitIndex0) | (~v617(constB1)) | (~v609(constB1)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB1, bitIndex0) | (~v617(constB1)) | (~v609(constB1)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14352,plain,
% 127.70/80.24 ((v62(constB1, bitIndex0) | (~v609(constB1)) | (~v617(constB1))) <=> (v62(constB1, bitIndex0) | (~v617(constB1)) | (~v609(constB1)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14353,plain,
% 127.70/80.24 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB1, bitIndex0) | (~v609(constB1)) | (~v617(constB1)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB1, bitIndex0) | (~v617(constB1)) | (~v609(constB1))))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14352])).
% 127.70/80.24 tff(14354,plain,
% 127.70/80.24 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB1, bitIndex0) | (~v609(constB1)) | (~v617(constB1)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB1, bitIndex0) | (~v617(constB1)) | (~v609(constB1)))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14353, 14351])).
% 127.70/80.24 tff(14355,plain,
% 127.70/80.24 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB1, bitIndex0) | (~v609(constB1)) | (~v617(constB1)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14356,plain,
% 127.70/80.24 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB1, bitIndex0) | (~v617(constB1)) | (~v609(constB1))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14355, 14354])).
% 127.70/80.24 tff(14357,plain,
% 127.70/80.24 (v62(constB1, bitIndex0) | (~v617(constB1))),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14356, 6856, 14350])).
% 127.70/80.24 tff(14358,plain,
% 127.70/80.24 (v62(constB1, bitIndex0)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14357, 14328])).
% 127.70/80.24 tff(14359,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v610(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v610(constB2)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14360,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB1, constB2)) | v1(constB2) | (~v610(constB2)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14361,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB1, constB2)) | v1(constB2) | (~v610(constB2))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14360, 14359])).
% 127.70/80.24 tff(14362,plain,
% 127.70/80.24 (~v610(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14361, 6874, 41, 58])).
% 127.70/80.24 tff(14363,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB1, constB2)) | v610(constB2) | (~v609(constB2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB1, constB2)) | v610(constB2) | (~v609(constB2)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14364,plain,
% 127.70/80.24 (((~nextState(constB1, constB2)) | (~v609(constB2)) | v610(constB2)) <=> ((~nextState(constB1, constB2)) | v610(constB2) | (~v609(constB2)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14365,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB1, constB2)) | (~v609(constB2)) | v610(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB1, constB2)) | v610(constB2) | (~v609(constB2))))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14364])).
% 127.70/80.24 tff(14366,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB1, constB2)) | (~v609(constB2)) | v610(constB2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB1, constB2)) | v610(constB2) | (~v609(constB2)))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14365, 14363])).
% 127.70/80.24 tff(14367,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB1, constB2)) | (~v609(constB2)) | v610(constB2))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14368,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB1, constB2)) | v610(constB2) | (~v609(constB2))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14367, 14366])).
% 127.70/80.24 tff(14369,plain,
% 127.70/80.24 (v610(constB2) | (~v609(constB2))),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14368, 6888, 41])).
% 127.70/80.24 tff(14370,plain,
% 127.70/80.24 (~v609(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14369, 14362])).
% 127.70/80.24 tff(14371,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~nextState(constB1, constB2)) | (~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~nextState(constB1, constB2)) | (~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14372,plain,
% 127.70/80.24 (((~v62(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v609(constB2) | v62(constB2, bitIndex0)) <=> ((~nextState(constB1, constB2)) | (~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14373,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v609(constB2) | v62(constB2, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~nextState(constB1, constB2)) | (~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0)))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14372])).
% 127.70/80.24 tff(14374,plain,
% 127.70/80.24 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v609(constB2) | v62(constB2, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~nextState(constB1, constB2)) | (~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14373, 14371])).
% 127.70/80.24 tff(14375,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB1, bitIndex0)) | (~nextState(constB1, constB2)) | v609(constB2) | v62(constB2, bitIndex0))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14376,plain,
% 127.70/80.24 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~nextState(constB1, constB2)) | (~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0)),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14375, 14374])).
% 127.70/80.24 tff(14377,plain,
% 127.70/80.24 ((~v62(constB1, bitIndex0)) | v609(constB2) | v62(constB2, bitIndex0)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14376, 6906, 41])).
% 127.70/80.24 tff(14378,plain,
% 127.70/80.24 ((~v62(constB1, bitIndex0)) | v62(constB2, bitIndex0)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14377, 14370])).
% 127.70/80.24 tff(14379,plain,
% 127.70/80.24 (v62(constB2, bitIndex0)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14378, 14358])).
% 127.70/80.24 tff(14380,assumption,(~v7(constB2, bitIndex2)), introduced(assumption)).
% 127.70/80.24 tff(14381,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14382,plain,
% 127.70/80.24 ((v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | sP957(constB2) | (~v13(constB2, bitIndex0))) <=> (v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14383,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | sP957(constB2) | (~v13(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2)))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14382])).
% 127.70/80.24 tff(14384,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | sP957(constB2) | (~v13(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14383, 14381])).
% 127.70/80.24 tff(14385,plain,
% 127.70/80.24 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB2, bitIndex2) | v7(constB2, bitIndex1) | sP957(constB2) | (~v13(constB2, bitIndex0)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14386,plain,
% 127.70/80.24 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB2, bitIndex1) | v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2)),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14385, 14384])).
% 127.70/80.24 tff(14387,plain,
% 127.70/80.24 (v7(constB2, bitIndex2) | (~v13(constB2, bitIndex0)) | sP957(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14386, 1785, 3601])).
% 127.70/80.24 tff(14388,plain,
% 127.70/80.24 (sP957(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14387, 14380, 5159])).
% 127.70/80.24 tff(14389,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB2, bitIndex2) | sP960(constB2) | (~v13(constB2, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB2, bitIndex2) | sP960(constB2) | (~v13(constB2, bitIndex2)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14390,plain,
% 127.70/80.24 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB2, bitIndex2) | sP960(constB2) | (~v13(constB2, bitIndex2)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14391,plain,
% 127.70/80.24 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB2, bitIndex2) | sP960(constB2) | (~v13(constB2, bitIndex2))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14390, 14389])).
% 127.70/80.24 tff(14392,plain,
% 127.70/80.24 (v7(constB2, bitIndex2) | sP960(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14391, 1804, 14278])).
% 127.70/80.24 tff(14393,plain,
% 127.70/80.24 (sP960(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14392, 14380])).
% 127.70/80.24 tff(14394,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | ((~sP960(constB2)) | v28(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (~sP960(constB2)) | v28(constB2, bitIndex1))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14395,plain,
% 127.70/80.24 ((v28(constB2, bitIndex1) | (~sP960(constB2))) <=> ((~sP960(constB2)) | v28(constB2, bitIndex1))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14396,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB2, bitIndex1) | (~sP960(constB2)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | ((~sP960(constB2)) | v28(constB2, bitIndex1)))),
% 127.70/80.24 inference(monotonicity,[status(thm)],[14395])).
% 127.70/80.24 tff(14397,plain,
% 127.70/80.24 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB2, bitIndex1) | (~sP960(constB2)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (~sP960(constB2)) | v28(constB2, bitIndex1))),
% 127.70/80.24 inference(transitivity,[status(thm)],[14396, 14394])).
% 127.70/80.24 tff(14398,plain,
% 127.70/80.24 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB2, bitIndex1) | (~sP960(constB2)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14399,plain,
% 127.70/80.24 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (~sP960(constB2)) | v28(constB2, bitIndex1)),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14398, 14397])).
% 127.70/80.24 tff(14400,plain,
% 127.70/80.24 (v28(constB2, bitIndex1)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14399, 1819, 14393])).
% 127.70/80.24 tff(14401,plain,
% 127.70/80.24 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB2)) | (~sP960(constB2)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB2)) | (~sP960(constB2)))),
% 127.70/80.24 inference(rewrite,[status(thm)],[])).
% 127.70/80.24 tff(14402,plain,
% 127.70/80.24 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB2)) | (~sP960(constB2)))),
% 127.70/80.24 inference(quant_inst,[status(thm)],[])).
% 127.70/80.24 tff(14403,plain,
% 127.70/80.24 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB2)) | (~sP960(constB2))),
% 127.70/80.24 inference(modus_ponens,[status(thm)],[14402, 14401])).
% 127.70/80.24 tff(14404,plain,
% 127.70/80.24 (~v32(constB2)),
% 127.70/80.24 inference(unit_resolution,[status(thm)],[14403, 1841, 14393])).
% 127.70/80.24 tff(14405,assumption,(v62(constB2, bitIndex0)), introduced(assumption)).
% 127.70/80.24 tff(14406,plain,
% 127.70/80.24 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB2) | (~v62(constB2, bitIndex0)) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB2) | (~v62(constB2, bitIndex0)) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14407,plain,
% 127.70/80.25 (((~v62(constB2, bitIndex0)) | v32(constB2) | (~v28(constB2, bitIndex1)) | (~sP957(constB2))) <=> (v32(constB2) | (~v62(constB2, bitIndex0)) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14408,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB2, bitIndex0)) | v32(constB2) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB2) | (~v62(constB2, bitIndex0)) | (~v28(constB2, bitIndex1)) | (~sP957(constB2))))),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14407])).
% 127.70/80.25 tff(14409,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB2, bitIndex0)) | v32(constB2) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB2) | (~v62(constB2, bitIndex0)) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))),
% 127.70/80.25 inference(transitivity,[status(thm)],[14408, 14406])).
% 127.70/80.25 tff(14410,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB2, bitIndex0)) | v32(constB2) | (~v28(constB2, bitIndex1)) | (~sP957(constB2)))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14411,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB2) | (~v62(constB2, bitIndex0)) | (~v28(constB2, bitIndex1)) | (~sP957(constB2))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14410, 14409])).
% 127.70/80.25 tff(14412,plain,
% 127.70/80.25 (v32(constB2) | (~v28(constB2, bitIndex1)) | (~sP957(constB2))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14411, 1855, 14405])).
% 127.70/80.25 tff(14413,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14412, 14404, 14400, 14388])).
% 127.70/80.25 tff(14414,plain,(v7(constB2, bitIndex2) | (~v62(constB2, bitIndex0)) | (~v13(constB2, bitIndex2)) | (~v13(constB2, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14415,plain,
% 127.70/80.25 (v7(constB2, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14414, 14379, 14278, 5159])).
% 127.70/80.25 tff(14416,plain,
% 127.70/80.25 (v7(constB1, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[3213, 14415])).
% 127.70/80.25 tff(14417,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[3191, 778, 14416, 14277])).
% 127.70/80.25 tff(14418,plain,(v938(constB0, bitIndex1) | (~v13(constB2, bitIndex2)) | (~v13(constB2, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14419,plain,
% 127.70/80.25 ((~v13(constB2, bitIndex2)) | (~v13(constB2, bitIndex0))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14418, 3146])).
% 127.70/80.25 tff(14420,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14419, 14275, 14260])).
% 127.70/80.25 tff(14421,plain,((~(constB3 = sK952_VarCurr)) | (~v929(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14422,plain,
% 127.70/80.25 (~(constB3 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14421, 14214, 11700])).
% 127.70/80.25 tff(14423,plain,
% 127.70/80.25 (v7(constB1, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[5311])).
% 127.70/80.25 tff(14424,plain,
% 127.70/80.25 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB1, bitIndex2)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14423])).
% 127.70/80.25 tff(14425,plain,
% 127.70/80.25 (v7(constB1, bitIndex2)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[2422, 14424])).
% 127.70/80.25 tff(14426,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[3193, 14425])).
% 127.70/80.25 tff(14427,plain,((~(constB1 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14428,plain,
% 127.70/80.25 (~(constB1 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14427, 2422])).
% 127.70/80.25 tff(14429,plain,
% 127.70/80.25 (v7(constB0, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[5273])).
% 127.70/80.25 tff(14430,plain,
% 127.70/80.25 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB0, bitIndex2)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14429])).
% 127.70/80.25 tff(14431,plain,
% 127.70/80.25 (v7(constB0, bitIndex2)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[2422, 14430])).
% 127.70/80.25 tff(14432,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[3117, 14431])).
% 127.70/80.25 tff(14433,plain,((~(constB0 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14434,plain,
% 127.70/80.25 (~(constB0 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14433, 2422])).
% 127.70/80.25 tff(14435,plain,
% 127.70/80.25 (v7(constB2, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[5299])).
% 127.70/80.25 tff(14436,plain,
% 127.70/80.25 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB2, bitIndex2)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14435])).
% 127.70/80.25 tff(14437,plain,
% 127.70/80.25 (v7(constB2, bitIndex2)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[2422, 14436])).
% 127.70/80.25 tff(14438,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[3214, 14437])).
% 127.70/80.25 tff(14439,plain,((~(constB2 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14440,plain,
% 127.70/80.25 (~(constB2 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14439, 2422])).
% 127.70/80.25 tff(14441,plain,
% 127.70/80.25 (v7(constB4, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[3686])).
% 127.70/80.25 tff(14442,plain,
% 127.70/80.25 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB4, bitIndex2)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14441])).
% 127.70/80.25 tff(14443,plain,
% 127.70/80.25 (v7(constB4, bitIndex2)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[2422, 14442])).
% 127.70/80.25 tff(14444,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v931(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v931(constB4)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14445,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v931(constB4)))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14446,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v931(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v931(constB4))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14445, 14444])).
% 127.70/80.25 tff(14447,plain,
% 127.70/80.25 (~v931(constB4)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14446, 794, 71, 78])).
% 127.70/80.25 tff(14448,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB3, constB4)) | v931(constB4) | (~v930(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB3, constB4)) | v931(constB4) | (~v930(constB4)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14449,plain,
% 127.70/80.25 (((~nextState(constB3, constB4)) | (~v930(constB4)) | v931(constB4)) <=> ((~nextState(constB3, constB4)) | v931(constB4) | (~v930(constB4)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14450,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB3, constB4)) | (~v930(constB4)) | v931(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB3, constB4)) | v931(constB4) | (~v930(constB4))))),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14449])).
% 127.70/80.25 tff(14451,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB3, constB4)) | (~v930(constB4)) | v931(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB3, constB4)) | v931(constB4) | (~v930(constB4)))),
% 127.70/80.25 inference(transitivity,[status(thm)],[14450, 14448])).
% 127.70/80.25 tff(14452,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | ((~nextState(constB3, constB4)) | (~v930(constB4)) | v931(constB4))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14453,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v930(VarNext)) | v931(VarNext))) | (~nextState(constB3, constB4)) | v931(constB4) | (~v930(constB4))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14452, 14451])).
% 127.70/80.25 tff(14454,plain,
% 127.70/80.25 (v931(constB4) | (~v930(constB4))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14453, 808, 71])).
% 127.70/80.25 tff(14455,plain,
% 127.70/80.25 (~v930(constB4)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14454, 14447])).
% 127.70/80.25 tff(14456,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB3, bitIndex2) | (~nextState(constB3, constB4)) | v930(constB4) | (~v7(constB4, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB3, bitIndex2) | (~nextState(constB3, constB4)) | v930(constB4) | (~v7(constB4, bitIndex2)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14457,plain,
% 127.70/80.25 (((~nextState(constB3, constB4)) | v7(constB3, bitIndex2) | v930(constB4) | (~v7(constB4, bitIndex2))) <=> (v7(constB3, bitIndex2) | (~nextState(constB3, constB4)) | v930(constB4) | (~v7(constB4, bitIndex2)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14458,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB3, constB4)) | v7(constB3, bitIndex2) | v930(constB4) | (~v7(constB4, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | (v7(constB3, bitIndex2) | (~nextState(constB3, constB4)) | v930(constB4) | (~v7(constB4, bitIndex2))))),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14457])).
% 127.70/80.25 tff(14459,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB3, constB4)) | v7(constB3, bitIndex2) | v930(constB4) | (~v7(constB4, bitIndex2)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB3, bitIndex2) | (~nextState(constB3, constB4)) | v930(constB4) | (~v7(constB4, bitIndex2)))),
% 127.70/80.25 inference(transitivity,[status(thm)],[14458, 14456])).
% 127.70/80.25 tff(14460,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | ((~nextState(constB3, constB4)) | v7(constB3, bitIndex2) | v930(constB4) | (~v7(constB4, bitIndex2)))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14461,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v7(VarCurr, bitIndex2) | v930(VarNext) | (~v7(VarNext, bitIndex2)))) | v7(constB3, bitIndex2) | (~nextState(constB3, constB4)) | v930(constB4) | (~v7(constB4, bitIndex2))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14460, 14459])).
% 127.70/80.25 tff(14462,plain,
% 127.70/80.25 (v7(constB3, bitIndex2) | v930(constB4) | (~v7(constB4, bitIndex2))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14461, 826, 71])).
% 127.70/80.25 tff(14463,plain,
% 127.70/80.25 (v7(constB3, bitIndex2) | (~v7(constB4, bitIndex2))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14462, 14455])).
% 127.70/80.25 tff(14464,plain,
% 127.70/80.25 (v7(constB3, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14463, 14443])).
% 127.70/80.25 tff(14465,assumption,(~v929(constB3, bitIndex1)), introduced(assumption)).
% 127.70/80.25 tff(14466,assumption,(v7(constB3, bitIndex2)), introduced(assumption)).
% 127.70/80.25 tff(14467,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB3, bitIndex2)) | v929(constB3, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB3, bitIndex2)) | v929(constB3, bitIndex1))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14468,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | ((~v7(constB3, bitIndex2)) | v929(constB3, bitIndex1))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14469,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v7(VarCurr, bitIndex2)) | v929(VarCurr, bitIndex1))) | (~v7(constB3, bitIndex2)) | v929(constB3, bitIndex1)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14468, 14467])).
% 127.70/80.25 tff(14470,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14469, 778, 14466, 14465])).
% 127.70/80.25 tff(14471,plain,((~v7(constB3, bitIndex2)) | v929(constB3, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14472,plain,
% 127.70/80.25 (v929(constB3, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14471, 14464])).
% 127.70/80.25 tff(14473,plain,
% 127.70/80.25 (v940(constB3, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14243, 14472])).
% 127.70/80.25 tff(14474,plain,
% 127.70/80.25 (v938(constB2, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14251, 14473])).
% 127.70/80.25 tff(14475,plain,
% 127.70/80.25 (v11(constB2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14255, 335, 14474])).
% 127.70/80.25 tff(14476,plain,
% 127.70/80.25 (v13(constB2, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14259, 2226, 14475, 14474])).
% 127.70/80.25 tff(14477,plain,
% 127.70/80.25 (v7(constB4, bitIndex0)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[11700, 9155])).
% 127.70/80.25 tff(14478,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5857, 14477])).
% 127.70/80.25 tff(14479,plain,((~(constB4 = sK952_VarCurr)) | v7(constB4, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14480,plain,
% 127.70/80.25 (v7(constB4, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14479, 3686, 11700])).
% 127.70/80.25 tff(14481,plain,
% 127.70/80.25 (((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB3, bitIndex0) | (~nextState(constB3, constB4)) | v1044(constB4) | (~v7(constB4, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB3, bitIndex0) | (~nextState(constB3, constB4)) | v1044(constB4) | (~v7(constB4, bitIndex0)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14482,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | (v7(constB3, bitIndex0) | (~nextState(constB3, constB4)) | v1044(constB4) | (~v7(constB4, bitIndex0)))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14483,plain,
% 127.70/80.25 ((~![VarNext: $i, VarCurr: $i] : (v7(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v1044(VarNext) | (~v7(VarNext, bitIndex0)))) | v7(constB3, bitIndex0) | (~nextState(constB3, constB4)) | v1044(constB4) | (~v7(constB4, bitIndex0))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14482, 14481])).
% 127.70/80.25 tff(14484,plain,
% 127.70/80.25 (v7(constB3, bitIndex0) | v1044(constB4) | (~v7(constB4, bitIndex0))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14483, 5991, 71])).
% 127.70/80.25 tff(14485,plain,
% 127.70/80.25 (v7(constB3, bitIndex0) | (~v7(constB4, bitIndex0))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14484, 5050])).
% 127.70/80.25 tff(14486,plain,
% 127.70/80.25 (v7(constB3, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14485, 14480])).
% 127.70/80.25 tff(14487,plain,
% 127.70/80.25 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB3, bitIndex0)) | v1052(constB3) | (~v1044(constB3)))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB3, bitIndex0)) | v1052(constB3) | (~v1044(constB3)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14488,plain,
% 127.70/80.25 (((~v7(constB3, bitIndex0)) | (~v1044(constB3)) | v1052(constB3)) <=> ((~v7(constB3, bitIndex0)) | v1052(constB3) | (~v1044(constB3)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14489,plain,
% 127.70/80.25 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB3, bitIndex0)) | (~v1044(constB3)) | v1052(constB3))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB3, bitIndex0)) | v1052(constB3) | (~v1044(constB3))))),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14488])).
% 127.70/80.25 tff(14490,plain,
% 127.70/80.25 (((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB3, bitIndex0)) | (~v1044(constB3)) | v1052(constB3))) <=> ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB3, bitIndex0)) | v1052(constB3) | (~v1044(constB3)))),
% 127.70/80.25 inference(transitivity,[status(thm)],[14489, 14487])).
% 127.70/80.25 tff(14491,plain,
% 127.70/80.25 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | ((~v7(constB3, bitIndex0)) | (~v1044(constB3)) | v1052(constB3))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14492,plain,
% 127.70/80.25 ((~![VarNext: $i] : ((~v7(VarNext, bitIndex0)) | (~v1044(VarNext)) | v1052(VarNext))) | (~v7(constB3, bitIndex0)) | v1052(constB3) | (~v1044(constB3))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14491, 14490])).
% 127.70/80.25 tff(14493,plain,
% 127.70/80.25 ((~v7(constB3, bitIndex0)) | v1052(constB3)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14492, 6007, 5077])).
% 127.70/80.25 tff(14494,plain,
% 127.70/80.25 (v1052(constB3)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14493, 14486])).
% 127.70/80.25 tff(14495,plain,
% 127.70/80.25 (v1050(constB2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14266, 14494])).
% 127.70/80.25 tff(14496,plain,
% 127.70/80.25 ((~v11(constB2)) | v13(constB2, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14273, 6040, 14495])).
% 127.70/80.25 tff(14497,plain,
% 127.70/80.25 (v13(constB2, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14496, 14475])).
% 127.70/80.25 tff(14498,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14419, 14497, 14476])).
% 127.70/80.25 tff(14499,plain,((~(constB4 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14500,plain,
% 127.70/80.25 (~(constB4 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14499, 2422, 11700])).
% 127.70/80.25 tff(14501,plain,
% 127.70/80.25 (~v7(constB18, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5636, 14184])).
% 127.70/80.25 tff(14502,plain,
% 127.70/80.25 (~(constB18 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[10065, 14501, 2422])).
% 127.70/80.25 tff(14503,plain,
% 127.70/80.25 (constB19 = sK952_VarCurr),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5347, 14502, 4113, 14500, 14440, 14434, 5309, 14428, 14422, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 2408, 14213, 14185])).
% 127.70/80.25 tff(14504,plain,
% 127.70/80.25 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14503])).
% 127.70/80.25 tff(14505,plain,
% 127.70/80.25 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14504])).
% 127.70/80.25 tff(14506,plain,
% 127.70/80.25 (v1044(sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5791, 14503])).
% 127.70/80.25 tff(14507,plain,
% 127.70/80.25 (v1052(sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[12067, 14506])).
% 127.70/80.25 tff(14508,plain,
% 127.70/80.25 (v1052(constB19)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14507, 14505])).
% 127.70/80.25 tff(14509,plain,
% 127.70/80.25 (v1050(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[11888, 14508])).
% 127.70/80.25 tff(14510,plain,
% 127.70/80.25 (~v11(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[11895, 6040, 14509, 3852])).
% 127.70/80.25 tff(14511,plain,
% 127.70/80.25 (v940(constB19, bitIndex1) <=> v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14503])).
% 127.70/80.25 tff(14512,plain,
% 127.70/80.25 (v940(sK952_VarCurr, bitIndex1) <=> v940(constB19, bitIndex1)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14511])).
% 127.70/80.25 tff(14513,plain,
% 127.70/80.25 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14503])).
% 127.70/80.25 tff(14514,plain,
% 127.70/80.25 (v930(sK952_VarCurr)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[5660, 14513])).
% 127.70/80.25 tff(14515,plain,
% 127.70/80.25 ((~v930(sK952_VarCurr)) | v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5664, 760, 14214])).
% 127.70/80.25 tff(14516,plain,
% 127.70/80.25 (v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14515, 14514])).
% 127.70/80.25 tff(14517,plain,
% 127.70/80.25 (v940(constB19, bitIndex1)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14516, 14512])).
% 127.70/80.25 tff(14518,plain,
% 127.70/80.25 (v938(constB18, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14209, 14517])).
% 127.70/80.25 tff(14519,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14204, 14518, 14510])).
% 127.70/80.25 tff(14520,plain,(v13(constB18, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2)) | v13(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14521,plain,
% 127.70/80.25 (v13(constB18, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14520, 14179, 4113, 5309, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11700, 14174, 2422, 5569])).
% 127.70/80.25 tff(14522,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB18)) | (~sP960(constB18)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB18)) | (~sP960(constB18)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14523,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB18)) | (~sP960(constB18)))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14524,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB18)) | (~sP960(constB18))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14523, 14522])).
% 127.70/80.25 tff(14525,plain,
% 127.70/80.25 (~sP960(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14524, 1841, 3851])).
% 127.70/80.25 tff(14526,plain,
% 127.70/80.25 (sP960(constB18) | (~v13(constB18, bitIndex2))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5724, 1804, 11759])).
% 127.70/80.25 tff(14527,plain,
% 127.70/80.25 (~v13(constB18, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14526, 14525])).
% 127.70/80.25 tff(14528,plain,
% 127.70/80.25 (~(constB17 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[10071, 11758, 2422])).
% 127.70/80.25 tff(14529,plain,
% 127.70/80.25 (~(constB18 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[10065, 11759, 2422])).
% 127.70/80.25 tff(14530,plain,
% 127.70/80.25 (constB20 = sK952_VarCurr),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5347, 14529, 4113, 5283, 14440, 14434, 5309, 14428, 5322, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 2408, 5310, 14528])).
% 127.70/80.25 tff(14531,plain,
% 127.70/80.25 (v7(constB20, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14188, 14530, 2422])).
% 127.70/80.25 tff(14532,plain,
% 127.70/80.25 (v7(constB19, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[9510, 14531])).
% 127.70/80.25 tff(14533,plain,
% 127.70/80.25 (v929(constB19, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[9514, 778, 14532])).
% 127.70/80.25 tff(14534,plain,
% 127.70/80.25 (v940(constB19, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 14533])).
% 127.70/80.25 tff(14535,plain,
% 127.70/80.25 (v938(constB18, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14209, 14534])).
% 127.70/80.25 tff(14536,plain,
% 127.70/80.25 (v11(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14204, 14535])).
% 127.70/80.25 tff(14537,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5675, 2226, 14536, 14535, 14527])).
% 127.70/80.25 tff(14538,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex2)) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14539,plain,
% 127.70/80.25 (v11(constB16)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14538, 5310, 4113, 5283, 5309, 5322, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 2408, 2422])).
% 127.70/80.25 tff(14540,plain,
% 127.70/80.25 (~v938(constB16, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5573, 14539])).
% 127.70/80.25 tff(14541,plain,
% 127.70/80.25 (~v940(constB17, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5581, 14540])).
% 127.70/80.25 tff(14542,plain,
% 127.70/80.25 (~v929(constB17, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5607, 14541])).
% 127.70/80.25 tff(14543,plain,
% 127.70/80.25 (~v7(constB17, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5615, 14542])).
% 127.70/80.25 tff(14544,plain,
% 127.70/80.25 (~(constB17 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[10071, 14543, 2422])).
% 127.70/80.25 tff(14545,plain,
% 127.70/80.25 (~v7(constB18, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5636, 14543])).
% 127.70/80.25 tff(14546,plain,
% 127.70/80.25 (~(constB18 = sK952_VarCurr)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[10065, 14545, 2422])).
% 127.70/80.25 tff(14547,plain,
% 127.70/80.25 (constB20 = sK952_VarCurr),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5347, 14546, 4113, 5283, 14440, 14434, 5309, 14428, 5322, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 2408, 5310, 14544])).
% 127.70/80.25 tff(14548,plain,
% 127.70/80.25 (v7(constB20, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14188, 14547, 2422])).
% 127.70/80.25 tff(14549,plain,
% 127.70/80.25 (v7(constB19, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[9510, 14548])).
% 127.70/80.25 tff(14550,plain,
% 127.70/80.25 (v929(constB19, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[9514, 778, 14549])).
% 127.70/80.25 tff(14551,plain,
% 127.70/80.25 (v940(constB19, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 14550])).
% 127.70/80.25 tff(14552,plain,
% 127.70/80.25 (v938(constB18, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14209, 14551])).
% 127.70/80.25 tff(14553,plain,
% 127.70/80.25 (v11(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14204, 14552])).
% 127.70/80.25 tff(14554,plain,
% 127.70/80.25 (v13(constB18, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5675, 2226, 14553, 14552])).
% 127.70/80.25 tff(14555,plain,
% 127.70/80.25 (sP960(constB18) | (~v13(constB18, bitIndex2))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5724, 1804, 14545])).
% 127.70/80.25 tff(14556,plain,
% 127.70/80.25 (sP960(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14555, 14554])).
% 127.70/80.25 tff(14557,plain,
% 127.70/80.25 (v28(constB18, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5732, 1819, 14556])).
% 127.70/80.25 tff(14558,plain,
% 127.70/80.25 (~v32(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14524, 1841, 14556])).
% 127.70/80.25 tff(14559,plain,
% 127.70/80.25 (~v938(constB16, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5533, 14539])).
% 127.70/80.25 tff(14560,plain,
% 127.70/80.25 (~v940(constB17, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5541, 14559])).
% 127.70/80.25 tff(14561,plain,
% 127.70/80.25 (~v956(constB17, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5567, 14560])).
% 127.70/80.25 tff(14562,plain,
% 127.70/80.25 (~v7(constB17, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[10249, 14561])).
% 127.70/80.25 tff(14563,plain,
% 127.70/80.25 (~v7(constB18, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5759, 14562])).
% 127.70/80.25 tff(14564,plain,
% 127.70/80.25 (sP957(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[12172, 14563, 14545])).
% 127.70/80.25 tff(14565,plain,
% 127.70/80.25 ((~v11(constB16)) | v615(constB16)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[11932, 6936, 14165])).
% 127.70/80.25 tff(14566,plain,
% 127.70/80.25 (v615(constB16)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14565, 14539])).
% 127.70/80.25 tff(14567,plain,
% 127.70/80.25 (v617(constB17)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[11938, 14566])).
% 127.70/80.25 tff(14568,plain,
% 127.70/80.25 (v62(constB17, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[11968, 14567])).
% 127.70/80.25 tff(14569,plain,
% 127.70/80.25 (v62(constB18, bitIndex0)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[11986, 14568])).
% 127.70/80.25 tff(14570,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v28(constB18, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v28(constB18, bitIndex1)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14571,plain,
% 127.70/80.25 (((~v62(constB18, bitIndex0)) | v32(constB18) | (~v28(constB18, bitIndex1)) | (~sP957(constB18))) <=> (v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v28(constB18, bitIndex1)))),
% 127.70/80.25 inference(rewrite,[status(thm)],[])).
% 127.70/80.25 tff(14572,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB18, bitIndex0)) | v32(constB18) | (~v28(constB18, bitIndex1)) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v28(constB18, bitIndex1))))),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14571])).
% 127.70/80.25 tff(14573,plain,
% 127.70/80.25 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB18, bitIndex0)) | v32(constB18) | (~v28(constB18, bitIndex1)) | (~sP957(constB18)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v28(constB18, bitIndex1)))),
% 127.70/80.25 inference(transitivity,[status(thm)],[14572, 14570])).
% 127.70/80.25 tff(14574,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB18, bitIndex0)) | v32(constB18) | (~v28(constB18, bitIndex1)) | (~sP957(constB18)))),
% 127.70/80.25 inference(quant_inst,[status(thm)],[])).
% 127.70/80.25 tff(14575,plain,
% 127.70/80.25 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB18) | (~v62(constB18, bitIndex0)) | (~sP957(constB18)) | (~v28(constB18, bitIndex1))),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14574, 14573])).
% 127.70/80.25 tff(14576,plain,
% 127.70/80.25 (v32(constB18) | (~v28(constB18, bitIndex1))),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14575, 1855, 14569, 14564])).
% 127.70/80.25 tff(14577,plain,
% 127.70/80.25 ($false),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14576, 14558, 14557])).
% 127.70/80.25 tff(14578,plain,((constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2)) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v13(constB18, bitIndex0)) | (~v67(constB16, bitIndex0)) | v13(constB16, bitIndex1) | v13(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.25 tff(14579,plain,
% 127.70/80.25 (constB19 = sK952_VarCurr),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14578, 14179, 4113, 14500, 5309, 14422, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 2422, 14174, 14521, 14165, 5529, 5569])).
% 127.70/80.25 tff(14580,plain,
% 127.70/80.25 (v940(constB19, bitIndex1) <=> v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14579])).
% 127.70/80.25 tff(14581,plain,
% 127.70/80.25 (v940(sK952_VarCurr, bitIndex1) <=> v940(constB19, bitIndex1)),
% 127.70/80.25 inference(symmetry,[status(thm)],[14580])).
% 127.70/80.25 tff(14582,plain,
% 127.70/80.25 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.70/80.25 inference(monotonicity,[status(thm)],[14579])).
% 127.70/80.25 tff(14583,plain,
% 127.70/80.25 (v930(sK952_VarCurr)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[5660, 14582])).
% 127.70/80.25 tff(14584,plain,
% 127.70/80.25 (v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14515, 14583])).
% 127.70/80.25 tff(14585,plain,
% 127.70/80.25 (v940(constB19, bitIndex1)),
% 127.70/80.25 inference(modus_ponens,[status(thm)],[14584, 14581])).
% 127.70/80.25 tff(14586,plain,
% 127.70/80.25 (v938(constB18, bitIndex1)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14209, 14585])).
% 127.70/80.25 tff(14587,plain,
% 127.70/80.25 (v11(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[14204, 14586])).
% 127.70/80.25 tff(14588,plain,
% 127.70/80.25 (v13(constB18, bitIndex2)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[5675, 2226, 14587, 14586])).
% 127.70/80.25 tff(14589,plain,
% 127.70/80.25 (sP957(constB18)),
% 127.70/80.25 inference(unit_resolution,[status(thm)],[12172, 11775, 11759])).
% 127.70/80.26 tff(14590,plain,
% 127.70/80.26 (sP960(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5725, 11759])).
% 127.70/80.26 tff(14591,plain,
% 127.70/80.26 (v28(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5732, 1819, 14590])).
% 127.70/80.26 tff(14592,plain,
% 127.70/80.26 (((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB18, bitIndex0) | (~sP960(constB18)))) <=> ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB18, bitIndex0) | (~sP960(constB18)))),
% 127.70/80.26 inference(rewrite,[status(thm)],[])).
% 127.70/80.26 tff(14593,plain,
% 127.70/80.26 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | (v62(constB18, bitIndex0) | (~sP960(constB18)))),
% 127.70/80.26 inference(quant_inst,[status(thm)],[])).
% 127.70/80.26 tff(14594,plain,
% 127.70/80.26 ((~![VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~sP960(VarCurr)))) | v62(constB18, bitIndex0) | (~sP960(constB18))),
% 127.70/80.26 inference(modus_ponens,[status(thm)],[14593, 14592])).
% 127.70/80.26 tff(14595,plain,
% 127.70/80.26 (v62(constB18, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14594, 1830, 14590])).
% 127.70/80.26 tff(14596,plain,
% 127.70/80.26 (~v32(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14524, 1841, 14590])).
% 127.70/80.26 tff(14597,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14575, 1855, 14596, 14595, 14591, 14589])).
% 127.70/80.26 tff(14598,plain,(v11(constB16) | (~v13(constB18, bitIndex0)) | (~v13(constB18, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14599,plain,
% 127.70/80.26 (v11(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14598, 14521, 14588])).
% 127.70/80.26 tff(14600,plain,
% 127.70/80.26 (~v938(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5573, 14599])).
% 127.70/80.26 tff(14601,plain,
% 127.70/80.26 (~v940(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5581, 14600])).
% 127.70/80.26 tff(14602,plain,
% 127.70/80.26 (~v929(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5607, 14601])).
% 127.70/80.26 tff(14603,plain,
% 127.70/80.26 (~v7(constB17, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5615, 14602])).
% 127.70/80.26 tff(14604,plain,
% 127.70/80.26 (~v7(constB18, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5636, 14603])).
% 127.70/80.26 tff(14605,plain,
% 127.70/80.26 (v7(constB18, bitIndex2) | sP960(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5724, 1804, 14588])).
% 127.70/80.26 tff(14606,plain,
% 127.70/80.26 (sP960(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14605, 14604])).
% 127.70/80.26 tff(14607,plain,
% 127.70/80.26 (v28(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5732, 1819, 14606])).
% 127.70/80.26 tff(14608,plain,
% 127.70/80.26 (~v32(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14524, 1841, 14606])).
% 127.70/80.26 tff(14609,plain,
% 127.70/80.26 (~v938(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5533, 14599])).
% 127.70/80.26 tff(14610,plain,
% 127.70/80.26 (~v940(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5541, 14609])).
% 127.70/80.26 tff(14611,plain,
% 127.70/80.26 (~v956(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5567, 14610])).
% 127.70/80.26 tff(14612,plain,
% 127.70/80.26 (~v7(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10249, 14611])).
% 127.70/80.26 tff(14613,plain,
% 127.70/80.26 (~v7(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5759, 14612])).
% 127.70/80.26 tff(14614,plain,
% 127.70/80.26 (v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[12012, 1785, 14521])).
% 127.70/80.26 tff(14615,plain,
% 127.70/80.26 (sP957(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14614, 14613, 14604])).
% 127.70/80.26 tff(14616,plain,
% 127.70/80.26 (v615(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14565, 14599])).
% 127.70/80.26 tff(14617,plain,
% 127.70/80.26 (v617(constB17)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11938, 14616])).
% 127.70/80.26 tff(14618,plain,
% 127.70/80.26 (v62(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11968, 14617])).
% 127.70/80.26 tff(14619,plain,
% 127.70/80.26 (v62(constB18, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11986, 14618])).
% 127.70/80.26 tff(14620,plain,
% 127.70/80.26 (v32(constB18) | (~v28(constB18, bitIndex1))),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14575, 1855, 14619, 14615])).
% 127.70/80.26 tff(14621,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14620, 14608, 14607])).
% 127.70/80.26 tff(14622,plain,(v7(constB13, bitIndex2) | (~v67(constB16, bitIndex0)) | v13(constB16, bitIndex1) | v13(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14623,plain,
% 127.70/80.26 (v7(constB13, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14622, 14167, 5529, 5569, 14165, 14164, 14159, 14152, 14149, 14142, 14135, 14120, 14119, 14095, 14082, 11699])).
% 127.70/80.26 tff(14624,plain,
% 127.70/80.26 (v929(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2272, 14623])).
% 127.70/80.26 tff(14625,plain,
% 127.70/80.26 (v940(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2264, 14624])).
% 127.70/80.26 tff(14626,plain,
% 127.70/80.26 (v938(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2238, 14625])).
% 127.70/80.26 tff(14627,plain,
% 127.70/80.26 (v11(constB12)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10129, 14626])).
% 127.70/80.26 tff(14628,plain,
% 127.70/80.26 ((~v11(constB12)) | (~v938(constB12, bitIndex1))),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2229, 2226, 3976])).
% 127.70/80.26 tff(14629,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14628, 14627, 14626])).
% 127.70/80.26 tff(14630,plain,(v11(constB10) | v13(constB16, bitIndex1) | v13(constB16, bitIndex2) | (~v67(constB16, bitIndex0)) | v11(constB4) | v7(constB15, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14631,plain,
% 127.70/80.26 (v11(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14630, 11698, 5495, 11679, 342, 5506])).
% 127.70/80.26 tff(14632,plain,
% 127.70/80.26 (~(constB15 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1351, 1245, 1349])).
% 127.70/80.26 tff(14633,plain,
% 127.70/80.26 (v11(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11658, 1, 2408, 2407, 342, 1245])).
% 127.70/80.26 tff(14634,plain,
% 127.70/80.26 (v13(constB8, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10414, 5324, 2422, 1, 11, 7563])).
% 127.70/80.26 tff(14635,plain,
% 127.70/80.26 (~v13(constB8, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10908, 14634, 342])).
% 127.70/80.26 tff(14636,plain,
% 127.70/80.26 (~v938(constB8, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7651, 14635])).
% 127.70/80.26 tff(14637,plain,
% 127.70/80.26 (v7(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9286, 5324, 7563, 1, 2422, 11])).
% 127.70/80.26 tff(14638,plain,
% 127.70/80.26 (v7(constB9, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6412, 14637])).
% 127.70/80.26 tff(14639,plain,
% 127.70/80.26 (v929(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6420, 14638])).
% 127.70/80.26 tff(14640,plain,
% 127.70/80.26 (v940(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6446, 14639])).
% 127.70/80.26 tff(14641,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6454, 14640, 14636])).
% 127.70/80.26 tff(14642,plain,((~(constB12 = sK952_VarCurr)) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex2)) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14643,plain,
% 127.70/80.26 (~(constB12 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14642, 1, 2318, 342, 1516, 14633])).
% 127.70/80.26 tff(14644,plain,
% 127.70/80.26 (~(constB14 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5366, 2216, 1245])).
% 127.70/80.26 tff(14645,plain,
% 127.70/80.26 (v1044(constB18) <=> v1044(sK952_VarCurr)),
% 127.70/80.26 inference(monotonicity,[status(thm)],[5264])).
% 127.70/80.26 tff(14646,plain,
% 127.70/80.26 (v1044(sK952_VarCurr) <=> v1044(constB18)),
% 127.70/80.26 inference(symmetry,[status(thm)],[14645])).
% 127.70/80.26 tff(14647,plain,
% 127.70/80.26 (v1044(constB18)),
% 127.70/80.26 inference(modus_ponens,[status(thm)],[5770, 14646])).
% 127.70/80.26 tff(14648,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3782, 14647])).
% 127.70/80.26 tff(14649,plain,((~(constB18 = sK952_VarCurr)) | (~v1044(sK952_VarCurr))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14650,plain,
% 127.70/80.26 (~v1044(sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14649, 5264])).
% 127.70/80.26 tff(14651,plain,
% 127.70/80.26 (v13(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11250, 14650, 342, 1, 3984, 1245])).
% 127.70/80.26 tff(14652,plain,
% 127.70/80.26 (v1050(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5461, 14651])).
% 127.70/80.26 tff(14653,plain,
% 127.70/80.26 (~v7(constB18, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5271, 5264, 1245])).
% 127.70/80.26 tff(14654,plain,
% 127.70/80.26 (~v7(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3787, 14653])).
% 127.70/80.26 tff(14655,plain,
% 127.70/80.26 (~v1052(constB17)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3759, 14654])).
% 127.70/80.26 tff(14656,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3706, 14655, 14652])).
% 127.70/80.26 tff(14657,plain,((~(constB18 = sK952_VarCurr)) | v11(constB4) | v7(constB10, bitIndex1) | v7(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14658,plain,
% 127.70/80.26 (~(constB18 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14657, 3984, 1, 342, 1245])).
% 127.70/80.26 tff(14659,plain,
% 127.70/80.26 (~v13(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6391, 12546, 6360, 1])).
% 127.70/80.26 tff(14660,plain,
% 127.70/80.26 (~v938(constB10, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[12418, 14659])).
% 127.70/80.26 tff(14661,plain,
% 127.70/80.26 (~v940(constB11, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1717, 14660])).
% 127.70/80.26 tff(14662,plain,
% 127.70/80.26 (~v929(constB11, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1743, 14661])).
% 127.70/80.26 tff(14663,plain,
% 127.70/80.26 (~v7(constB11, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1751, 14662])).
% 127.70/80.26 tff(14664,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14663, 14145])).
% 127.70/80.26 tff(14665,plain,((~(constB11 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex2)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14666,plain,
% 127.70/80.26 (v7(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14665, 4103, 1, 2422, 11])).
% 127.70/80.26 tff(14667,plain,
% 127.70/80.26 (v7(constB9, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6412, 14666])).
% 127.70/80.26 tff(14668,plain,
% 127.70/80.26 (v929(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6420, 14667])).
% 127.70/80.26 tff(14669,plain,
% 127.70/80.26 (v940(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6446, 14668])).
% 127.70/80.26 tff(14670,plain,
% 127.70/80.26 (v938(constB8, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6454, 14669])).
% 127.70/80.26 tff(14671,plain,
% 127.70/80.26 (v13(constB8, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7651, 14670])).
% 127.70/80.26 tff(14672,plain,
% 127.70/80.26 (~v13(constB8, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10908, 14671, 342])).
% 127.70/80.26 tff(14673,plain,
% 127.70/80.26 (v11(constB8)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10622, 14670])).
% 127.70/80.26 tff(14674,plain,
% 127.70/80.26 (~v1050(constB8)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6491, 6040, 14673, 14672])).
% 127.70/80.26 tff(14675,plain,
% 127.70/80.26 (~v1052(constB9)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6483, 14674])).
% 127.70/80.26 tff(14676,plain,
% 127.70/80.26 (~v7(constB9, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6478, 14675])).
% 127.70/80.26 tff(14677,plain,
% 127.70/80.26 (~v7(constB10, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6470, 14676])).
% 127.70/80.26 tff(14678,plain,
% 127.70/80.26 (sP958(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6464, 5886, 14677])).
% 127.70/80.26 tff(14679,plain,
% 127.70/80.26 (~sP959(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6385, 14678, 12546])).
% 127.70/80.26 tff(14680,plain,
% 127.70/80.26 (~sP960(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7457, 5864, 14677])).
% 127.70/80.26 tff(14681,plain,
% 127.70/80.26 (v929(constB11, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 127.70/80.26 inference(monotonicity,[status(thm)],[4103])).
% 127.70/80.26 tff(14682,plain,
% 127.70/80.26 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB11, bitIndex1)),
% 127.70/80.26 inference(symmetry,[status(thm)],[14681])).
% 127.70/80.26 tff(14683,plain,
% 127.70/80.26 (v929(constB11, bitIndex1)),
% 127.70/80.26 inference(modus_ponens,[status(thm)],[14214, 14682])).
% 127.70/80.26 tff(14684,plain,
% 127.70/80.26 (v940(constB11, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1743, 14683])).
% 127.70/80.26 tff(14685,plain,
% 127.70/80.26 (v938(constB10, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1717, 14684])).
% 127.70/80.26 tff(14686,plain,
% 127.70/80.26 (v13(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[12418, 14685])).
% 127.70/80.26 tff(14687,plain,
% 127.70/80.26 (~v952(constB10, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7452, 6136, 14686, 14680])).
% 127.70/80.26 tff(14688,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7445, 6151, 14687, 14679])).
% 127.70/80.26 tff(14689,plain,((~(constB11 = sK952_VarCurr)) | v7(constB10, bitIndex1) | v11(constB4) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14690,plain,
% 127.70/80.26 (~(constB11 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14689, 1, 342, 2318, 1516])).
% 127.70/80.26 tff(14691,plain,
% 127.70/80.26 (constB20 = sK952_VarCurr),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11248, 5466, 342, 5254, 2728, 1, 14690, 2408, 5309, 2407, 5310, 1245, 5467, 14633, 2644])).
% 127.70/80.26 tff(14692,plain,
% 127.70/80.26 (~v7(constB20, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3962, 14691, 1245])).
% 127.70/80.26 tff(14693,plain,
% 127.70/80.26 (~v7(constB19, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3953, 14692])).
% 127.70/80.26 tff(14694,plain,
% 127.70/80.26 (~v1052(constB19)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3925, 14693])).
% 127.70/80.26 tff(14695,plain,
% 127.70/80.26 (~v1050(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3882, 14694])).
% 127.70/80.26 tff(14696,plain,
% 127.70/80.26 (~v13(constB18, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3874, 14695])).
% 127.70/80.26 tff(14697,plain,
% 127.70/80.26 (v11(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3858, 14696])).
% 127.70/80.26 tff(14698,plain,
% 127.70/80.26 (~v11(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9636, 14697, 5374, 14691, 1245])).
% 127.70/80.26 tff(14699,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3872, 1480, 14695, 14698])).
% 127.70/80.26 tff(14700,plain,(v11(constB14) | v7(sK952_VarCurr, bitIndex0) | v11(constB4) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14701,plain,
% 127.70/80.26 (v11(constB14)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14700, 5310, 342, 1, 2408, 5778, 2407, 1245])).
% 127.70/80.26 tff(14702,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11248, 5272, 5263, 342, 5254, 2728, 1, 14690, 2408, 5309, 2407, 5310, 1245, 3963, 14633, 2644])).
% 127.70/80.26 tff(14703,plain,(v11(constB16) | v11(constB4) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14704,plain,
% 127.70/80.26 (v11(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14703, 5310, 1, 2408, 5778, 2407, 342, 1245])).
% 127.70/80.26 tff(14705,plain,
% 127.70/80.26 (v13(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11418, 5255, 1245])).
% 127.70/80.26 tff(14706,plain,
% 127.70/80.26 (~v13(constB16, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11222, 14705, 1, 342, 7563, 2358, 3984])).
% 127.70/80.26 tff(14707,plain,
% 127.70/80.26 (~v938(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10079, 14706])).
% 127.70/80.26 tff(14708,plain,
% 127.70/80.26 (v7(constB17, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10071, 5255, 2318])).
% 127.70/80.26 tff(14709,plain,
% 127.70/80.26 (v929(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5615, 14708])).
% 127.70/80.26 tff(14710,plain,
% 127.70/80.26 (v940(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5607, 14709])).
% 127.70/80.26 tff(14711,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5581, 14710, 14707])).
% 127.70/80.26 tff(14712,plain,((~(constB17 = sK952_VarCurr)) | (~v11(constB16)) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~v11(constB14)) | v7(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14713,plain,
% 127.70/80.26 (~(constB17 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14712, 14704, 1, 342, 14633, 14701, 3984, 1245])).
% 127.70/80.26 tff(14714,plain,
% 127.70/80.26 (constB20 = sK952_VarCurr),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11248, 14713, 342, 5254, 2728, 1, 14690, 2408, 5778, 2407, 14658, 1245, 5310, 14633, 2644])).
% 127.70/80.26 tff(14715,plain,
% 127.70/80.26 (v13(constB18, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9532, 14714, 1245])).
% 127.70/80.26 tff(14716,plain,
% 127.70/80.26 (v7(constB20, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.70/80.26 inference(monotonicity,[status(thm)],[14714])).
% 127.70/80.26 tff(14717,plain,
% 127.70/80.26 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB20, bitIndex1)),
% 127.70/80.26 inference(symmetry,[status(thm)],[14716])).
% 127.70/80.26 tff(14718,plain,
% 127.70/80.26 (v7(constB20, bitIndex1)),
% 127.70/80.26 inference(modus_ponens,[status(thm)],[1516, 14717])).
% 127.70/80.26 tff(14719,plain,
% 127.70/80.26 (v7(constB19, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9468, 14718])).
% 127.70/80.26 tff(14720,plain,
% 127.70/80.26 (v956(constB19, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9472, 201, 14719])).
% 127.70/80.26 tff(14721,plain,
% 127.70/80.26 (v940(constB19, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 14720])).
% 127.70/80.26 tff(14722,plain,
% 127.70/80.26 (v938(constB18, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 14721])).
% 127.70/80.26 tff(14723,plain,
% 127.70/80.26 (~v7(constB20, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3962, 14714, 1245])).
% 127.70/80.26 tff(14724,plain,
% 127.70/80.26 (~v7(constB19, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3953, 14723])).
% 127.70/80.26 tff(14725,plain,
% 127.70/80.26 (~v1052(constB19)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3925, 14724])).
% 127.70/80.26 tff(14726,plain,
% 127.70/80.26 (~v1050(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3882, 14725])).
% 127.70/80.26 tff(14727,plain,
% 127.70/80.26 (v11(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3872, 1480, 14726])).
% 127.70/80.26 tff(14728,plain,
% 127.70/80.26 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5703, 320, 14727])).
% 127.70/80.26 tff(14729,plain,
% 127.70/80.26 (v13(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14728, 14722])).
% 127.70/80.26 tff(14730,plain,
% 127.70/80.26 (v7(constB18, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9617, 9534, 5712, 3984, 9481, 5721])).
% 127.70/80.26 tff(14731,plain,
% 127.70/80.26 (v7(constB17, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5636, 14730])).
% 127.70/80.26 tff(14732,plain,
% 127.70/80.26 (v929(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5615, 14731])).
% 127.70/80.26 tff(14733,plain,
% 127.70/80.26 (v940(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5607, 14732])).
% 127.70/80.26 tff(14734,plain,
% 127.70/80.26 (v938(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5581, 14733])).
% 127.70/80.26 tff(14735,plain,
% 127.70/80.26 (v13(constB16, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10079, 14734])).
% 127.70/80.26 tff(14736,plain,
% 127.70/80.26 (~v13(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10103, 14735, 9534, 3984])).
% 127.70/80.26 tff(14737,plain,
% 127.70/80.26 (~v1050(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9583, 14736])).
% 127.70/80.26 tff(14738,plain,
% 127.70/80.26 (~v1052(constB17)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9575, 14737])).
% 127.70/80.26 tff(14739,plain,
% 127.70/80.26 (~v7(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9570, 14738])).
% 127.70/80.26 tff(14740,plain,
% 127.70/80.26 (~v7(constB18, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9562, 14739])).
% 127.70/80.26 tff(14741,plain,
% 127.70/80.26 (~v13(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11222, 14735, 1, 342, 7563, 10116, 3984])).
% 127.70/80.26 tff(14742,plain,
% 127.70/80.26 (~v938(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9541, 14741])).
% 127.70/80.26 tff(14743,plain,
% 127.70/80.26 (~v940(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5541, 14742])).
% 127.70/80.26 tff(14744,plain,
% 127.70/80.26 (~v956(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5567, 14743])).
% 127.70/80.26 tff(14745,plain,
% 127.70/80.26 (~v7(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10249, 14744])).
% 127.70/80.26 tff(14746,plain,
% 127.70/80.26 (~v7(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5759, 14745])).
% 127.70/80.26 tff(14747,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10272, 14746, 14740, 5712, 5721])).
% 127.70/80.26 tff(14748,plain,(v7(constB16, bitIndex2) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex2)) | (~v11(constB16)) | v7(constB16, bitIndex1) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14749,plain,
% 127.70/80.26 (v7(constB16, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14748, 14729, 14633, 3984, 14704, 1, 342, 14715])).
% 127.70/80.26 tff(14750,plain,
% 127.70/80.26 (v7(constB15, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[4072, 14749])).
% 127.70/80.26 tff(14751,plain,
% 127.70/80.26 (v929(constB15, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5505, 14750])).
% 127.70/80.26 tff(14752,plain,
% 127.70/80.26 (v940(constB15, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2348, 14751])).
% 127.70/80.26 tff(14753,plain,
% 127.70/80.26 (v938(constB14, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2356, 14752])).
% 127.70/80.26 tff(14754,plain,
% 127.70/80.26 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2361, 2226, 14701])).
% 127.70/80.26 tff(14755,plain,
% 127.70/80.26 (v13(constB14, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14754, 14753])).
% 127.70/80.26 tff(14756,plain,
% 127.70/80.26 (~v1044(sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5773, 14714])).
% 127.70/80.26 tff(14757,plain,
% 127.70/80.26 (v13(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11250, 14756, 342, 1, 3984, 1245])).
% 127.70/80.26 tff(14758,plain,
% 127.70/80.26 (constB20 = sK952_VarCurr),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11248, 5321, 342, 5254, 2728, 1, 14690, 2408, 5778, 2407, 14658, 1245, 5310, 14633, 2644])).
% 127.70/80.26 tff(14759,plain,
% 127.70/80.26 (~v7(constB20, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3962, 14758, 1245])).
% 127.70/80.26 tff(14760,plain,
% 127.70/80.26 (~v7(constB19, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3953, 14759])).
% 127.70/80.26 tff(14761,plain,
% 127.70/80.26 (~v1052(constB19)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3925, 14760])).
% 127.70/80.26 tff(14762,plain,
% 127.70/80.26 (~v1050(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3882, 14761])).
% 127.70/80.26 tff(14763,plain,
% 127.70/80.26 (v11(constB18)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[3872, 1480, 14762])).
% 127.70/80.26 tff(14764,plain,
% 127.70/80.26 (v7(constB16, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10279, 14758, 3984, 2216, 2147, 14704, 1245])).
% 127.70/80.26 tff(14765,plain,
% 127.70/80.26 (v7(constB15, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[4072, 14764])).
% 127.70/80.26 tff(14766,plain,
% 127.70/80.26 (v929(constB15, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5505, 14765])).
% 127.70/80.26 tff(14767,plain,
% 127.70/80.26 (v940(constB15, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2348, 14766])).
% 127.70/80.26 tff(14768,plain,
% 127.70/80.26 (v938(constB14, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2356, 14767])).
% 127.70/80.26 tff(14769,plain,
% 127.70/80.26 (v13(constB14, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14754, 14768])).
% 127.70/80.26 tff(14770,plain,
% 127.70/80.26 (~v938(constB12, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9911, 2147])).
% 127.70/80.26 tff(14771,plain,
% 127.70/80.26 (~v940(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2159, 14770])).
% 127.70/80.26 tff(14772,plain,
% 127.70/80.26 (~v956(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2185, 14771])).
% 127.70/80.26 tff(14773,plain,
% 127.70/80.26 (~v7(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2193, 14772])).
% 127.70/80.26 tff(14774,plain,
% 127.70/80.26 (~v7(constB14, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2214, 14773])).
% 127.70/80.26 tff(14775,plain,
% 127.70/80.26 (v11(constB12)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10144, 14769])).
% 127.70/80.26 tff(14776,plain,
% 127.70/80.26 (~v938(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2229, 2226, 14775, 2216])).
% 127.70/80.26 tff(14777,plain,
% 127.70/80.26 (~v940(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2238, 14776])).
% 127.70/80.26 tff(14778,plain,
% 127.70/80.26 (~v929(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2264, 14777])).
% 127.70/80.26 tff(14779,plain,
% 127.70/80.26 (~v7(constB13, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2272, 14778])).
% 127.70/80.26 tff(14780,plain,
% 127.70/80.26 (~v7(constB14, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2293, 14779])).
% 127.70/80.26 tff(14781,plain,
% 127.70/80.26 (~v13(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[13037, 14780, 14774, 14769])).
% 127.70/80.26 tff(14782,plain,
% 127.70/80.26 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10219, 6040, 14701])).
% 127.70/80.26 tff(14783,plain,
% 127.70/80.26 (~v1050(constB14)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14782, 14781])).
% 127.70/80.26 tff(14784,plain,
% 127.70/80.26 (~v1052(constB15)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10212, 14783])).
% 127.70/80.26 tff(14785,plain,
% 127.70/80.26 (~v7(constB15, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10207, 14784])).
% 127.70/80.26 tff(14786,plain,
% 127.70/80.26 (~v7(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10199, 14785])).
% 127.70/80.26 tff(14787,plain,
% 127.70/80.26 (~v1044(sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5773, 14758])).
% 127.70/80.26 tff(14788,plain,
% 127.70/80.26 (v13(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11250, 14787, 342, 1, 3984, 1245])).
% 127.70/80.26 tff(14789,plain,
% 127.70/80.26 (~v13(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11331, 14786, 14788])).
% 127.70/80.26 tff(14790,plain,
% 127.70/80.26 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5532, 320, 14704])).
% 127.70/80.26 tff(14791,plain,
% 127.70/80.26 (~v938(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14790, 14789])).
% 127.70/80.26 tff(14792,plain,
% 127.70/80.26 (~v940(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5541, 14791])).
% 127.70/80.26 tff(14793,plain,
% 127.70/80.26 (~v956(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5567, 14792])).
% 127.70/80.26 tff(14794,plain,
% 127.70/80.26 (~v7(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10249, 14793])).
% 127.70/80.26 tff(14795,plain,
% 127.70/80.26 (~v7(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5759, 14794])).
% 127.70/80.26 tff(14796,plain,
% 127.70/80.26 (~v1052(constB15)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1457, 12714])).
% 127.70/80.26 tff(14797,plain,
% 127.70/80.26 (~v1050(constB14)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[1472, 14796])).
% 127.70/80.26 tff(14798,plain,
% 127.70/80.26 (~v13(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2010, 14797])).
% 127.70/80.26 tff(14799,plain,
% 127.70/80.26 (v11(constB12)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2145, 14798])).
% 127.70/80.26 tff(14800,plain,
% 127.70/80.26 (~(constB12 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9365, 9255, 1516, 2318, 9178, 1, 7563])).
% 127.70/80.26 tff(14801,plain,
% 127.70/80.26 (constB14 = sK952_VarCurr),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11398, 14800, 5310, 11362, 3984, 5706, 2318, 1516, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 11384, 2408, 5308, 2409, 9629, 4113, 5281, 5280, 5283, 9481])).
% 127.70/80.26 tff(14802,plain,
% 127.70/80.26 (v7(constB14, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7544, 14801, 1516])).
% 127.70/80.26 tff(14803,plain,
% 127.70/80.26 (v7(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2214, 14802])).
% 127.70/80.26 tff(14804,plain,
% 127.70/80.26 (v956(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2191, 201, 14803])).
% 127.70/80.26 tff(14805,plain,
% 127.70/80.26 (v13(constB12, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5366, 14801, 1245])).
% 127.70/80.26 tff(14806,plain,
% 127.70/80.26 (~v13(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7947, 14805, 7563, 6238, 1])).
% 127.70/80.26 tff(14807,plain,
% 127.70/80.26 ((~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2150, 320, 12480])).
% 127.70/80.26 tff(14808,plain,
% 127.70/80.26 (~v938(constB12, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14807, 14806])).
% 127.70/80.26 tff(14809,plain,
% 127.70/80.26 (~v940(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2159, 14808])).
% 127.70/80.26 tff(14810,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 14809, 14804])).
% 127.70/80.26 tff(14811,plain,(v11(constB8) | (~v11(constB12)) | (~v11(constB10)) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | (constB19 = sK952_VarCurr) | sP957(constB16) | v7(constB16, bitIndex1) | v7(constB18, bitIndex1) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | sP960(constB16) | (constB13 = sK952_VarCurr) | (~v11(constB18)) | (constB8 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (~v11(constB16))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14812,plain,
% 127.70/80.26 (v11(constB8)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14811, 14799, 7563, 1, 1245, 5310, 11255, 3984, 5706, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 10180, 2408, 9629, 4113, 5281, 5283, 9481])).
% 127.70/80.26 tff(14813,plain,
% 127.70/80.26 (~v1050(constB8)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10406, 14812])).
% 127.70/80.26 tff(14814,plain,
% 127.70/80.26 (~v1052(constB9)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6483, 14813])).
% 127.70/80.26 tff(14815,plain,
% 127.70/80.26 (~v7(constB9, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6478, 14814])).
% 127.70/80.26 tff(14816,plain,
% 127.70/80.26 (~v7(constB10, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6470, 14815])).
% 127.70/80.26 tff(14817,plain,
% 127.70/80.26 (sP958(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6464, 5886, 14816])).
% 127.70/80.26 tff(14818,plain,
% 127.70/80.26 (~sP960(constB10)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7457, 5864, 14816])).
% 127.70/80.26 tff(14819,plain,
% 127.70/80.26 (~(constB12 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9365, 14818, 1516, 2318, 14817, 1, 7563])).
% 127.70/80.26 tff(14820,plain,
% 127.70/80.26 (constB14 = sK952_VarCurr),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11398, 14819, 5310, 11255, 3984, 5706, 2318, 1516, 5323, 3964, 4112, 5322, 2407, 4111, 5321, 5320, 10180, 2408, 5308, 2409, 9629, 4113, 5281, 5280, 5283, 9481])).
% 127.70/80.26 tff(14821,plain,
% 127.70/80.26 (v7(constB14, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7544, 14820, 1516])).
% 127.70/80.26 tff(14822,plain,
% 127.70/80.26 (v7(constB13, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2214, 14821])).
% 127.70/80.26 tff(14823,plain,
% 127.70/80.26 (v956(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2191, 201, 14822])).
% 127.70/80.26 tff(14824,plain,
% 127.70/80.26 (v13(constB12, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5366, 14820, 1245])).
% 127.70/80.26 tff(14825,plain,
% 127.70/80.26 (~v13(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[8033, 14824, 1, 14816, 14817, 7563])).
% 127.70/80.26 tff(14826,plain,
% 127.70/80.26 ((~v938(constB12, bitIndex0)) | v13(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2150, 320, 14799])).
% 127.70/80.26 tff(14827,plain,
% 127.70/80.26 (~v938(constB12, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14826, 14825])).
% 127.70/80.26 tff(14828,plain,
% 127.70/80.26 (~v940(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2159, 14827])).
% 127.70/80.26 tff(14829,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2183, 281, 2177, 14828, 14823])).
% 127.70/80.26 tff(14830,plain,(v7(constB16, bitIndex0) | v7(constB10, bitIndex1) | (~v11(constB10)) | v7(sK952_VarCurr, bitIndex0) | (constB19 = sK952_VarCurr) | v7(constB16, bitIndex1) | v7(constB18, bitIndex1) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v11(constB18)) | (constB8 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (~v11(constB16)) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14831,plain,
% 127.70/80.26 (v13(constB8, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14830, 14795, 1, 1245, 14633, 3984, 5310, 14690, 2617, 2728, 5254, 2407, 2644, 5321, 2408, 14786, 2570, 5139, 3693, 14704, 14763])).
% 127.70/80.26 tff(14832,plain,
% 127.70/80.26 (~v13(constB8, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10908, 14831, 342])).
% 127.70/80.26 tff(14833,plain,
% 127.70/80.26 (~v938(constB8, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7651, 14832])).
% 127.70/80.26 tff(14834,plain,
% 127.70/80.26 (~v940(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6454, 14833])).
% 127.70/80.26 tff(14835,plain,
% 127.70/80.26 (~v929(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6446, 14834])).
% 127.70/80.26 tff(14836,plain,
% 127.70/80.26 (~v7(constB9, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6420, 14835])).
% 127.70/80.26 tff(14837,plain,
% 127.70/80.26 (~v7(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6412, 14836])).
% 127.70/80.26 tff(14838,plain,
% 127.70/80.26 (~(constB12 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9286, 14837, 14633, 1, 2318, 1516])).
% 127.70/80.26 tff(14839,plain,
% 127.70/80.26 (~sP957(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11254, 5875, 14786])).
% 127.70/80.26 tff(14840,plain,
% 127.70/80.26 (~sP960(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10179, 5864, 14786])).
% 127.70/80.26 tff(14841,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11398, 14840, 14839, 5254, 3984, 2644, 2407, 2318, 1516, 14690, 2617, 2728, 5321, 5310, 3693, 14644, 5320, 14763, 2408, 5308, 2409, 14795, 2570, 5139, 5280, 14838, 14704])).
% 127.70/80.26 tff(14842,plain,((constB17 = sK952_VarCurr) | v7(constB16, bitIndex1) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB10, bitIndex1) | v11(constB4) | v7(sK952_VarCurr, bitIndex0) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14843,plain,
% 127.70/80.26 (v13(constB12, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14842, 2216, 2407, 5310, 2408, 1, 342, 1245, 14713, 3984])).
% 127.70/80.26 tff(14844,plain,
% 127.70/80.26 (~v11(constB8)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11210, 14843, 1, 342, 14755, 14633, 2216])).
% 127.70/80.26 tff(14845,plain,
% 127.70/80.26 (~v938(constB8, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10622, 14844])).
% 127.70/80.26 tff(14846,plain,
% 127.70/80.26 (~v940(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6454, 14845])).
% 127.70/80.26 tff(14847,plain,
% 127.70/80.26 (v11(constB12)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10144, 14755])).
% 127.70/80.26 tff(14848,plain,
% 127.70/80.26 (v7(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[13937, 14843, 1, 14847, 14755, 342, 2216, 14633])).
% 127.70/80.26 tff(14849,plain,
% 127.70/80.26 (v7(constB9, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6412, 14848])).
% 127.70/80.26 tff(14850,plain,
% 127.70/80.26 (v929(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6420, 14849])).
% 127.70/80.26 tff(14851,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6446, 14850, 14846])).
% 127.70/80.26 tff(14852,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | v11(constB4) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14853,plain,
% 127.70/80.26 (v13(constB12, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14852, 5310, 342, 2407, 1, 2408, 1245, 3984])).
% 127.70/80.26 tff(14854,plain,
% 127.70/80.26 (~(constB12 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[9286, 6360, 7563, 1, 2422, 11])).
% 127.70/80.26 tff(14855,plain,
% 127.70/80.26 (~(constB8 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[2569, 2422, 2421, 11])).
% 127.70/80.26 tff(14856,plain,
% 127.70/80.26 (~(constB11 = sK952_VarCurr)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14689, 1, 342, 2422, 11])).
% 127.70/80.26 tff(14857,plain,
% 127.70/80.26 (~v13(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[13149, 6360, 1, 342, 10135, 7542])).
% 127.70/80.26 tff(14858,plain,
% 127.70/80.26 (~v1050(constB14)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10220, 14857])).
% 127.70/80.26 tff(14859,plain,
% 127.70/80.26 (~v1052(constB15)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10212, 14858])).
% 127.70/80.26 tff(14860,plain,
% 127.70/80.26 (~v7(constB15, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10207, 14859])).
% 127.70/80.26 tff(14861,plain,
% 127.70/80.26 (~v7(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10199, 14860])).
% 127.70/80.26 tff(14862,plain,
% 127.70/80.26 (~sP957(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11254, 5875, 14861])).
% 127.70/80.26 tff(14863,plain,
% 127.70/80.26 (~sP960(constB16)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10179, 5864, 14861])).
% 127.70/80.26 tff(14864,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11398, 14863, 14862, 5322, 3984, 11735, 2407, 2422, 11, 14856, 3964, 4112, 5321, 5310, 11801, 13071, 11351, 9629, 2408, 11349, 11710, 5706, 14855, 5281, 11347, 14854, 9481])).
% 127.70/80.26 tff(14865,plain,(v7(constB10, bitIndex2) | (constB3 = sK952_VarCurr) | v7(constB16, bitIndex1) | (constB15 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB1 = sK952_VarCurr) | (~v11(constB18)) | (constB13 = sK952_VarCurr) | (constB2 = sK952_VarCurr) | v7(constB18, bitIndex1) | (constB6 = sK952_VarCurr) | (constB0 = sK952_VarCurr) | (~v11(constB16)) | (~v11(constB14)) | (~v11(constB10)) | v7(constB10, bitIndex1) | v11(constB4) | (~v13(constB14, bitIndex2)) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14866,plain,
% 127.70/80.26 (v7(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14865, 5706, 3984, 2407, 2318, 1516, 2617, 2728, 14713, 5310, 5320, 14727, 2408, 5308, 5254, 5139, 5280, 14704, 14701, 14633, 1, 342, 14755, 7542])).
% 127.70/80.26 tff(14867,plain,
% 127.70/80.26 (v7(constB9, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6412, 14866])).
% 127.70/80.26 tff(14868,plain,
% 127.70/80.26 (v929(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6420, 14867])).
% 127.70/80.26 tff(14869,plain,
% 127.70/80.26 (v940(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6446, 14868])).
% 127.70/80.26 tff(14870,plain,
% 127.70/80.26 (v938(constB8, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6454, 14869])).
% 127.70/80.26 tff(14871,plain,
% 127.70/80.26 (v11(constB8)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10622, 14870])).
% 127.70/80.26 tff(14872,plain,
% 127.70/80.26 (~v13(constB12, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10983, 14871, 14853, 1, 342, 14633])).
% 127.70/80.26 tff(14873,plain,
% 127.70/80.26 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10802, 6040, 14847])).
% 127.70/80.26 tff(14874,plain,
% 127.70/80.26 (~v1050(constB12)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14873, 14872])).
% 127.70/80.26 tff(14875,plain,
% 127.70/80.26 (~v1052(constB13)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10808, 14874])).
% 127.70/80.26 tff(14876,plain,
% 127.70/80.26 (~v7(constB13, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10816, 14875])).
% 127.70/80.26 tff(14877,plain,
% 127.70/80.26 (~v7(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10822, 14876])).
% 127.70/80.26 tff(14878,plain,
% 127.70/80.26 (v13(constB8, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[7651, 14870])).
% 127.70/80.26 tff(14879,plain,
% 127.70/80.26 (~v13(constB8, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10908, 14878, 342])).
% 127.70/80.26 tff(14880,plain,
% 127.70/80.26 (v7(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14830, 14879, 1, 1245, 14633, 3984, 5310, 14690, 2617, 2728, 5254, 2407, 2644, 14713, 2408, 5706, 2570, 5139, 3693, 14704, 14727])).
% 127.70/80.26 tff(14881,plain,
% 127.70/80.26 (v7(constB15, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10199, 14880])).
% 127.70/80.26 tff(14882,plain,
% 127.70/80.26 (v1052(constB15)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10207, 14881])).
% 127.70/80.26 tff(14883,plain,
% 127.70/80.26 (v1050(constB14)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10212, 14882])).
% 127.70/80.26 tff(14884,plain,
% 127.70/80.26 (v13(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14782, 14883])).
% 127.70/80.26 tff(14885,plain,
% 127.70/80.26 ($false),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10996, 14884, 14877, 7542, 14755])).
% 127.70/80.26 tff(14886,plain,(v7(constB18, bitIndex1) | v7(constB14, bitIndex1) | v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB16, bitIndex1) | (constB19 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.26 tff(14887,plain,
% 127.70/80.26 (v7(constB18, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14886, 7542, 1, 1245, 3984, 5310, 2407, 2408, 342])).
% 127.70/80.26 tff(14888,plain,
% 127.70/80.26 (v7(constB17, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5759, 14887])).
% 127.70/80.26 tff(14889,plain,
% 127.70/80.26 (v956(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10249, 14888])).
% 127.70/80.26 tff(14890,plain,
% 127.70/80.26 (v940(constB17, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5567, 14889])).
% 127.70/80.26 tff(14891,plain,
% 127.70/80.26 (v938(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[5541, 14890])).
% 127.70/80.26 tff(14892,plain,
% 127.70/80.26 (v13(constB16, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14790, 14891])).
% 127.70/80.26 tff(14893,plain,
% 127.70/80.26 (v7(constB16, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[11331, 14892, 14757])).
% 127.70/80.26 tff(14894,plain,
% 127.70/80.26 (v7(constB15, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10199, 14893])).
% 127.70/80.26 tff(14895,plain,
% 127.70/80.26 (v1052(constB15)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10207, 14894])).
% 127.70/80.26 tff(14896,plain,
% 127.70/80.26 (v1050(constB14)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[10212, 14895])).
% 127.70/80.26 tff(14897,plain,
% 127.70/80.26 (v13(constB14, bitIndex0)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[14782, 14896])).
% 127.70/80.26 tff(14898,plain,
% 127.70/80.26 (v7(constB10, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[13149, 14897, 1, 342, 14755, 7542])).
% 127.70/80.26 tff(14899,plain,
% 127.70/80.26 (v7(constB9, bitIndex2)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6412, 14898])).
% 127.70/80.26 tff(14900,plain,
% 127.70/80.26 (v929(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6420, 14899])).
% 127.70/80.26 tff(14901,plain,
% 127.70/80.26 (v940(constB9, bitIndex1)),
% 127.70/80.26 inference(unit_resolution,[status(thm)],[6446, 14900])).
% 127.70/80.27 tff(14902,plain,
% 127.70/80.27 (v938(constB8, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6454, 14901])).
% 127.70/80.27 tff(14903,plain,
% 127.70/80.27 (v7(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10996, 14897, 7542, 14755])).
% 127.70/80.27 tff(14904,plain,
% 127.70/80.27 (v7(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10822, 14903])).
% 127.70/80.27 tff(14905,plain,
% 127.70/80.27 (v1052(constB13)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10816, 14904])).
% 127.70/80.27 tff(14906,plain,
% 127.70/80.27 (v1050(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10808, 14905])).
% 127.70/80.27 tff(14907,plain,
% 127.70/80.27 (v13(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14873, 14906])).
% 127.70/80.27 tff(14908,plain,
% 127.70/80.27 (~v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10983, 14907, 14853, 1, 342, 14633])).
% 127.70/80.27 tff(14909,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10622, 14908, 14902])).
% 127.70/80.27 tff(14910,plain,(v7(constB14, bitIndex1) | v7(constB10, bitIndex1) | v11(constB4) | v7(sK952_VarCurr, bitIndex0) | v7(constB16, bitIndex1) | (constB19 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(14911,plain,
% 127.70/80.27 (v7(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14910, 5310, 342, 1245, 3984, 1, 2407, 2408])).
% 127.70/80.27 tff(14912,plain,
% 127.70/80.27 (v7(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2214, 14911])).
% 127.70/80.27 tff(14913,plain,
% 127.70/80.27 (v956(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2193, 14912])).
% 127.70/80.27 tff(14914,plain,
% 127.70/80.27 (v940(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2185, 14913])).
% 127.70/80.27 tff(14915,plain,
% 127.70/80.27 (v938(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2159, 14914])).
% 127.70/80.27 tff(14916,plain,
% 127.70/80.27 (v13(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9911, 14915])).
% 127.70/80.27 tff(14917,plain,
% 127.70/80.27 (v13(constB8, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[7939, 14916, 1, 14853, 14633])).
% 127.70/80.27 tff(14918,plain,
% 127.70/80.27 (~v13(constB8, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10908, 14917, 342])).
% 127.70/80.27 tff(14919,plain,
% 127.70/80.27 (v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[7947, 14916, 14853, 14633, 1])).
% 127.70/80.27 tff(14920,plain,
% 127.70/80.27 (~v1050(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6491, 6040, 14919, 14918])).
% 127.70/80.27 tff(14921,plain,
% 127.70/80.27 (~v1052(constB9)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6483, 14920])).
% 127.70/80.27 tff(14922,plain,
% 127.70/80.27 (~v7(constB9, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6478, 14921])).
% 127.70/80.27 tff(14923,plain,
% 127.70/80.27 (~v7(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6470, 14922])).
% 127.70/80.27 tff(14924,plain,
% 127.70/80.27 (~sP958(constB10)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[8033, 14923, 1, 14853, 14916, 14633])).
% 127.70/80.27 tff(14925,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6464, 5886, 14923, 14924])).
% 127.70/80.27 tff(14926,plain,((constB19 = sK952_VarCurr) | v7(constB10, bitIndex1) | v11(constB4) | v7(sK952_VarCurr, bitIndex0) | v7(constB16, bitIndex1) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(14927,plain,
% 127.70/80.27 (constB19 = sK952_VarCurr),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14926, 3984, 342, 1245, 1, 2407, 2408])).
% 127.70/80.27 tff(14928,plain,
% 127.70/80.27 (sK952_VarCurr = constB19),
% 127.70/80.27 inference(symmetry,[status(thm)],[14927])).
% 127.70/80.27 tff(14929,plain,
% 127.70/80.27 (nextState(constB18, sK952_VarCurr) <=> nextState(constB18, constB19)),
% 127.70/80.27 inference(monotonicity,[status(thm)],[14928])).
% 127.70/80.27 tff(14930,plain,
% 127.70/80.27 (nextState(constB18, constB19) <=> nextState(constB18, sK952_VarCurr)),
% 127.70/80.27 inference(symmetry,[status(thm)],[14929])).
% 127.70/80.27 tff(14931,plain,
% 127.70/80.27 (nextState(constB18, sK952_VarCurr)),
% 127.70/80.27 inference(modus_ponens,[status(thm)],[3878, 14930])).
% 127.70/80.27 tff(14932,plain,
% 127.70/80.27 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.70/80.27 inference(monotonicity,[status(thm)],[14927])).
% 127.70/80.27 tff(14933,plain,
% 127.70/80.27 (v930(sK952_VarCurr)),
% 127.70/80.27 inference(modus_ponens,[status(thm)],[5660, 14932])).
% 127.70/80.27 tff(14934,plain,
% 127.70/80.27 (v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5665, 14933])).
% 127.70/80.27 tff(14935,plain,
% 127.70/80.27 ((~nextState(constB18, sK952_VarCurr)) | v938(constB18, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5669, 302, 14934])).
% 127.70/80.27 tff(14936,plain,
% 127.70/80.27 (v938(constB18, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14935, 14931])).
% 127.70/80.27 tff(14937,plain,
% 127.70/80.27 (~v7(constB19, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[3972, 14927, 1245])).
% 127.70/80.27 tff(14938,plain,
% 127.70/80.27 (~v1052(constB19)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[3925, 14937])).
% 127.70/80.27 tff(14939,plain,
% 127.70/80.27 (~v1050(constB18)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[3882, 14938])).
% 127.70/80.27 tff(14940,plain,
% 127.70/80.27 (v11(constB18)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[3872, 1480, 14939])).
% 127.70/80.27 tff(14941,plain,
% 127.70/80.27 (v13(constB18, bitIndex2) | (~v938(constB18, bitIndex1))),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5675, 2226, 14940])).
% 127.70/80.27 tff(14942,plain,
% 127.70/80.27 (v13(constB18, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14941, 14936])).
% 127.70/80.27 tff(14943,plain,
% 127.70/80.27 (~v13(constB18, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[3874, 14939])).
% 127.70/80.27 tff(14944,plain,
% 127.70/80.27 (v11(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[3858, 14943])).
% 127.70/80.27 tff(14945,plain,
% 127.70/80.27 (v957(constB19) <=> v957(sK952_VarCurr)),
% 127.70/80.27 inference(monotonicity,[status(thm)],[14927])).
% 127.70/80.27 tff(14946,plain,
% 127.70/80.27 (v957(sK952_VarCurr)),
% 127.70/80.27 inference(modus_ponens,[status(thm)],[5693, 14945])).
% 127.70/80.27 tff(14947,plain,
% 127.70/80.27 (v940(sK952_VarCurr, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1524, 14946])).
% 127.70/80.27 tff(14948,plain,
% 127.70/80.27 ((~nextState(constB18, sK952_VarCurr)) | v938(constB18, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5698, 302, 14947])).
% 127.70/80.27 tff(14949,plain,
% 127.70/80.27 (v938(constB18, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14948, 14931])).
% 127.70/80.27 tff(14950,plain,
% 127.70/80.27 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5703, 320, 14940])).
% 127.70/80.27 tff(14951,plain,
% 127.70/80.27 (v13(constB18, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14950, 14949])).
% 127.70/80.27 tff(14952,plain,
% 127.70/80.27 (v7(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14748, 14951, 14633, 3984, 14944, 1, 342, 14942])).
% 127.70/80.27 tff(14953,plain,
% 127.70/80.27 (v7(constB15, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[4072, 14952])).
% 127.70/80.27 tff(14954,plain,
% 127.70/80.27 (v929(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5505, 14953])).
% 127.70/80.27 tff(14955,plain,
% 127.70/80.27 (v940(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2348, 14954])).
% 127.70/80.27 tff(14956,plain,
% 127.70/80.27 (v938(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2356, 14955])).
% 127.70/80.27 tff(14957,plain,
% 127.70/80.27 (v11(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10115, 14951, 14944, 14942])).
% 127.70/80.27 tff(14958,plain,
% 127.70/80.27 (v13(constB14, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2361, 2226, 14957, 14956])).
% 127.70/80.27 tff(14959,plain,
% 127.70/80.27 (v7(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14748, 5705, 7563, 3984, 5528, 1, 342, 5677])).
% 127.70/80.27 tff(14960,plain,
% 127.70/80.27 (v7(constB15, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[4072, 14959])).
% 127.70/80.27 tff(14961,plain,
% 127.70/80.27 (v929(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5505, 14960])).
% 127.70/80.27 tff(14962,plain,
% 127.70/80.27 (v940(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2348, 14961])).
% 127.70/80.27 tff(14963,plain,
% 127.70/80.27 (v938(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2356, 14962])).
% 127.70/80.27 tff(14964,plain,
% 127.70/80.27 (v11(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10115, 5705, 5528, 5677])).
% 127.70/80.27 tff(14965,plain,
% 127.70/80.27 (v13(constB14, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2361, 2226, 14964, 14963])).
% 127.70/80.27 tff(14966,plain,
% 127.70/80.27 (v11(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10144, 14965])).
% 127.70/80.27 tff(14967,plain,
% 127.70/80.27 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2229, 2226, 14966])).
% 127.70/80.27 tff(14968,plain,
% 127.70/80.27 (~v938(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14967, 2216])).
% 127.70/80.27 tff(14969,plain,
% 127.70/80.27 (~v940(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2238, 14968])).
% 127.70/80.27 tff(14970,plain,
% 127.70/80.27 (~v929(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2264, 14969])).
% 127.70/80.27 tff(14971,plain,
% 127.70/80.27 (~v7(constB13, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2272, 14970])).
% 127.70/80.27 tff(14972,plain,
% 127.70/80.27 (~v7(constB14, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2293, 14971])).
% 127.70/80.27 tff(14973,plain,
% 127.70/80.27 (v7(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14748, 3984, 5677, 5528, 5705, 1, 342, 7563])).
% 127.70/80.27 tff(14974,plain,
% 127.70/80.27 (v7(constB15, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[4072, 14973])).
% 127.70/80.27 tff(14975,plain,
% 127.70/80.27 (v929(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5505, 14974])).
% 127.70/80.27 tff(14976,plain,
% 127.70/80.27 (v940(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2348, 14975])).
% 127.70/80.27 tff(14977,plain,
% 127.70/80.27 (v938(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2356, 14976])).
% 127.70/80.27 tff(14978,plain,
% 127.70/80.27 (v11(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10115, 5677, 5528, 5705])).
% 127.70/80.27 tff(14979,plain,
% 127.70/80.27 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2361, 2226, 14978])).
% 127.70/80.27 tff(14980,plain,
% 127.70/80.27 (v13(constB14, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14979, 14977])).
% 127.70/80.27 tff(14981,plain,
% 127.70/80.27 (~v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13149, 14980, 1, 342, 6360, 7542])).
% 127.70/80.27 tff(14982,plain,
% 127.70/80.27 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10219, 6040, 14978])).
% 127.70/80.27 tff(14983,plain,
% 127.70/80.27 (~v1050(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14982, 14981])).
% 127.70/80.27 tff(14984,plain,
% 127.70/80.27 (~v1052(constB15)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10212, 14983])).
% 127.70/80.27 tff(14985,plain,
% 127.70/80.27 (~v7(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10207, 14984])).
% 127.70/80.27 tff(14986,plain,
% 127.70/80.27 (~v7(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10199, 14985])).
% 127.70/80.27 tff(14987,plain,
% 127.70/80.27 (v13(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11465, 14986, 3965, 1245])).
% 127.70/80.27 tff(14988,plain,
% 127.70/80.27 (~v13(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10193, 14986, 3984, 14987])).
% 127.70/80.27 tff(14989,plain,
% 127.70/80.27 (~v938(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11468, 14988])).
% 127.70/80.27 tff(14990,plain,
% 127.70/80.27 (~v940(constB17, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5541, 14989])).
% 127.70/80.27 tff(14991,plain,
% 127.70/80.27 (~v956(constB17, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5567, 14990])).
% 127.70/80.27 tff(14992,plain,
% 127.70/80.27 (~v7(constB17, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10249, 14991])).
% 127.70/80.27 tff(14993,plain,
% 127.70/80.27 (~v7(constB18, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5759, 14992])).
% 127.70/80.27 tff(14994,plain,
% 127.70/80.27 (v7(constB18, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10272, 14993, 5705, 5677])).
% 127.70/80.27 tff(14995,plain,
% 127.70/80.27 (v7(constB17, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9562, 14994])).
% 127.70/80.27 tff(14996,plain,
% 127.70/80.27 (v1052(constB17)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9570, 14995])).
% 127.70/80.27 tff(14997,plain,
% 127.70/80.27 (v1050(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9575, 14996])).
% 127.70/80.27 tff(14998,plain,
% 127.70/80.27 (v13(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11459, 14997])).
% 127.70/80.27 tff(14999,plain,
% 127.70/80.27 (~sP957(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11254, 5875, 14986])).
% 127.70/80.27 tff(15000,plain,
% 127.70/80.27 (~sP960(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10179, 5864, 14986])).
% 127.70/80.27 tff(15001,plain,
% 127.70/80.27 (~v952(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10186, 6136, 14987, 15000])).
% 127.70/80.27 tff(15002,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11382, 15001, 14999, 14998])).
% 127.70/80.27 tff(15003,plain,(v7(constB16, bitIndex1) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v11(constB4) | v7(constB10, bitIndex2) | v7(constB14, bitIndex1) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15004,plain,
% 127.70/80.27 (v7(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15003, 7542, 1245, 1, 342, 6360, 3965, 7563])).
% 127.70/80.27 tff(15005,plain,
% 127.70/80.27 (v7(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[4007, 15004])).
% 127.70/80.27 tff(15006,plain,
% 127.70/80.27 (v956(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9649, 15005])).
% 127.70/80.27 tff(15007,plain,
% 127.70/80.27 (v940(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9654, 15006])).
% 127.70/80.27 tff(15008,plain,
% 127.70/80.27 (v938(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9659, 15007])).
% 127.70/80.27 tff(15009,plain,
% 127.70/80.27 ((~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1533, 320, 14978])).
% 127.70/80.27 tff(15010,plain,
% 127.70/80.27 (v13(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15009, 15008])).
% 127.70/80.27 tff(15011,plain,
% 127.70/80.27 (v11(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12779, 15010, 7542])).
% 127.70/80.27 tff(15012,plain,
% 127.70/80.27 (v13(constB12, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13260, 7542, 2358, 5480, 2299])).
% 127.70/80.27 tff(15013,plain,
% 127.70/80.27 (sP958(constB10)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10954, 15012, 6360, 7563, 1])).
% 127.70/80.27 tff(15014,plain,
% 127.70/80.27 (~v13(constB10, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13140, 15013, 1])).
% 127.70/80.27 tff(15015,plain,
% 127.70/80.27 (~v938(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12400, 15014])).
% 127.70/80.27 tff(15016,plain,
% 127.70/80.27 (~v940(constB11, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1263, 15015])).
% 127.70/80.27 tff(15017,plain,
% 127.70/80.27 (~v956(constB11, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1303, 15016])).
% 127.70/80.27 tff(15018,plain,
% 127.70/80.27 (~v7(constB11, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1311, 15017])).
% 127.70/80.27 tff(15019,plain,
% 127.70/80.27 (~v7(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1342, 15018])).
% 127.70/80.27 tff(15020,plain,
% 127.70/80.27 (v7(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13682, 7542, 2358, 2299, 5480])).
% 127.70/80.27 tff(15021,plain,
% 127.70/80.27 (v7(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10822, 15020])).
% 127.70/80.27 tff(15022,plain,
% 127.70/80.27 (v1052(constB13)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10816, 15021])).
% 127.70/80.27 tff(15023,plain,
% 127.70/80.27 (v1050(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10808, 15022])).
% 127.70/80.27 tff(15024,plain,
% 127.70/80.27 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10802, 6040, 13188])).
% 127.70/80.27 tff(15025,plain,
% 127.70/80.27 (v13(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15024, 15023])).
% 127.70/80.27 tff(15026,plain,
% 127.70/80.27 (v7(constB12, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1863, 15025, 15012, 15019])).
% 127.70/80.27 tff(15027,plain,
% 127.70/80.27 (v7(constB11, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1772, 15026])).
% 127.70/80.27 tff(15028,plain,
% 127.70/80.27 (v929(constB11, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1751, 15027])).
% 127.70/80.27 tff(15029,plain,
% 127.70/80.27 (v940(constB11, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1743, 15028])).
% 127.70/80.27 tff(15030,plain,
% 127.70/80.27 (~v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10983, 15025, 7563, 1, 342, 15012])).
% 127.70/80.27 tff(15031,plain,
% 127.70/80.27 (v13(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6346, 15030])).
% 127.70/80.27 tff(15032,plain,
% 127.70/80.27 (~v13(constB10, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11193, 15031, 6360, 1])).
% 127.70/80.27 tff(15033,plain,
% 127.70/80.27 (~v938(constB10, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12418, 15032])).
% 127.70/80.27 tff(15034,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1717, 15033, 15029])).
% 127.70/80.27 tff(15035,plain,(v7(constB14, bitIndex1) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB10)) | v11(constB4) | (~v11(constB14)) | (~v13(constB14, bitIndex1)) | (~v13(constB16, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15036,plain,
% 127.70/80.27 (~v13(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15035, 15010, 1, 6360, 342, 14978, 7563, 7542])).
% 127.70/80.27 tff(15037,plain,
% 127.70/80.27 (v7(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11465, 15036, 3965, 1245])).
% 127.70/80.27 tff(15038,plain,
% 127.70/80.27 (v7(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10199, 15037])).
% 127.70/80.27 tff(15039,plain,
% 127.70/80.27 (v1052(constB15)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10207, 15038])).
% 127.70/80.27 tff(15040,plain,
% 127.70/80.27 (v1050(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10212, 15039])).
% 127.70/80.27 tff(15041,plain,
% 127.70/80.27 (v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[14982, 15040])).
% 127.70/80.27 tff(15042,plain,
% 127.70/80.27 (~v13(constB14, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13149, 15041, 1, 342, 6360, 7542])).
% 127.70/80.27 tff(15043,plain,
% 127.70/80.27 (v7(constB14, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12770, 15041, 7542, 15010])).
% 127.70/80.27 tff(15044,plain,
% 127.70/80.27 (v952(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12871, 15043, 15042])).
% 127.70/80.27 tff(15045,plain,
% 127.70/80.27 (v7(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12833, 15044, 7542, 15010, 15041])).
% 127.70/80.27 tff(15046,plain,
% 127.70/80.27 (v7(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10822, 15045])).
% 127.70/80.27 tff(15047,plain,
% 127.70/80.27 (v1052(constB13)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10816, 15046])).
% 127.70/80.27 tff(15048,plain,
% 127.70/80.27 (v1050(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10808, 15047])).
% 127.70/80.27 tff(15049,plain,
% 127.70/80.27 (v13(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10802, 6040, 15048, 15011])).
% 127.70/80.27 tff(15050,plain,
% 127.70/80.27 (v7(constB13, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2293, 15043])).
% 127.70/80.27 tff(15051,plain,
% 127.70/80.27 (v929(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2272, 15050])).
% 127.70/80.27 tff(15052,plain,
% 127.70/80.27 (v940(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2264, 15051])).
% 127.70/80.27 tff(15053,plain,
% 127.70/80.27 (v938(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2238, 15052])).
% 127.70/80.27 tff(15054,plain,
% 127.70/80.27 (v13(constB12, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2229, 2226, 15011, 15053])).
% 127.70/80.27 tff(15055,plain,
% 127.70/80.27 (~v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10983, 15054, 15049, 1, 342, 7563])).
% 127.70/80.27 tff(15056,plain,
% 127.70/80.27 (v13(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6346, 15055])).
% 127.70/80.27 tff(15057,plain,
% 127.70/80.27 (~v13(constB10, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11193, 15056, 6360, 1])).
% 127.70/80.27 tff(15058,plain,
% 127.70/80.27 (~v938(constB10, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12418, 15057])).
% 127.70/80.27 tff(15059,plain,
% 127.70/80.27 (~v940(constB11, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1717, 15058])).
% 127.70/80.27 tff(15060,plain,
% 127.70/80.27 (~v929(constB11, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1743, 15059])).
% 127.70/80.27 tff(15061,plain,
% 127.70/80.27 (~v7(constB11, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1751, 15060])).
% 127.70/80.27 tff(15062,plain,
% 127.70/80.27 (sP958(constB10)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10954, 15054, 6360, 7563, 1])).
% 127.70/80.27 tff(15063,plain,
% 127.70/80.27 (~v13(constB10, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13140, 15062, 1])).
% 127.70/80.27 tff(15064,plain,
% 127.70/80.27 (~v938(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[12400, 15063])).
% 127.70/80.27 tff(15065,plain,
% 127.70/80.27 (~v940(constB11, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1263, 15064])).
% 127.70/80.27 tff(15066,plain,
% 127.70/80.27 (~v956(constB11, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1303, 15065])).
% 127.70/80.27 tff(15067,plain,
% 127.70/80.27 (~v7(constB11, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1311, 15066])).
% 127.70/80.27 tff(15068,plain,
% 127.70/80.27 (~v7(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1342, 15067])).
% 127.70/80.27 tff(15069,plain,
% 127.70/80.27 (v7(constB12, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1863, 15068, 15049, 15054])).
% 127.70/80.27 tff(15070,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1772, 15069, 15061])).
% 127.70/80.27 tff(15071,plain,(v7(constB14, bitIndex1) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10)) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15072,plain,
% 127.70/80.27 (v7(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15071, 6360, 1, 342, 7563, 3965, 1245])).
% 127.70/80.27 tff(15073,plain,
% 127.70/80.27 (v7(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2214, 15072])).
% 127.70/80.27 tff(15074,plain,
% 127.70/80.27 (v956(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2193, 15073])).
% 127.70/80.27 tff(15075,plain,
% 127.70/80.27 (~v13(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13937, 6360, 1, 10288, 10135, 342, 2216, 7563])).
% 127.70/80.27 tff(15076,plain,
% 127.70/80.27 (~v938(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9911, 15075])).
% 127.70/80.27 tff(15077,plain,
% 127.70/80.27 (~v940(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2159, 15076])).
% 127.70/80.27 tff(15078,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2185, 15077, 15074])).
% 127.70/80.27 tff(15079,plain,(v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v13(constB14, bitIndex2)) | v11(constB4) | v13(constB12, bitIndex2) | (~v11(constB10)) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15080,plain,
% 127.70/80.27 (v7(constB10, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15079, 2216, 14965, 342, 1, 7563, 3965, 1245])).
% 127.70/80.27 tff(15081,plain,
% 127.70/80.27 (v7(constB9, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6412, 15080])).
% 127.70/80.27 tff(15082,plain,
% 127.70/80.27 (v929(constB9, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6420, 15081])).
% 127.70/80.27 tff(15083,plain,
% 127.70/80.27 (v940(constB9, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6446, 15082])).
% 127.70/80.27 tff(15084,plain,
% 127.70/80.27 (v938(constB8, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6454, 15083])).
% 127.70/80.27 tff(15085,plain,
% 127.70/80.27 (v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10622, 15084])).
% 127.70/80.27 tff(15086,plain,
% 127.70/80.27 (~v13(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11210, 15085, 1, 342, 14965, 7563, 2216])).
% 127.70/80.27 tff(15087,plain,
% 127.70/80.27 (~v938(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9911, 15086])).
% 127.70/80.27 tff(15088,plain,
% 127.70/80.27 (~v940(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2159, 15087])).
% 127.70/80.27 tff(15089,plain,
% 127.70/80.27 (~v956(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2185, 15088])).
% 127.70/80.27 tff(15090,plain,
% 127.70/80.27 (~v7(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2193, 15089])).
% 127.70/80.27 tff(15091,plain,
% 127.70/80.27 (~v7(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2214, 15090])).
% 127.70/80.27 tff(15092,plain,
% 127.70/80.27 (v7(constB14, bitIndex2) | sP960(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2369, 1804, 14965])).
% 127.70/80.27 tff(15093,plain,
% 127.70/80.27 (sP960(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15092, 14972])).
% 127.70/80.27 tff(15094,plain,
% 127.70/80.27 (v62(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10239, 1830, 15093])).
% 127.70/80.27 tff(15095,plain,
% 127.70/80.27 (v7(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11482, 15086, 3965, 2216, 15094, 3984, 1245])).
% 127.70/80.27 tff(15096,plain,
% 127.70/80.27 (v7(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10199, 15095])).
% 127.70/80.27 tff(15097,plain,
% 127.70/80.27 (v1052(constB15)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10207, 15096])).
% 127.70/80.27 tff(15098,plain,
% 127.70/80.27 (v1050(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10212, 15097])).
% 127.70/80.27 tff(15099,plain,
% 127.70/80.27 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10219, 6040, 14964])).
% 127.70/80.27 tff(15100,plain,
% 127.70/80.27 (v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15099, 15098])).
% 127.70/80.27 tff(15101,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13037, 15100, 15091, 14972, 14965])).
% 127.70/80.27 tff(15102,plain,(v13(constB12, bitIndex2) | (~(constB19 = sK952_VarCurr)) | v7(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15103,plain,
% 127.70/80.27 (v13(constB12, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15102, 14927, 3984, 1245, 1, 342, 14633])).
% 127.70/80.27 tff(15104,plain,
% 127.70/80.27 (v940(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2185, 15074])).
% 127.70/80.27 tff(15105,plain,
% 127.70/80.27 (v938(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2159, 15104])).
% 127.70/80.27 tff(15106,plain,
% 127.70/80.27 (v13(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9911, 15105])).
% 127.70/80.27 tff(15107,plain,
% 127.70/80.27 (v13(constB8, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[7939, 15106, 1, 1794, 7563])).
% 127.70/80.27 tff(15108,plain,
% 127.70/80.27 (~v13(constB8, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10908, 15107, 342])).
% 127.70/80.27 tff(15109,plain,
% 127.70/80.27 (v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[7947, 15106, 1794, 7563, 1])).
% 127.70/80.27 tff(15110,plain,
% 127.70/80.27 (v7(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[8864, 15106, 1794, 6360, 7563])).
% 127.70/80.27 tff(15111,plain,
% 127.70/80.27 (v7(constB9, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6470, 15110])).
% 127.70/80.27 tff(15112,plain,
% 127.70/80.27 (v1052(constB9)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6478, 15111])).
% 127.70/80.27 tff(15113,plain,
% 127.70/80.27 (v1050(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6483, 15112])).
% 127.70/80.27 tff(15114,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6491, 6040, 15113, 15109, 15108])).
% 127.70/80.27 tff(15115,plain,(v7(constB10, bitIndex2) | v11(constB4) | (~v13(constB12, bitIndex2)) | (~v11(constB10)) | v7(constB10, bitIndex1) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15116,plain,
% 127.70/80.27 (v7(constB10, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15115, 15103, 342, 14633, 1, 14927, 1245])).
% 127.70/80.27 tff(15117,plain,
% 127.70/80.27 (v7(constB9, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6412, 15116])).
% 127.70/80.27 tff(15118,plain,
% 127.70/80.27 (v929(constB9, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6420, 15117])).
% 127.70/80.27 tff(15119,plain,
% 127.70/80.27 (v940(constB9, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6446, 15118])).
% 127.70/80.27 tff(15120,plain,
% 127.70/80.27 (v938(constB8, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6454, 15119])).
% 127.70/80.27 tff(15121,plain,
% 127.70/80.27 (v11(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10622, 15120])).
% 127.70/80.27 tff(15122,plain,
% 127.70/80.27 (~v13(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10983, 15121, 15103, 1, 342, 14633])).
% 127.70/80.27 tff(15123,plain,
% 127.70/80.27 (v11(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10144, 14958])).
% 127.70/80.27 tff(15124,plain,
% 127.70/80.27 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10802, 6040, 15123])).
% 127.70/80.27 tff(15125,plain,
% 127.70/80.27 (~v1050(constB12)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15124, 15122])).
% 127.70/80.27 tff(15126,plain,
% 127.70/80.27 (~v1052(constB13)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10808, 15125])).
% 127.70/80.27 tff(15127,plain,
% 127.70/80.27 (~v7(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10816, 15126])).
% 127.70/80.27 tff(15128,plain,
% 127.70/80.27 (~v7(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10822, 15127])).
% 127.70/80.27 tff(15129,plain,
% 127.70/80.27 (v13(constB8, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[7651, 15120])).
% 127.70/80.27 tff(15130,plain,
% 127.70/80.27 (~v13(constB8, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10908, 15129, 342])).
% 127.70/80.27 tff(15131,plain,
% 127.70/80.27 (~v1050(constB8)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6491, 6040, 15121, 15130])).
% 127.70/80.27 tff(15132,plain,
% 127.70/80.27 (~v1052(constB9)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6483, 15131])).
% 127.70/80.27 tff(15133,plain,
% 127.70/80.27 (~v7(constB9, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6478, 15132])).
% 127.70/80.27 tff(15134,plain,
% 127.70/80.27 (~v7(constB10, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6470, 15133])).
% 127.70/80.27 tff(15135,plain,
% 127.70/80.27 (sP958(constB10)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[6464, 5886, 15134])).
% 127.70/80.27 tff(15136,plain,
% 127.70/80.27 (~v13(constB12, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[8033, 15135, 1, 15103, 15134, 14633])).
% 127.70/80.27 tff(15137,plain,
% 127.70/80.27 (~v938(constB12, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9911, 15136])).
% 127.70/80.27 tff(15138,plain,
% 127.70/80.27 (~v940(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2159, 15137])).
% 127.70/80.27 tff(15139,plain,
% 127.70/80.27 (~v956(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2185, 15138])).
% 127.70/80.27 tff(15140,plain,
% 127.70/80.27 (~v7(constB13, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2193, 15139])).
% 127.70/80.27 tff(15141,plain,
% 127.70/80.27 (~v7(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[2214, 15140])).
% 127.70/80.27 tff(15142,plain,
% 127.70/80.27 (~v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10996, 15141, 15128, 14958])).
% 127.70/80.27 tff(15143,plain,
% 127.70/80.27 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10219, 6040, 14957])).
% 127.70/80.27 tff(15144,plain,
% 127.70/80.27 (~v1050(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15143, 15142])).
% 127.70/80.27 tff(15145,plain,
% 127.70/80.27 (~v1052(constB15)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10212, 15144])).
% 127.70/80.27 tff(15146,plain,
% 127.70/80.27 (~v7(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10207, 15145])).
% 127.70/80.27 tff(15147,plain,
% 127.70/80.27 (~v7(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10199, 15146])).
% 127.70/80.27 tff(15148,plain,
% 127.70/80.27 (~sP960(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10179, 5864, 15147])).
% 127.70/80.27 tff(15149,plain,
% 127.70/80.27 (v13(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11465, 15147, 14927, 1245])).
% 127.70/80.27 tff(15150,plain,
% 127.70/80.27 (~v13(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10193, 15147, 3984, 15149])).
% 127.70/80.27 tff(15151,plain,
% 127.70/80.27 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5532, 320, 14944])).
% 127.70/80.27 tff(15152,plain,
% 127.70/80.27 (~v938(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15151, 15150])).
% 127.70/80.27 tff(15153,plain,
% 127.70/80.27 (~v940(constB17, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5541, 15152])).
% 127.70/80.27 tff(15154,plain,
% 127.70/80.27 (~v956(constB17, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5567, 15153])).
% 127.70/80.27 tff(15155,plain,
% 127.70/80.27 (~v7(constB17, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10249, 15154])).
% 127.70/80.27 tff(15156,plain,
% 127.70/80.27 (~v7(constB18, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[5759, 15155])).
% 127.70/80.27 tff(15157,plain,
% 127.70/80.27 (v7(constB18, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10272, 15156, 14951, 14942])).
% 127.70/80.27 tff(15158,plain,
% 127.70/80.27 (v7(constB17, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9562, 15157])).
% 127.70/80.27 tff(15159,plain,
% 127.70/80.27 (v1052(constB17)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9570, 15158])).
% 127.70/80.27 tff(15160,plain,
% 127.70/80.27 (v1050(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9575, 15159])).
% 127.70/80.27 tff(15161,plain,
% 127.70/80.27 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9582, 6040, 14944])).
% 127.70/80.27 tff(15162,plain,
% 127.70/80.27 (v13(constB16, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15161, 15160])).
% 127.70/80.27 tff(15163,plain,
% 127.70/80.27 (~sP957(constB16)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11254, 5875, 15147])).
% 127.70/80.27 tff(15164,plain,
% 127.70/80.27 (v952(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[11382, 15163, 15162])).
% 127.70/80.27 tff(15165,plain,
% 127.70/80.27 (sP960(constB16) | (~v952(constB16, bitIndex1))),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[10186, 6136, 15149])).
% 127.70/80.27 tff(15166,plain,
% 127.70/80.27 ($false),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15165, 15164, 15148])).
% 127.70/80.27 tff(15167,plain,(v7(constB16, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | v11(constB4) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.27 tff(15168,plain,
% 127.70/80.27 (v7(constB16, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15167, 1, 1245, 342, 2407, 2408])).
% 127.70/80.27 tff(15169,plain,
% 127.70/80.27 (v7(constB15, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[4007, 15168])).
% 127.70/80.27 tff(15170,plain,
% 127.70/80.27 (v956(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9649, 15169])).
% 127.70/80.27 tff(15171,plain,
% 127.70/80.27 (v940(constB15, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9654, 15170])).
% 127.70/80.27 tff(15172,plain,
% 127.70/80.27 (v938(constB14, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9659, 15171])).
% 127.70/80.27 tff(15173,plain,
% 127.70/80.27 (v11(constB14)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[9625, 335, 15172])).
% 127.70/80.27 tff(15174,plain,
% 127.70/80.27 ((~v11(constB14)) | v13(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[1533, 320, 15172])).
% 127.70/80.27 tff(15175,plain,
% 127.70/80.27 (v13(constB14, bitIndex1)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15174, 15173])).
% 127.70/80.27 tff(15176,plain,
% 127.70/80.27 (~v13(constB16, bitIndex2)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[13260, 7542, 15175, 2216, 15173])).
% 127.70/80.27 tff(15177,plain,
% 127.70/80.27 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | (v7(constB13, bitIndex1) | (~v956(constB13, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | v7(constB13, bitIndex1) | (~v956(constB13, bitIndex0)))),
% 127.70/80.27 inference(rewrite,[status(thm)],[])).
% 127.70/80.27 tff(15178,plain,
% 127.70/80.27 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | (v7(constB13, bitIndex1) | (~v956(constB13, bitIndex0)))),
% 127.70/80.27 inference(quant_inst,[status(thm)],[])).
% 127.70/80.27 tff(15179,plain,
% 127.70/80.27 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex1) | (~v956(VarCurr, bitIndex0)))) | v7(constB13, bitIndex1) | (~v956(constB13, bitIndex0))),
% 127.70/80.27 inference(modus_ponens,[status(thm)],[15178, 15177])).
% 127.70/80.27 tff(15180,plain,
% 127.70/80.27 (~v956(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15179, 10470, 12620])).
% 127.70/80.27 tff(15181,plain,
% 127.70/80.27 (((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v957(constB13)) | v956(constB13, bitIndex0) | (~v940(constB13, bitIndex0)))) <=> ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | (~v957(constB13)) | v956(constB13, bitIndex0) | (~v940(constB13, bitIndex0)))),
% 127.70/80.27 inference(rewrite,[status(thm)],[])).
% 127.70/80.27 tff(15182,plain,
% 127.70/80.27 (((~v940(constB13, bitIndex0)) | (~v957(constB13)) | v956(constB13, bitIndex0)) <=> ((~v957(constB13)) | v956(constB13, bitIndex0) | (~v940(constB13, bitIndex0)))),
% 127.70/80.27 inference(rewrite,[status(thm)],[])).
% 127.70/80.27 tff(15183,plain,
% 127.70/80.27 (((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v940(constB13, bitIndex0)) | (~v957(constB13)) | v956(constB13, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v957(constB13)) | v956(constB13, bitIndex0) | (~v940(constB13, bitIndex0))))),
% 127.70/80.27 inference(monotonicity,[status(thm)],[15182])).
% 127.70/80.27 tff(15184,plain,
% 127.70/80.27 (((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v940(constB13, bitIndex0)) | (~v957(constB13)) | v956(constB13, bitIndex0))) <=> ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | (~v957(constB13)) | v956(constB13, bitIndex0) | (~v940(constB13, bitIndex0)))),
% 127.70/80.27 inference(transitivity,[status(thm)],[15183, 15181])).
% 127.70/80.27 tff(15185,plain,
% 127.70/80.27 ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | ((~v940(constB13, bitIndex0)) | (~v957(constB13)) | v956(constB13, bitIndex0))),
% 127.70/80.27 inference(quant_inst,[status(thm)],[])).
% 127.70/80.27 tff(15186,plain,
% 127.70/80.27 ((~![B: $i, VarNext: $i] : ((~v940(VarNext, B)) | (~v957(VarNext)) | v956(VarNext, B))) | (~v957(constB13)) | v956(constB13, bitIndex0) | (~v940(constB13, bitIndex0))),
% 127.70/80.27 inference(modus_ponens,[status(thm)],[15185, 15184])).
% 127.70/80.27 tff(15187,plain,
% 127.70/80.27 (~v940(constB13, bitIndex0)),
% 127.70/80.27 inference(unit_resolution,[status(thm)],[15186, 10484, 2177, 15180])).
% 127.70/80.27 tff(15188,plain,
% 127.70/80.27 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | (~v938(constB12, bitIndex0)) | v940(constB13, bitIndex0))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v938(constB12, bitIndex0)) | v940(constB13, bitIndex0))),
% 127.70/80.27 inference(rewrite,[status(thm)],[])).
% 127.70/80.27 tff(15189,plain,
% 127.70/80.27 (((~nextState(constB12, constB13)) | v940(constB13, bitIndex0) | (~v938(constB12, bitIndex0))) <=> ((~nextState(constB12, constB13)) | (~v938(constB12, bitIndex0)) | v940(constB13, bitIndex0))),
% 127.70/80.27 inference(rewrite,[status(thm)],[])).
% 127.70/80.27 tff(15190,plain,
% 127.70/80.27 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v940(constB13, bitIndex0) | (~v938(constB12, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | (~v938(constB12, bitIndex0)) | v940(constB13, bitIndex0)))),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15189])).
% 127.70/80.28 tff(15191,plain,
% 127.70/80.28 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v940(constB13, bitIndex0) | (~v938(constB12, bitIndex0)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v938(constB12, bitIndex0)) | v940(constB13, bitIndex0))),
% 127.70/80.28 inference(transitivity,[status(thm)],[15190, 15188])).
% 127.70/80.28 tff(15192,plain,
% 127.70/80.28 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v940(constB13, bitIndex0) | (~v938(constB12, bitIndex0)))),
% 127.70/80.28 inference(quant_inst,[status(thm)],[])).
% 127.70/80.28 tff(15193,plain,
% 127.70/80.28 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v938(constB12, bitIndex0)) | v940(constB13, bitIndex0)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[15192, 15191])).
% 127.70/80.28 tff(15194,plain,
% 127.70/80.28 (~v938(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15193, 8498, 1355, 15187])).
% 127.70/80.28 tff(15195,plain,
% 127.70/80.28 (v11(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12779, 7542, 15175])).
% 127.70/80.28 tff(15196,plain,
% 127.70/80.28 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB12)) | (~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | (~v11(constB12)) | (~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0))),
% 127.70/80.28 inference(rewrite,[status(thm)],[])).
% 127.70/80.28 tff(15197,plain,
% 127.70/80.28 (((~v11(constB12)) | v938(constB12, bitIndex0) | (~v13(constB12, bitIndex1))) <=> ((~v11(constB12)) | (~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0))),
% 127.70/80.28 inference(rewrite,[status(thm)],[])).
% 127.70/80.28 tff(15198,plain,
% 127.70/80.28 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB12)) | v938(constB12, bitIndex0) | (~v13(constB12, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB12)) | (~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0)))),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15197])).
% 127.70/80.28 tff(15199,plain,
% 127.70/80.28 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB12)) | v938(constB12, bitIndex0) | (~v13(constB12, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | (~v11(constB12)) | (~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0))),
% 127.70/80.28 inference(transitivity,[status(thm)],[15198, 15196])).
% 127.70/80.28 tff(15200,plain,
% 127.70/80.28 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | ((~v11(constB12)) | v938(constB12, bitIndex0) | (~v13(constB12, bitIndex1)))),
% 127.70/80.28 inference(quant_inst,[status(thm)],[])).
% 127.70/80.28 tff(15201,plain,
% 127.70/80.28 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v938(VarCurr, bitIndex0) | (~v13(VarCurr, bitIndex1)))) | (~v11(constB12)) | (~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[15200, 15199])).
% 127.70/80.28 tff(15202,plain,
% 127.70/80.28 ((~v13(constB12, bitIndex1)) | v938(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15201, 10513, 15195])).
% 127.70/80.28 tff(15203,plain,
% 127.70/80.28 (~v13(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15202, 15194])).
% 127.70/80.28 tff(15204,plain,
% 127.70/80.28 (~(constB16 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4101, 15203, 2216, 1245])).
% 127.70/80.28 tff(15205,plain,
% 127.70/80.28 (v11(constB16)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[14703, 15204, 1, 2408, 5310, 2407, 342, 1245])).
% 127.70/80.28 tff(15206,plain,
% 127.70/80.28 (~v938(constB16, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5572, 2226, 15205, 15176])).
% 127.70/80.28 tff(15207,plain,
% 127.70/80.28 (~v940(constB17, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5581, 15206])).
% 127.70/80.28 tff(15208,plain,
% 127.70/80.28 (~v929(constB17, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5607, 15207])).
% 127.70/80.28 tff(15209,plain,
% 127.70/80.28 (~v7(constB17, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5615, 15208])).
% 127.70/80.28 tff(15210,plain,
% 127.70/80.28 (~(constB17 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10071, 15209, 2318])).
% 127.70/80.28 tff(15211,plain,
% 127.70/80.28 (~v7(constB18, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5636, 15209])).
% 127.70/80.28 tff(15212,plain,
% 127.70/80.28 (~(constB18 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10065, 15211, 2318])).
% 127.70/80.28 tff(15213,plain,
% 127.70/80.28 (constB4 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5347, 3964, 5254, 5139, 4113, 5284, 5321, 11348, 4112, 5320, 4111, 5309, 2408, 5308, 5282, 5323, 2407, 11346, 5280, 5310, 3694])).
% 127.70/80.28 tff(15214,plain,
% 127.70/80.28 (v7(constB4, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9152, 3964, 5254, 5309, 5321, 5284, 4112, 2408, 4111, 5310, 2407, 1245, 5282, 5323])).
% 127.70/80.28 tff(15215,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9160, 15214, 15213, 1245])).
% 127.70/80.28 tff(15216,plain,((constB5 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB20 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15217,plain,
% 127.70/80.28 (constB20 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15216, 15212, 2409, 14690, 2644, 2728, 2408, 2617, 1245, 2407, 5310, 11346, 2570, 15204, 15210, 14644])).
% 127.70/80.28 tff(15218,plain,
% 127.70/80.28 (v7(constB20, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15217])).
% 127.70/80.28 tff(15219,plain,
% 127.70/80.28 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB20, bitIndex1)),
% 127.70/80.28 inference(symmetry,[status(thm)],[15218])).
% 127.70/80.28 tff(15220,plain,
% 127.70/80.28 (v7(constB20, bitIndex1)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[1516, 15219])).
% 127.70/80.28 tff(15221,plain,
% 127.70/80.28 (v7(constB19, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9468, 15220])).
% 127.70/80.28 tff(15222,plain,
% 127.70/80.28 (v956(constB19, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9472, 201, 15221])).
% 127.70/80.28 tff(15223,plain,
% 127.70/80.28 (v940(constB19, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 15222])).
% 127.70/80.28 tff(15224,plain,
% 127.70/80.28 (v13(constB18, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9532, 15217, 1245])).
% 127.70/80.28 tff(15225,plain,
% 127.70/80.28 (~v938(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2229, 2226, 15195, 2216])).
% 127.70/80.28 tff(15226,plain,
% 127.70/80.28 (~v940(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2238, 15225])).
% 127.70/80.28 tff(15227,plain,
% 127.70/80.28 (~v929(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2264, 15226])).
% 127.70/80.28 tff(15228,plain,
% 127.70/80.28 (~v7(constB13, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2272, 15227])).
% 127.70/80.28 tff(15229,plain,
% 127.70/80.28 (~v7(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2293, 15228])).
% 127.70/80.28 tff(15230,plain,
% 127.70/80.28 (~v13(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12770, 15229, 15175, 7542])).
% 127.70/80.28 tff(15231,plain,
% 127.70/80.28 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10219, 6040, 15173])).
% 127.70/80.28 tff(15232,plain,
% 127.70/80.28 (~v1050(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15231, 15230])).
% 127.70/80.28 tff(15233,plain,
% 127.70/80.28 (~v1052(constB15)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10212, 15232])).
% 127.70/80.28 tff(15234,plain,
% 127.70/80.28 (~v7(constB15, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10207, 15233])).
% 127.70/80.28 tff(15235,plain,
% 127.70/80.28 (~v7(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10199, 15234])).
% 127.70/80.28 tff(15236,plain,
% 127.70/80.28 (sP960(constB18)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5724, 1804, 15211, 15224])).
% 127.70/80.28 tff(15237,plain,
% 127.70/80.28 (v7(constB18, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9556, 5864, 15236])).
% 127.70/80.28 tff(15238,plain,
% 127.70/80.28 (v7(constB17, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9562, 15237])).
% 127.70/80.28 tff(15239,plain,
% 127.70/80.28 (v1052(constB17)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9570, 15238])).
% 127.70/80.28 tff(15240,plain,
% 127.70/80.28 (v1050(constB16)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9575, 15239])).
% 127.70/80.28 tff(15241,plain,
% 127.70/80.28 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9582, 6040, 15205])).
% 127.70/80.28 tff(15242,plain,
% 127.70/80.28 (v13(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15241, 15240])).
% 127.70/80.28 tff(15243,plain,
% 127.70/80.28 (~v13(constB16, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[11331, 15242, 15235])).
% 127.70/80.28 tff(15244,plain,
% 127.70/80.28 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5532, 320, 15205])).
% 127.70/80.28 tff(15245,plain,
% 127.70/80.28 (~v938(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15244, 15243])).
% 127.70/80.28 tff(15246,plain,
% 127.70/80.28 (~v940(constB17, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5541, 15245])).
% 127.70/80.28 tff(15247,plain,
% 127.70/80.28 (~v956(constB17, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5567, 15246])).
% 127.70/80.28 tff(15248,plain,
% 127.70/80.28 (~v7(constB17, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10249, 15247])).
% 127.70/80.28 tff(15249,plain,
% 127.70/80.28 (~v7(constB18, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5759, 15248])).
% 127.70/80.28 tff(15250,plain,
% 127.70/80.28 (~v13(constB18, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5738, 15249, 15211, 15224])).
% 127.70/80.28 tff(15251,plain,
% 127.70/80.28 (v7(constB20, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3953, 3970])).
% 127.70/80.28 tff(15252,plain,
% 127.70/80.28 (~(constB20 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3962, 15251, 1245])).
% 127.70/80.28 tff(15253,plain,
% 127.70/80.28 (~(constB19 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3972, 3970, 1245])).
% 127.70/80.28 tff(15254,plain,
% 127.70/80.28 (constB5 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15216, 15253, 5309, 5321, 5284, 4112, 2408, 2644, 1245, 2407, 15252, 5323, 4113, 11348, 11346, 2409])).
% 127.70/80.28 tff(15255,plain,
% 127.70/80.28 (~v7(constB5, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2616, 15254, 1245])).
% 127.70/80.28 tff(15256,plain,
% 127.70/80.28 (~v1052(constB5)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2607, 15255])).
% 127.70/80.28 tff(15257,plain,
% 127.70/80.28 (~v1050(constB4)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2578, 15256])).
% 127.70/80.28 tff(15258,plain,
% 127.70/80.28 (v11(constB4)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[11248, 15253, 5284, 5254, 4112, 5321, 5309, 2408, 7563, 2407, 2644, 1245, 5323, 1, 15252])).
% 127.70/80.28 tff(15259,plain,
% 127.70/80.28 (v1050(constB4) | (~v13(constB4, bitIndex0))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5029, 2000, 15258])).
% 127.70/80.28 tff(15260,plain,
% 127.70/80.28 (~v13(constB4, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15259, 15257])).
% 127.70/80.28 tff(15261,plain,
% 127.70/80.28 (v11(constB2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5095, 15260])).
% 127.70/80.28 tff(15262,plain,
% 127.70/80.28 (~v938(constB2, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3613, 15261])).
% 127.70/80.28 tff(15263,plain,
% 127.70/80.28 (~v940(constB3, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3622, 15262])).
% 127.70/80.28 tff(15264,plain,
% 127.70/80.28 (~v956(constB3, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3655, 15263])).
% 127.70/80.28 tff(15265,plain,
% 127.70/80.28 (~v7(constB3, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3663, 15264])).
% 127.70/80.28 tff(15266,plain,
% 127.70/80.28 (~v7(constB4, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3684, 15265])).
% 127.70/80.28 tff(15267,plain,
% 127.70/80.28 (v956(constB5, bitIndex0) <=> v956(sK952_VarCurr, bitIndex0)),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15254])).
% 127.70/80.28 tff(15268,plain,
% 127.70/80.28 (v956(sK952_VarCurr, bitIndex0) <=> v956(constB5, bitIndex0)),
% 127.70/80.28 inference(symmetry,[status(thm)],[15267])).
% 127.70/80.28 tff(15269,plain,
% 127.70/80.28 (v956(constB5, bitIndex0)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[1520, 15268])).
% 127.70/80.28 tff(15270,plain,
% 127.70/80.28 (v940(constB5, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[875, 15269])).
% 127.70/80.28 tff(15271,plain,
% 127.70/80.28 (v938(constB4, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[849, 15270])).
% 127.70/80.28 tff(15272,plain,
% 127.70/80.28 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4136, 320, 15258])).
% 127.70/80.28 tff(15273,plain,
% 127.70/80.28 (v13(constB4, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15272, 15271])).
% 127.70/80.28 tff(15274,plain,
% 127.70/80.28 (v7(constB4, bitIndex1) | (~v13(constB4, bitIndex1)) | (~sP959(constB4))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5962, 1886, 4978])).
% 127.70/80.28 tff(15275,plain,
% 127.70/80.28 (~sP959(constB4)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15274, 15273, 15266])).
% 127.70/80.28 tff(15276,plain,
% 127.70/80.28 (~v17(constB4, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4991, 15273])).
% 127.70/80.28 tff(15277,plain,
% 127.70/80.28 (~v17(constB3, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4164, 15276])).
% 127.70/80.28 tff(15278,plain,
% 127.70/80.28 (~v1019(constB3, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4190, 15277])).
% 127.70/80.28 tff(15279,plain,
% 127.70/80.28 (~v1017(constB2, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4198, 15278])).
% 127.70/80.28 tff(15280,plain,
% 127.70/80.28 (~v20(constB2, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4214, 15279])).
% 127.70/80.28 tff(15281,plain,
% 127.70/80.28 (v20(constB2, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5011, 15280])).
% 127.70/80.28 tff(15282,assumption,(~v1017(constB2, bitIndex1)), introduced(assumption)).
% 127.70/80.28 tff(15283,assumption,(v20(constB2, bitIndex1)), introduced(assumption)).
% 127.70/80.28 tff(15284,assumption,(v11(constB2)), introduced(assumption)).
% 127.70/80.28 tff(15285,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4311, 1124, 15284, 15283, 15282])).
% 127.70/80.28 tff(15286,plain,(v1017(constB2, bitIndex1) | (~v11(constB2)) | (~v20(constB2, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15287,plain,
% 127.70/80.28 (v1017(constB2, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15286, 15281, 15261])).
% 127.70/80.28 tff(15288,plain,
% 127.70/80.28 (v1019(constB3, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5101, 15287])).
% 127.70/80.28 tff(15289,assumption,(~v17(constB3, bitIndex1)), introduced(assumption)).
% 127.70/80.28 tff(15290,assumption,(v1019(constB3, bitIndex1)), introduced(assumption)).
% 127.70/80.28 tff(15291,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4233, 405, 4182, 15290, 15289])).
% 127.70/80.28 tff(15292,plain,(v17(constB3, bitIndex1) | (~v1019(constB3, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15293,plain,
% 127.70/80.28 (v17(constB3, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15292, 15288])).
% 127.70/80.28 tff(15294,plain,
% 127.70/80.28 (v17(constB4, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5107, 15293])).
% 127.70/80.28 tff(15295,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5136, 5133, 15294, 15275])).
% 127.70/80.28 tff(15296,plain,((~v7(constB19, bitIndex0)) | v7(sK952_VarCurr, bitIndex0) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15297,plain,
% 127.70/80.28 (~v7(constB19, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15296, 15212, 14633, 1, 14690, 2728, 2408, 2407, 11346, 2570, 14644, 15204, 15210, 1245])).
% 127.70/80.28 tff(15298,plain,
% 127.70/80.28 (~v1052(constB19)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3925, 15297])).
% 127.70/80.28 tff(15299,plain,
% 127.70/80.28 (~v1050(constB18)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3882, 15298])).
% 127.70/80.28 tff(15300,plain,
% 127.70/80.28 (v11(constB18)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3872, 1480, 15299])).
% 127.70/80.28 tff(15301,plain,
% 127.70/80.28 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5703, 320, 15300])).
% 127.70/80.28 tff(15302,plain,
% 127.70/80.28 (~v938(constB18, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15301, 15250])).
% 127.70/80.28 tff(15303,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 15302, 15223])).
% 127.70/80.28 tff(15304,plain,(v7(constB14, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v11(constB4) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15305,plain,
% 127.70/80.28 (v7(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15304, 2216, 1, 2408, 2407, 1245, 14643, 342, 5310])).
% 127.70/80.28 tff(15306,plain,
% 127.70/80.28 (v7(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2214, 15305])).
% 127.70/80.28 tff(15307,plain,
% 127.70/80.28 (v956(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2193, 15306])).
% 127.70/80.28 tff(15308,plain,
% 127.70/80.28 (v940(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2185, 15307])).
% 127.70/80.28 tff(15309,plain,
% 127.70/80.28 (v938(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2159, 15308])).
% 127.70/80.28 tff(15310,plain,
% 127.70/80.28 (v11(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9909, 335, 15309])).
% 127.70/80.28 tff(15311,plain,
% 127.70/80.28 (~v938(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2229, 2226, 15310, 2216])).
% 127.70/80.28 tff(15312,plain,
% 127.70/80.28 (~v940(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2238, 15311])).
% 127.70/80.28 tff(15313,plain,
% 127.70/80.28 (~v929(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2264, 15312])).
% 127.70/80.28 tff(15314,plain,
% 127.70/80.28 (~v7(constB13, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2272, 15313])).
% 127.70/80.28 tff(15315,plain,
% 127.70/80.28 (~v7(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2293, 15314])).
% 127.70/80.28 tff(15316,plain,
% 127.70/80.28 (v13(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9911, 15309])).
% 127.70/80.28 tff(15317,plain,
% 127.70/80.28 (~v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12422, 6360, 14633, 1, 2216, 15316, 342])).
% 127.70/80.28 tff(15318,plain,
% 127.70/80.28 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10802, 6040, 15310])).
% 127.70/80.28 tff(15319,plain,
% 127.70/80.28 (~v1050(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15318, 15317])).
% 127.70/80.28 tff(15320,plain,
% 127.70/80.28 (~v1052(constB13)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10808, 15319])).
% 127.70/80.28 tff(15321,plain,
% 127.70/80.28 (~v7(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10816, 15320])).
% 127.70/80.28 tff(15322,plain,
% 127.70/80.28 (~v7(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10822, 15321])).
% 127.70/80.28 tff(15323,plain,
% 127.70/80.28 (sP959(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2297, 1871, 12722])).
% 127.70/80.28 tff(15324,plain,
% 127.70/80.28 (~v17(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12896, 12792, 15323])).
% 127.70/80.28 tff(15325,plain,
% 127.70/80.28 (~v17(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12904, 12792, 15323])).
% 127.70/80.28 tff(15326,plain,
% 127.70/80.28 (~v17(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12912, 12792, 15323])).
% 127.70/80.28 tff(15327,plain,
% 127.70/80.28 (~v1003(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12916, 4834, 15326, 15325])).
% 127.70/80.28 tff(15328,plain,
% 127.70/80.28 (sP954_aig_name(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12924, 15327, 15324])).
% 127.70/80.28 tff(15329,plain,
% 127.70/80.28 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2369, 1804, 12722])).
% 127.70/80.28 tff(15330,plain,
% 127.70/80.28 (~v13(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15329, 10990])).
% 127.70/80.28 tff(15331,plain,
% 127.70/80.28 (~v938(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2362, 15330])).
% 127.70/80.28 tff(15332,plain,
% 127.70/80.28 (~v940(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2356, 15331])).
% 127.70/80.28 tff(15333,plain,
% 127.70/80.28 (~v929(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2348, 15332])).
% 127.70/80.28 tff(15334,plain,
% 127.70/80.28 (~v7(constB15, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5505, 15333])).
% 127.70/80.28 tff(15335,plain,
% 127.70/80.28 (~v7(constB16, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4072, 15334])).
% 127.70/80.28 tff(15336,plain,
% 127.70/80.28 (sP960(constB16)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5484, 15335])).
% 127.70/80.28 tff(15337,plain,
% 127.70/80.28 (v7(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10179, 5864, 15336])).
% 127.70/80.28 tff(15338,plain,
% 127.70/80.28 (v7(constB15, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10199, 15337])).
% 127.70/80.28 tff(15339,plain,
% 127.70/80.28 (v1052(constB15)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10207, 15338])).
% 127.70/80.28 tff(15340,plain,
% 127.70/80.28 (v1050(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10212, 15339])).
% 127.70/80.28 tff(15341,plain,
% 127.70/80.28 (v13(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10220, 15340])).
% 127.70/80.28 tff(15342,plain,
% 127.70/80.28 (~v924(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12746, 15341, 10991])).
% 127.70/80.28 tff(15343,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12928, 1982, 15342, 15328])).
% 127.70/80.28 tff(15344,plain,(v7(constB14, bitIndex0) | v7(constB14, bitIndex2) | (~v11(constB14)) | (~v13(constB16, bitIndex2)) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15345,plain,
% 127.70/80.28 (~v13(constB16, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15344, 15322, 15173, 15175, 15315])).
% 127.70/80.28 tff(15346,plain,
% 127.70/80.28 (~v13(constB10, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[11193, 10627, 9200, 1])).
% 127.70/80.28 tff(15347,plain,
% 127.70/80.28 (~v938(constB10, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12418, 15346])).
% 127.70/80.28 tff(15348,plain,
% 127.70/80.28 (~v940(constB11, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1717, 15347])).
% 127.70/80.28 tff(15349,plain,
% 127.70/80.28 (~v929(constB11, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1743, 15348])).
% 127.70/80.28 tff(15350,plain,
% 127.70/80.28 (~v7(constB11, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1751, 15349])).
% 127.70/80.28 tff(15351,plain,
% 127.70/80.28 (~v7(constB12, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1772, 15350])).
% 127.70/80.28 tff(15352,plain,
% 127.70/80.28 (sP959(constB10)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[6377, 1871, 10627])).
% 127.70/80.28 tff(15353,plain,
% 127.70/80.28 (~v13(constB10, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[6385, 15352, 13054])).
% 127.70/80.28 tff(15354,plain,
% 127.70/80.28 (~v938(constB10, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12400, 15353])).
% 127.70/80.28 tff(15355,plain,
% 127.70/80.28 (~v940(constB11, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1263, 15354])).
% 127.70/80.28 tff(15356,plain,
% 127.70/80.28 (~v956(constB11, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1303, 15355])).
% 127.70/80.28 tff(15357,plain,
% 127.70/80.28 (~v7(constB11, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1311, 15356])).
% 127.70/80.28 tff(15358,plain,
% 127.70/80.28 (~v7(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1342, 15357])).
% 127.70/80.28 tff(15359,plain,
% 127.70/80.28 (~(constB11 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4109, 15357, 1516])).
% 127.70/80.28 tff(15360,plain,
% 127.70/80.28 (v11(constB10)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2382, 1344, 1245, 1703])).
% 127.70/80.28 tff(15361,plain,
% 127.70/80.28 (~v938(constB10, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12416, 15360])).
% 127.70/80.28 tff(15362,plain,
% 127.70/80.28 (~v940(constB11, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1717, 15361])).
% 127.70/80.28 tff(15363,plain,
% 127.70/80.28 (~v929(constB11, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1743, 15362])).
% 127.70/80.28 tff(15364,plain,
% 127.70/80.28 (~v7(constB11, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1751, 15363])).
% 127.70/80.28 tff(15365,plain,
% 127.70/80.28 (~v7(constB12, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1772, 15364])).
% 127.70/80.28 tff(15366,plain,
% 127.70/80.28 (v13(constB12, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2380, 2147, 1245, 1344, 1535, 1484])).
% 127.70/80.28 tff(15367,plain,
% 127.70/80.28 (~v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1863, 15366, 1703, 1774])).
% 127.70/80.28 tff(15368,plain,
% 127.70/80.28 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10802, 6040, 2146])).
% 127.70/80.28 tff(15369,plain,
% 127.70/80.28 (~v1050(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15368, 15367])).
% 127.70/80.28 tff(15370,plain,
% 127.70/80.28 (~v1052(constB13)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10808, 15369])).
% 127.70/80.28 tff(15371,plain,
% 127.70/80.28 (~v7(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10816, 15370])).
% 127.70/80.28 tff(15372,plain,
% 127.70/80.28 (~v7(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10822, 15371])).
% 127.70/80.28 tff(15373,plain,
% 127.70/80.28 (sP958(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12791, 5886, 15372])).
% 127.70/80.28 tff(15374,plain,
% 127.70/80.28 (v7(constB14, bitIndex1) | (~sP958(constB14)) | (~sP959(constB14))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2305, 1886, 1535])).
% 127.70/80.28 tff(15375,plain,
% 127.70/80.28 (~sP959(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15374, 15373, 14774])).
% 127.70/80.28 tff(15376,plain,
% 127.70/80.28 (~sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10830, 5864, 15372])).
% 127.70/80.28 tff(15377,plain,
% 127.70/80.28 (v13(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2361, 2226, 1484, 2357])).
% 127.70/80.28 tff(15378,plain,
% 127.70/80.28 ((~v952(constB14, bitIndex1)) | sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10837, 6136, 15377])).
% 127.70/80.28 tff(15379,plain,
% 127.70/80.28 (~v952(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15378, 15376])).
% 127.70/80.28 tff(15380,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12797, 6151, 15379, 15375])).
% 127.70/80.28 tff(15381,plain,(v13(constB12, bitIndex1) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v7(sK952_VarCurr, bitIndex0) | (~(constB15 = sK952_VarCurr))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15382,plain,
% 127.70/80.28 (v13(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15381, 15365, 1703, 1245, 1344])).
% 127.70/80.28 tff(15383,plain,
% 127.70/80.28 (~v13(constB12, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[7693, 15382, 1703, 15365])).
% 127.70/80.28 tff(15384,plain,
% 127.70/80.28 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2229, 2226, 2146])).
% 127.70/80.28 tff(15385,plain,
% 127.70/80.28 (~v938(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15384, 15383])).
% 127.70/80.28 tff(15386,plain,
% 127.70/80.28 (~v940(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2238, 15385])).
% 127.70/80.28 tff(15387,plain,
% 127.70/80.28 (~v929(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2264, 15386])).
% 127.70/80.28 tff(15388,plain,
% 127.70/80.28 (~v7(constB13, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2272, 15387])).
% 127.70/80.28 tff(15389,plain,
% 127.70/80.28 (~v7(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2293, 15388])).
% 127.70/80.28 tff(15390,plain,
% 127.70/80.28 (v7(constB14, bitIndex2) | sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2369, 1804, 15377])).
% 127.70/80.28 tff(15391,plain,
% 127.70/80.28 (sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15390, 15389])).
% 127.70/80.28 tff(15392,plain,
% 127.70/80.28 (~v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1987, 15382, 1703, 15365])).
% 127.70/80.28 tff(15393,plain,
% 127.70/80.28 (~v1050(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15368, 15392])).
% 127.70/80.28 tff(15394,plain,
% 127.70/80.28 (~v1052(constB13)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10808, 15393])).
% 127.70/80.28 tff(15395,plain,
% 127.70/80.28 (~v7(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10816, 15394])).
% 127.70/80.28 tff(15396,plain,
% 127.70/80.28 (~v7(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10822, 15395])).
% 127.70/80.28 tff(15397,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10830, 5864, 15396, 15391])).
% 127.70/80.28 tff(15398,plain,((~(constB15 = sK952_VarCurr)) | v7(constB12, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v13(constB10, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15399,plain,
% 127.70/80.28 (~(constB15 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15398, 15358, 1245, 15346])).
% 127.70/80.28 tff(15400,plain,
% 127.70/80.28 (sP957(constB10)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[7669, 10627, 9200])).
% 127.70/80.28 tff(15401,plain,
% 127.70/80.28 (v7(constB10, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[7954, 5875, 15400])).
% 127.70/80.28 tff(15402,plain,
% 127.70/80.28 (v7(constB9, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[6470, 15401])).
% 127.70/80.28 tff(15403,plain,
% 127.70/80.28 (v7(constB9, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.70/80.28 inference(monotonicity,[status(thm)],[2637])).
% 127.70/80.28 tff(15404,plain,
% 127.70/80.28 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB9, bitIndex0)),
% 127.70/80.28 inference(symmetry,[status(thm)],[15403])).
% 127.70/80.28 tff(15405,plain,
% 127.70/80.28 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB9, bitIndex0))),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15404])).
% 127.70/80.28 tff(15406,plain,
% 127.70/80.28 (~v7(constB9, bitIndex0)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[1245, 15405])).
% 127.70/80.28 tff(15407,assumption,(v7(constB9, bitIndex0)), introduced(assumption)).
% 127.70/80.28 tff(15408,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15407, 15406])).
% 127.70/80.28 tff(15409,plain,((~(constB9 = sK952_VarCurr)) | (~v7(constB9, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15410,plain,
% 127.70/80.28 (~(constB9 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15409, 15402, 1245])).
% 127.70/80.28 tff(15411,plain,
% 127.70/80.28 (constB18 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10547, 3963, 1245, 5254, 5281, 5323, 5309, 2408, 6238, 15410, 5321, 2407, 3964, 1, 4112, 5310, 4113])).
% 127.70/80.28 tff(15412,plain,
% 127.70/80.28 (v7(constB18, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15411])).
% 127.70/80.28 tff(15413,plain,
% 127.70/80.28 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB18, bitIndex0)),
% 127.70/80.28 inference(symmetry,[status(thm)],[15412])).
% 127.70/80.28 tff(15414,plain,
% 127.70/80.28 ((~v7(sK952_VarCurr, bitIndex0)) <=> (~v7(constB18, bitIndex0))),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15413])).
% 127.70/80.28 tff(15415,plain,
% 127.70/80.28 (~v7(constB18, bitIndex0)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[1245, 15414])).
% 127.70/80.28 tff(15416,plain,
% 127.70/80.28 (~v7(constB17, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3787, 15415])).
% 127.70/80.28 tff(15417,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3759, 3707, 15416])).
% 127.70/80.28 tff(15418,plain,(v11(constB16) | v7(sK952_VarCurr, bitIndex0) | (constB6 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v11(constB8) | (constB17 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | v7(constB10, bitIndex1) | (constB7 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15419,plain,
% 127.70/80.28 (constB16 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15418, 15399, 5139, 3964, 4113, 4112, 3695, 3973, 5263, 6238, 1, 2408, 1245, 15359])).
% 127.70/80.28 tff(15420,plain,
% 127.70/80.28 (v7(constB16, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3986, 15419, 1516])).
% 127.70/80.28 tff(15421,plain,
% 127.70/80.28 (v7(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4007, 15420])).
% 127.70/80.28 tff(15422,plain,
% 127.70/80.28 (v956(constB15, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4011, 201, 15421])).
% 127.70/80.28 tff(15423,plain,
% 127.70/80.28 (v940(constB15, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4018, 281, 1504, 15422])).
% 127.70/80.28 tff(15424,plain,
% 127.70/80.28 (v938(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4022, 302, 1375, 15423])).
% 127.70/80.28 tff(15425,assumption,(v7(constB16, bitIndex0)), introduced(assumption)).
% 127.70/80.28 tff(15426,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15425, 4027])).
% 127.70/80.28 tff(15427,plain,((~(constB16 = sK952_VarCurr)) | (~v7(constB16, bitIndex0)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15428,plain,
% 127.70/80.28 (~v7(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15427, 15419, 1245])).
% 127.70/80.28 tff(15429,plain,
% 127.70/80.28 (~v7(constB15, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4044, 15428])).
% 127.70/80.28 tff(15430,plain,
% 127.70/80.28 (~v1052(constB15)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1457, 15429])).
% 127.70/80.28 tff(15431,plain,
% 127.70/80.28 (~v1050(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1472, 15430])).
% 127.70/80.28 tff(15432,plain,
% 127.70/80.28 (v11(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1483, 1480, 15431])).
% 127.70/80.28 tff(15433,plain,
% 127.70/80.28 ((~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1533, 320, 15432])).
% 127.70/80.28 tff(15434,plain,
% 127.70/80.28 (v13(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15433, 15424])).
% 127.70/80.28 tff(15435,plain,
% 127.70/80.28 (v7(constB16, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15419])).
% 127.70/80.28 tff(15436,plain,
% 127.70/80.28 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB16, bitIndex2)),
% 127.70/80.28 inference(symmetry,[status(thm)],[15435])).
% 127.70/80.28 tff(15437,plain,
% 127.70/80.28 (v7(constB16, bitIndex2)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[2318, 15436])).
% 127.70/80.28 tff(15438,plain,
% 127.70/80.28 (v7(constB15, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4072, 15437])).
% 127.70/80.28 tff(15439,plain,
% 127.70/80.28 (v929(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5505, 15438])).
% 127.70/80.28 tff(15440,plain,
% 127.70/80.28 (v940(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2348, 15439])).
% 127.70/80.28 tff(15441,plain,
% 127.70/80.28 (v938(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2356, 15440])).
% 127.70/80.28 tff(15442,plain,
% 127.70/80.28 (v13(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2361, 2226, 15432, 15441])).
% 127.70/80.28 tff(15443,plain,
% 127.70/80.28 (~v13(constB12, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1863, 1775, 1703, 1774])).
% 127.70/80.28 tff(15444,plain,
% 127.70/80.28 (~v13(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1987, 1775, 1703, 1774])).
% 127.70/80.28 tff(15445,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4101, 15444, 15443, 3980, 1245])).
% 127.70/80.28 tff(15446,plain,((~v13(constB12, bitIndex0)) | (~(constB16 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0) | v7(constB12, bitIndex1) | v7(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15447,plain,
% 127.70/80.28 (~v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15446, 15419, 1245, 15358, 15351])).
% 127.70/80.28 tff(15448,plain,
% 127.70/80.28 (~v13(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2010, 15431])).
% 127.70/80.28 tff(15449,plain,
% 127.70/80.28 (v11(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2145, 15448])).
% 127.70/80.28 tff(15450,plain,
% 127.70/80.28 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10802, 6040, 15449])).
% 127.70/80.28 tff(15451,plain,
% 127.70/80.28 (~v1050(constB12)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15450, 15447])).
% 127.70/80.28 tff(15452,plain,
% 127.70/80.28 (~v1052(constB13)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10808, 15451])).
% 127.70/80.28 tff(15453,plain,
% 127.70/80.28 (~v7(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10816, 15452])).
% 127.70/80.28 tff(15454,plain,
% 127.70/80.28 (~v7(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10822, 15453])).
% 127.70/80.28 tff(15455,plain,
% 127.70/80.28 (v7(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12799, 15454, 15442, 15434])).
% 127.70/80.28 tff(15456,plain,
% 127.70/80.28 (v7(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2214, 15455])).
% 127.70/80.28 tff(15457,plain,
% 127.70/80.28 (v956(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2193, 15456])).
% 127.70/80.28 tff(15458,plain,
% 127.70/80.28 (v940(constB13, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2185, 15457])).
% 127.70/80.28 tff(15459,plain,
% 127.70/80.28 (v938(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2159, 15458])).
% 127.70/80.28 tff(15460,plain,
% 127.70/80.28 (v13(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9911, 15459])).
% 127.70/80.28 tff(15461,plain,
% 127.70/80.28 (~v13(constB12, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[7693, 15460, 15358, 15351])).
% 127.70/80.28 tff(15462,plain,
% 127.70/80.28 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2229, 2226, 15449])).
% 127.70/80.28 tff(15463,plain,
% 127.70/80.28 (~v938(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15462, 15461])).
% 127.70/80.28 tff(15464,plain,
% 127.70/80.28 (~v940(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2238, 15463])).
% 127.70/80.28 tff(15465,plain,
% 127.70/80.28 (~v929(constB13, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2264, 15464])).
% 127.70/80.28 tff(15466,plain,
% 127.70/80.28 (~v7(constB13, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2272, 15465])).
% 127.70/80.28 tff(15467,plain,
% 127.70/80.28 (~v7(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2293, 15466])).
% 127.70/80.28 tff(15468,plain,
% 127.70/80.28 (v7(constB14, bitIndex2) | sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2369, 1804, 15442])).
% 127.70/80.28 tff(15469,plain,
% 127.70/80.28 (sP960(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15468, 15467])).
% 127.70/80.28 tff(15470,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10830, 5864, 15454, 15469])).
% 127.70/80.28 tff(15471,plain,(v11(constB8) | v7(sK952_VarCurr, bitIndex0) | (constB5 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | v11(constB16) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15472,plain,
% 127.70/80.28 (v11(constB8)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15471, 3695, 2570, 2617, 2728, 1245, 1, 2408])).
% 127.70/80.28 tff(15473,plain,
% 127.70/80.28 (constB16 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[14703, 3695, 1, 2408, 5310, 2407, 342, 1245])).
% 127.70/80.28 tff(15474,plain,
% 127.70/80.28 (v13(constB12, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4101, 2216, 3980, 1245])).
% 127.70/80.28 tff(15475,plain,
% 127.70/80.28 (v929(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5505, 4073])).
% 127.70/80.28 tff(15476,plain,
% 127.70/80.28 (v940(constB15, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2348, 15475])).
% 127.70/80.28 tff(15477,plain,
% 127.70/80.28 (v938(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2356, 15476])).
% 127.70/80.28 tff(15478,plain,
% 127.70/80.28 (~v7(constB16, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15427, 3980, 1245])).
% 127.70/80.28 tff(15479,plain,
% 127.70/80.28 (~v7(constB15, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[4044, 15478])).
% 127.70/80.28 tff(15480,plain,
% 127.70/80.28 (~v1052(constB15)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1457, 15479])).
% 127.70/80.28 tff(15481,plain,
% 127.70/80.28 (~v1050(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1472, 15480])).
% 127.70/80.28 tff(15482,plain,
% 127.70/80.28 (v11(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1483, 1480, 15481])).
% 127.70/80.28 tff(15483,plain,
% 127.70/80.28 (v13(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2361, 2226, 15482, 15477])).
% 127.70/80.28 tff(15484,plain,
% 127.70/80.28 (~v11(constB10)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[11210, 15474, 1, 342, 15483, 6485, 2216])).
% 127.70/80.28 tff(15485,plain,
% 127.70/80.28 (v13(constB12, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[1701, 15484])).
% 127.70/80.28 tff(15486,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[3978, 15485, 15484, 15474])).
% 127.70/80.28 tff(15487,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | v11(constB4) | (~v11(constB8)) | (~(constB16 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15488,plain,
% 127.70/80.28 ($false),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15487, 15473, 15472, 342, 1, 2216, 1245])).
% 127.70/80.28 tff(15489,plain,(v11(constB16) | v11(constB4) | v7(constB10, bitIndex1) | v13(constB12, bitIndex2) | v7(sK952_VarCurr, bitIndex0) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.28 tff(15490,plain,
% 127.70/80.28 (v11(constB16)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15489, 2216, 1, 342, 1245, 2408, 5310, 2407])).
% 127.70/80.28 tff(15491,plain,
% 127.70/80.28 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5572, 2226, 15490])).
% 127.70/80.28 tff(15492,plain,
% 127.70/80.28 (~v938(constB16, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15491, 15345])).
% 127.70/80.28 tff(15493,plain,
% 127.70/80.28 (~v940(constB17, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5581, 15492])).
% 127.70/80.28 tff(15494,plain,
% 127.70/80.28 (~v929(constB17, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5607, 15493])).
% 127.70/80.28 tff(15495,plain,
% 127.70/80.28 (~v7(constB17, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5615, 15494])).
% 127.70/80.28 tff(15496,plain,
% 127.70/80.28 (~(constB17 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10071, 15495, 2318])).
% 127.70/80.28 tff(15497,plain,
% 127.70/80.28 (~v7(constB18, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[5636, 15495])).
% 127.70/80.28 tff(15498,plain,
% 127.70/80.28 (~(constB18 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10065, 15497, 2318])).
% 127.70/80.28 tff(15499,plain,
% 127.70/80.28 (v11(constB8)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[13064, 6360, 14633, 15316, 1])).
% 127.70/80.28 tff(15500,plain,
% 127.70/80.28 (~v929(constB9, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9338, 8464, 9335])).
% 127.70/80.28 tff(15501,plain,
% 127.70/80.28 (~v940(constB9, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9325, 15500])).
% 127.70/80.28 tff(15502,plain,
% 127.70/80.28 (~v938(constB8, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9319, 15501])).
% 127.70/80.28 tff(15503,plain,
% 127.70/80.28 ((~v11(constB8)) | (~v13(constB8, bitIndex2))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9309, 8517, 15502])).
% 127.70/80.28 tff(15504,plain,
% 127.70/80.28 (~v13(constB8, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15503, 15499])).
% 127.70/80.28 tff(15505,plain,
% 127.70/80.28 (~(constB16 = sK952_VarCurr)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15487, 15499, 342, 1, 2216, 1245])).
% 127.70/80.28 tff(15506,plain,
% 127.70/80.28 (constB20 = sK952_VarCurr),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9305, 15505, 1245, 5254, 5139, 2570, 14690, 1, 2728, 5310, 2408, 15504, 15498, 2407, 15496, 2644, 2617])).
% 127.70/80.28 tff(15507,plain,
% 127.70/80.28 (v7(constB20, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.70/80.28 inference(monotonicity,[status(thm)],[15506])).
% 127.70/80.28 tff(15508,plain,
% 127.70/80.28 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB20, bitIndex1)),
% 127.70/80.28 inference(symmetry,[status(thm)],[15507])).
% 127.70/80.28 tff(15509,plain,
% 127.70/80.28 (v7(constB20, bitIndex1)),
% 127.70/80.28 inference(modus_ponens,[status(thm)],[1516, 15508])).
% 127.70/80.28 tff(15510,plain,
% 127.70/80.28 (v7(constB19, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9468, 15509])).
% 127.70/80.28 tff(15511,plain,
% 127.70/80.28 (v956(constB19, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9472, 201, 15510])).
% 127.70/80.28 tff(15512,plain,
% 127.70/80.28 (v940(constB19, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 15511])).
% 127.70/80.28 tff(15513,plain,
% 127.70/80.28 (v13(constB18, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[9532, 15506, 1245])).
% 127.70/80.28 tff(15514,plain,
% 127.70/80.28 (~sP957(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10826, 5875, 15322])).
% 127.70/80.28 tff(15515,plain,
% 127.70/80.28 (sP959(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[2297, 1871, 15315])).
% 127.70/80.28 tff(15516,plain,
% 127.70/80.28 (sP958(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12791, 5886, 15322])).
% 127.70/80.28 tff(15517,plain,
% 127.70/80.28 ((~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex2))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12895, 1205, 15175])).
% 127.70/80.28 tff(15518,plain,
% 127.70/80.28 (~v17(constB14, bitIndex2)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15517, 15516, 15515])).
% 127.70/80.28 tff(15519,plain,
% 127.70/80.28 ((~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex1))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12903, 5118, 15175])).
% 127.70/80.28 tff(15520,plain,
% 127.70/80.28 (~v17(constB14, bitIndex1)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15519, 15516, 15515])).
% 127.70/80.28 tff(15521,plain,
% 127.70/80.28 ((~sP958(constB14)) | (~sP959(constB14)) | (~v17(constB14, bitIndex0))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12911, 7256, 15175])).
% 127.70/80.28 tff(15522,plain,
% 127.70/80.28 (~v17(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15521, 15516, 15515])).
% 127.70/80.28 tff(15523,plain,
% 127.70/80.28 (~v1003(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12916, 4834, 15522, 15520])).
% 127.70/80.28 tff(15524,plain,
% 127.70/80.28 (sP954_aig_name(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12924, 15523, 15518])).
% 127.70/80.28 tff(15525,plain,
% 127.70/80.28 (v924(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12928, 1982, 15524])).
% 127.70/80.28 tff(15526,plain,
% 127.70/80.28 ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[12745, 7278, 15315])).
% 127.70/80.28 tff(15527,plain,
% 127.70/80.28 (~v13(constB14, bitIndex0)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15526, 15525, 15514])).
% 127.70/80.28 tff(15528,plain,
% 127.70/80.28 (~v1050(constB14)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[15231, 15527])).
% 127.70/80.28 tff(15529,plain,
% 127.70/80.28 (~v1052(constB15)),
% 127.70/80.28 inference(unit_resolution,[status(thm)],[10212, 15528])).
% 127.70/80.28 tff(15530,plain,
% 127.70/80.28 (~v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10207, 15529])).
% 127.70/80.29 tff(15531,plain,
% 127.70/80.29 (~v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10199, 15530])).
% 127.70/80.29 tff(15532,plain,
% 127.70/80.29 (sP960(constB18) | (~v13(constB18, bitIndex2))),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5724, 1804, 15497])).
% 127.70/80.29 tff(15533,plain,
% 127.70/80.29 (sP960(constB18)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15532, 15513])).
% 127.70/80.29 tff(15534,plain,
% 127.70/80.29 (v7(constB18, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9556, 5864, 15533])).
% 127.70/80.29 tff(15535,plain,
% 127.70/80.29 (v7(constB17, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9562, 15534])).
% 127.70/80.29 tff(15536,plain,
% 127.70/80.29 (v1052(constB17)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9570, 15535])).
% 127.70/80.29 tff(15537,plain,
% 127.70/80.29 (v1050(constB16)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9575, 15536])).
% 127.70/80.29 tff(15538,plain,
% 127.70/80.29 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9582, 6040, 15490])).
% 127.70/80.29 tff(15539,plain,
% 127.70/80.29 (v13(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15538, 15537])).
% 127.70/80.29 tff(15540,plain,
% 127.70/80.29 (~v13(constB16, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11331, 15539, 15531])).
% 127.70/80.29 tff(15541,plain,
% 127.70/80.29 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5532, 320, 15490])).
% 127.70/80.29 tff(15542,plain,
% 127.70/80.29 (~v938(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15541, 15540])).
% 127.70/80.29 tff(15543,plain,
% 127.70/80.29 (~v940(constB17, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5541, 15542])).
% 127.70/80.29 tff(15544,plain,
% 127.70/80.29 (~v956(constB17, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5567, 15543])).
% 127.70/80.29 tff(15545,plain,
% 127.70/80.29 (~v7(constB17, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10249, 15544])).
% 127.70/80.29 tff(15546,plain,
% 127.70/80.29 (~v7(constB18, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5759, 15545])).
% 127.70/80.29 tff(15547,plain,
% 127.70/80.29 (~v13(constB18, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5738, 15546, 15497, 15513])).
% 127.70/80.29 tff(15548,plain,
% 127.70/80.29 (~v7(constB19, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15296, 15505, 14633, 1, 14690, 2728, 2408, 2407, 14643, 2570, 14644, 15498, 15496, 1245])).
% 127.70/80.29 tff(15549,plain,
% 127.70/80.29 (~v1052(constB19)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[3925, 15548])).
% 127.70/80.29 tff(15550,plain,
% 127.70/80.29 (~v1050(constB18)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[3882, 15549])).
% 127.70/80.29 tff(15551,plain,
% 127.70/80.29 (v11(constB18)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[3872, 1480, 15550])).
% 127.70/80.29 tff(15552,plain,
% 127.70/80.29 (~v938(constB18, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5703, 320, 15551, 15547])).
% 127.70/80.29 tff(15553,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 15552, 15512])).
% 127.70/80.29 tff(15554,plain,(v7(constB10, bitIndex2) | v7(sK952_VarCurr, bitIndex0) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v11(constB4) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15555,plain,
% 127.70/80.29 (v7(constB10, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15554, 2216, 1, 2408, 2407, 5310, 342, 1245])).
% 127.70/80.29 tff(15556,plain,
% 127.70/80.29 (v7(constB9, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6412, 15555])).
% 127.70/80.29 tff(15557,plain,
% 127.70/80.29 (v929(constB9, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6420, 15556])).
% 127.70/80.29 tff(15558,plain,
% 127.70/80.29 (v940(constB9, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6446, 15557])).
% 127.70/80.29 tff(15559,plain,
% 127.70/80.29 (v938(constB8, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6454, 15558])).
% 127.70/80.29 tff(15560,plain,
% 127.70/80.29 (v13(constB8, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7651, 15559])).
% 127.70/80.29 tff(15561,plain,
% 127.70/80.29 (~v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10908, 15560, 342])).
% 127.70/80.29 tff(15562,plain,
% 127.70/80.29 (v11(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10622, 15559])).
% 127.70/80.29 tff(15563,plain,
% 127.70/80.29 (~v1050(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6491, 6040, 15562, 15561])).
% 127.70/80.29 tff(15564,plain,
% 127.70/80.29 (~v1052(constB9)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6483, 15563])).
% 127.70/80.29 tff(15565,plain,
% 127.70/80.29 (~v7(constB9, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6478, 15564])).
% 127.70/80.29 tff(15566,plain,
% 127.70/80.29 (~v7(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6470, 15565])).
% 127.70/80.29 tff(15567,plain,
% 127.70/80.29 (~sP957(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7954, 5875, 15566])).
% 127.70/80.29 tff(15568,plain,
% 127.70/80.29 (~v13(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11210, 15562, 1, 342, 2216, 14633, 15316])).
% 127.70/80.29 tff(15569,plain,
% 127.70/80.29 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2361, 2226, 15173])).
% 127.70/80.29 tff(15570,plain,
% 127.70/80.29 (~v938(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15569, 15568])).
% 127.70/80.29 tff(15571,plain,
% 127.70/80.29 (~v940(constB15, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2356, 15570])).
% 127.70/80.29 tff(15572,plain,
% 127.70/80.29 (~v929(constB15, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2348, 15571])).
% 127.70/80.29 tff(15573,plain,
% 127.70/80.29 (~v7(constB15, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5505, 15572])).
% 127.70/80.29 tff(15574,plain,
% 127.70/80.29 (~v7(constB16, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[4072, 15573])).
% 127.70/80.29 tff(15575,plain,
% 127.70/80.29 (~(constB16 = sK952_VarCurr)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15487, 15562, 342, 1, 2216, 1245])).
% 127.70/80.29 tff(15576,plain,
% 127.70/80.29 (~v13(constB16, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11584, 10180])).
% 127.70/80.29 tff(15577,plain,
% 127.70/80.29 (~v938(constB16, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10079, 15576])).
% 127.70/80.29 tff(15578,plain,
% 127.70/80.29 (~v940(constB17, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5581, 15577])).
% 127.70/80.29 tff(15579,plain,
% 127.70/80.29 (~v929(constB17, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5607, 15578])).
% 127.70/80.29 tff(15580,plain,
% 127.70/80.29 (~v7(constB17, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5615, 15579])).
% 127.70/80.29 tff(15581,plain,
% 127.70/80.29 (~(constB17 = sK952_VarCurr)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10071, 15580, 2318])).
% 127.70/80.29 tff(15582,plain,
% 127.70/80.29 (~v7(constB18, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5636, 15580])).
% 127.70/80.29 tff(15583,plain,
% 127.70/80.29 (~(constB18 = sK952_VarCurr)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10065, 15582, 2318])).
% 127.70/80.29 tff(15584,plain,
% 127.70/80.29 (constB20 = sK952_VarCurr),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15216, 15583, 2409, 5323, 2644, 4112, 2408, 3964, 1245, 2407, 5310, 11346, 4113, 5309, 15581, 11348])).
% 127.70/80.29 tff(15585,plain,
% 127.70/80.29 (v7(constB20, bitIndex1) <=> v7(sK952_VarCurr, bitIndex1)),
% 127.70/80.29 inference(monotonicity,[status(thm)],[15584])).
% 127.70/80.29 tff(15586,plain,
% 127.70/80.29 (v7(sK952_VarCurr, bitIndex1) <=> v7(constB20, bitIndex1)),
% 127.70/80.29 inference(symmetry,[status(thm)],[15585])).
% 127.70/80.29 tff(15587,plain,
% 127.70/80.29 (v7(constB20, bitIndex1)),
% 127.70/80.29 inference(modus_ponens,[status(thm)],[1516, 15586])).
% 127.70/80.29 tff(15588,plain,
% 127.70/80.29 (v7(constB19, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9468, 15587])).
% 127.70/80.29 tff(15589,plain,
% 127.70/80.29 (v956(constB19, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9472, 201, 15588])).
% 127.70/80.29 tff(15590,plain,
% 127.70/80.29 (v940(constB19, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9479, 281, 5693, 15589])).
% 127.70/80.29 tff(15591,plain,
% 127.70/80.29 (v13(constB18, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9532, 15584, 1245])).
% 127.70/80.29 tff(15592,plain,
% 127.70/80.29 (sP960(constB18)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5724, 1804, 15582, 15591])).
% 127.70/80.29 tff(15593,plain,
% 127.70/80.29 (v7(constB18, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9556, 5864, 15592])).
% 127.70/80.29 tff(15594,plain,
% 127.70/80.29 (v7(constB17, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9562, 15593])).
% 127.70/80.29 tff(15595,plain,
% 127.70/80.29 (v1052(constB17)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9570, 15594])).
% 127.70/80.29 tff(15596,plain,
% 127.70/80.29 (v1050(constB16)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9575, 15595])).
% 127.70/80.29 tff(15597,plain,
% 127.70/80.29 (v13(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9583, 15596])).
% 127.70/80.29 tff(15598,plain,
% 127.70/80.29 (~v13(constB16, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11331, 15597, 10171])).
% 127.70/80.29 tff(15599,plain,
% 127.70/80.29 (~v938(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9541, 15598])).
% 127.70/80.29 tff(15600,plain,
% 127.70/80.29 (~v940(constB17, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5541, 15599])).
% 127.70/80.29 tff(15601,plain,
% 127.70/80.29 (~v956(constB17, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5567, 15600])).
% 127.70/80.29 tff(15602,plain,
% 127.70/80.29 (~v7(constB17, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10249, 15601])).
% 127.70/80.29 tff(15603,plain,
% 127.70/80.29 (~v7(constB18, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5759, 15602])).
% 127.70/80.29 tff(15604,plain,
% 127.70/80.29 (~v13(constB18, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5738, 15603, 15582, 15591])).
% 127.70/80.29 tff(15605,plain,
% 127.70/80.29 (~v7(constB19, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15296, 15583, 7563, 1, 5323, 4112, 2408, 2407, 11346, 4113, 11348, 5309, 15581, 1245])).
% 127.70/80.29 tff(15606,plain,
% 127.70/80.29 (~v1052(constB19)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[3925, 15605])).
% 127.70/80.29 tff(15607,plain,
% 127.70/80.29 (~v1050(constB18)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[3882, 15606])).
% 127.70/80.29 tff(15608,plain,
% 127.70/80.29 (v11(constB18)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[3872, 1480, 15607])).
% 127.70/80.29 tff(15609,plain,
% 127.70/80.29 ((~v938(constB18, bitIndex0)) | v13(constB18, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5703, 320, 15608])).
% 127.70/80.29 tff(15610,plain,
% 127.70/80.29 (~v938(constB18, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15609, 15604])).
% 127.70/80.29 tff(15611,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9634, 302, 3878, 15610, 15590])).
% 127.70/80.29 tff(15612,plain,(v7(constB16, bitIndex0) | (~v11(constB16)) | v7(sK952_VarCurr, bitIndex0) | (~v11(constB10)) | v7(constB10, bitIndex1) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15613,plain,
% 127.70/80.29 (v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15612, 15490, 1245, 14633, 1, 14690, 2728, 2408, 2407, 14643, 2570, 14644, 15575, 2617, 5310, 15574])).
% 127.70/80.29 tff(15614,plain,
% 127.70/80.29 (v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10199, 15613])).
% 127.70/80.29 tff(15615,plain,
% 127.70/80.29 (v1052(constB15)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10207, 15614])).
% 127.70/80.29 tff(15616,plain,
% 127.70/80.29 (v1050(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10212, 15615])).
% 127.70/80.29 tff(15617,plain,
% 127.70/80.29 (v13(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15231, 15616])).
% 127.70/80.29 tff(15618,plain,
% 127.70/80.29 (sP958(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12765, 15617, 15315])).
% 127.70/80.29 tff(15619,plain,
% 127.70/80.29 (~v17(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15517, 15618, 15515])).
% 127.70/80.29 tff(15620,plain,
% 127.70/80.29 (~v17(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15519, 15618, 15515])).
% 127.70/80.29 tff(15621,plain,
% 127.70/80.29 (~v17(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15521, 15618, 15515])).
% 127.70/80.29 tff(15622,plain,
% 127.70/80.29 (~v1003(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12916, 4834, 15621, 15620])).
% 127.70/80.29 tff(15623,plain,
% 127.70/80.29 (sP954_aig_name(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12924, 15622, 15619])).
% 127.70/80.29 tff(15624,plain,
% 127.70/80.29 (v924(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12928, 1982, 15623])).
% 127.70/80.29 tff(15625,plain,
% 127.70/80.29 (sP957(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15526, 15624, 15617])).
% 127.70/80.29 tff(15626,plain,
% 127.70/80.29 (v7(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10826, 5875, 15625])).
% 127.70/80.29 tff(15627,plain,
% 127.70/80.29 (v7(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10822, 15626])).
% 127.70/80.29 tff(15628,plain,
% 127.70/80.29 (v1052(constB13)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10816, 15627])).
% 127.70/80.29 tff(15629,plain,
% 127.70/80.29 (v1050(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10808, 15628])).
% 127.70/80.29 tff(15630,plain,
% 127.70/80.29 (v13(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15318, 15629])).
% 127.70/80.29 tff(15631,plain,
% 127.70/80.29 (v7(constB12, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11110, 15630, 15316, 1, 15562, 342, 14633])).
% 127.70/80.29 tff(15632,plain,
% 127.70/80.29 (v7(constB11, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1772, 15631])).
% 127.70/80.29 tff(15633,plain,
% 127.70/80.29 (v929(constB11, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1751, 15632])).
% 127.70/80.29 tff(15634,plain,
% 127.70/80.29 (v940(constB11, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1743, 15633])).
% 127.70/80.29 tff(15635,plain,
% 127.70/80.29 (v938(constB10, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1717, 15634])).
% 127.70/80.29 tff(15636,plain,
% 127.70/80.29 (v13(constB10, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12418, 15635])).
% 127.70/80.29 tff(15637,plain,
% 127.70/80.29 (~sP960(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7457, 5864, 15566])).
% 127.70/80.29 tff(15638,plain,
% 127.70/80.29 ((~v952(constB10, bitIndex1)) | (~v13(constB10, bitIndex2))),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7452, 6136, 15637])).
% 127.70/80.29 tff(15639,plain,
% 127.70/80.29 (~v952(constB10, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15638, 15636])).
% 127.70/80.29 tff(15640,plain,
% 127.70/80.29 (v952(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11148, 15631, 2216])).
% 127.70/80.29 tff(15641,plain,
% 127.70/80.29 (v7(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11179, 15640, 15316, 15630])).
% 127.70/80.29 tff(15642,plain,
% 127.70/80.29 (v7(constB11, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7597, 15641])).
% 127.70/80.29 tff(15643,plain,
% 127.70/80.29 (v1052(constB11)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7591, 15642])).
% 127.70/80.29 tff(15644,plain,
% 127.70/80.29 (v1050(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7583, 15643])).
% 127.70/80.29 tff(15645,plain,
% 127.70/80.29 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7577, 6040, 14633])).
% 127.70/80.29 tff(15646,plain,
% 127.70/80.29 (v13(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15645, 15644])).
% 127.70/80.29 tff(15647,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[8024, 15646, 15639, 15567])).
% 127.70/80.29 tff(15648,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | v11(constB4) | v7(sK952_VarCurr, bitIndex0) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15649,plain,
% 127.70/80.29 (v13(constB12, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15648, 5310, 342, 1245, 2408, 2407, 1])).
% 127.70/80.29 tff(15650,plain,
% 127.70/80.29 (~v13(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10983, 15472, 15649, 1, 342, 14633])).
% 127.70/80.29 tff(15651,plain,
% 127.70/80.29 (~v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15427, 15473, 1245])).
% 127.70/80.29 tff(15652,plain,
% 127.70/80.29 (~v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[4044, 15651])).
% 127.70/80.29 tff(15653,plain,
% 127.70/80.29 (~v1052(constB15)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1457, 15652])).
% 127.70/80.29 tff(15654,plain,
% 127.70/80.29 (~v1050(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1472, 15653])).
% 127.70/80.29 tff(15655,plain,
% 127.70/80.29 (~v13(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2010, 15654])).
% 127.70/80.29 tff(15656,plain,
% 127.70/80.29 (v11(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2145, 15655])).
% 127.70/80.29 tff(15657,plain,
% 127.70/80.29 (~v1050(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10802, 6040, 15656, 15650])).
% 127.70/80.29 tff(15658,plain,
% 127.70/80.29 (~v1052(constB13)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10808, 15657])).
% 127.70/80.29 tff(15659,plain,
% 127.70/80.29 (~v7(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10816, 15658])).
% 127.70/80.29 tff(15660,plain,
% 127.70/80.29 (~v7(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10822, 15659])).
% 127.70/80.29 tff(15661,plain,
% 127.70/80.29 (v7(constB16, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.29 inference(monotonicity,[status(thm)],[15473])).
% 127.70/80.29 tff(15662,plain,
% 127.70/80.29 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB16, bitIndex2)),
% 127.70/80.29 inference(symmetry,[status(thm)],[15661])).
% 127.70/80.29 tff(15663,plain,
% 127.70/80.29 (v7(constB16, bitIndex2)),
% 127.70/80.29 inference(modus_ponens,[status(thm)],[2318, 15662])).
% 127.70/80.29 tff(15664,plain,
% 127.70/80.29 (v7(constB15, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[4072, 15663])).
% 127.70/80.29 tff(15665,plain,
% 127.70/80.29 (v929(constB15, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5505, 15664])).
% 127.70/80.29 tff(15666,plain,
% 127.70/80.29 (v940(constB15, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2348, 15665])).
% 127.70/80.29 tff(15667,plain,
% 127.70/80.29 (v938(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2356, 15666])).
% 127.70/80.29 tff(15668,plain,
% 127.70/80.29 (v13(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15569, 15667])).
% 127.70/80.29 tff(15669,plain,
% 127.70/80.29 (v7(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12799, 15668, 15175, 15660])).
% 127.70/80.29 tff(15670,plain,
% 127.70/80.29 (v7(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2214, 15669])).
% 127.70/80.29 tff(15671,plain,
% 127.70/80.29 (v956(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2193, 15670])).
% 127.70/80.29 tff(15672,plain,
% 127.70/80.29 (v940(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2185, 15671])).
% 127.70/80.29 tff(15673,plain,
% 127.70/80.29 (v938(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2159, 15672])).
% 127.70/80.29 tff(15674,plain,
% 127.70/80.29 (v13(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9911, 15673])).
% 127.70/80.29 tff(15675,plain,
% 127.70/80.29 (v13(constB8, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7939, 15674, 1, 15649, 14633])).
% 127.70/80.29 tff(15676,plain,
% 127.70/80.29 (~v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10908, 15675, 342])).
% 127.70/80.29 tff(15677,plain,
% 127.70/80.29 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6491, 6040, 15472])).
% 127.70/80.29 tff(15678,plain,
% 127.70/80.29 (~v1050(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15677, 15676])).
% 127.70/80.29 tff(15679,plain,
% 127.70/80.29 (~v1052(constB9)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6483, 15678])).
% 127.70/80.29 tff(15680,plain,
% 127.70/80.29 (~v7(constB9, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6478, 15679])).
% 127.70/80.29 tff(15681,plain,
% 127.70/80.29 (~v7(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6470, 15680])).
% 127.70/80.29 tff(15682,plain,
% 127.70/80.29 (~sP958(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[8033, 15681, 1, 15649, 15674, 14633])).
% 127.70/80.29 tff(15683,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6464, 5886, 15681, 15682])).
% 127.70/80.29 tff(15684,plain,(v11(constB16) | v7(constB10, bitIndex1) | v11(constB4) | v7(sK952_VarCurr, bitIndex0) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15685,plain,
% 127.70/80.29 (v11(constB16)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15684, 5310, 342, 1245, 2408, 1, 2407])).
% 127.70/80.29 tff(15686,plain,
% 127.70/80.29 (~v13(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12506, 15649, 1, 342, 14633])).
% 127.70/80.29 tff(15687,plain,
% 127.70/80.29 (~v13(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12799, 10989, 2299, 7542])).
% 127.70/80.29 tff(15688,plain,
% 127.70/80.29 (~(constB14 = sK952_VarCurr)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7544, 7542, 1516])).
% 127.70/80.29 tff(15689,plain,
% 127.70/80.29 (~v938(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2362, 15687])).
% 127.70/80.29 tff(15690,plain,
% 127.70/80.29 (~v940(constB15, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2356, 15689])).
% 127.70/80.29 tff(15691,plain,
% 127.70/80.29 (~v929(constB15, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2348, 15690])).
% 127.70/80.29 tff(15692,plain,
% 127.70/80.29 (~v7(constB15, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[5505, 15691])).
% 127.70/80.29 tff(15693,plain,
% 127.70/80.29 (~v7(constB16, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[4072, 15692])).
% 127.70/80.29 tff(15694,plain,
% 127.70/80.29 (constB16 = sK952_VarCurr),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15612, 9534, 1245, 7563, 1, 5323, 4112, 2408, 2407, 11346, 4113, 9481, 11348, 3964, 5310, 10171])).
% 127.70/80.29 tff(15695,plain,
% 127.70/80.29 (v7(constB16, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.29 inference(monotonicity,[status(thm)],[15694])).
% 127.70/80.29 tff(15696,plain,
% 127.70/80.29 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB16, bitIndex2)),
% 127.70/80.29 inference(symmetry,[status(thm)],[15695])).
% 127.70/80.29 tff(15697,plain,
% 127.70/80.29 (v7(constB16, bitIndex2)),
% 127.70/80.29 inference(modus_ponens,[status(thm)],[2318, 15696])).
% 127.70/80.29 tff(15698,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9534, 15697])).
% 127.70/80.29 tff(15699,plain,(v7(constB16, bitIndex2) | v7(sK952_VarCurr, bitIndex0) | (~v11(constB10)) | v7(constB10, bitIndex1) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (~v11(constB16)) | (constB14 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(constB16, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15700,plain,
% 127.70/80.29 (v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15699, 15693, 7563, 1, 5323, 4112, 2408, 2407, 11346, 4113, 9481, 15688, 3964, 5310, 1245])).
% 127.70/80.29 tff(15701,plain,
% 127.70/80.29 (v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10199, 15700])).
% 127.70/80.29 tff(15702,plain,
% 127.70/80.29 (v1052(constB15)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10207, 15701])).
% 127.70/80.29 tff(15703,plain,
% 127.70/80.29 (v1050(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10212, 15702])).
% 127.70/80.29 tff(15704,plain,
% 127.70/80.29 (v13(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10220, 15703])).
% 127.70/80.29 tff(15705,plain,
% 127.70/80.29 (v7(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12770, 15704, 2299, 7542])).
% 127.70/80.29 tff(15706,plain,
% 127.70/80.29 (~v952(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12833, 15704, 7542, 2299, 10989])).
% 127.70/80.29 tff(15707,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12871, 15706, 15705, 15687])).
% 127.70/80.29 tff(15708,plain,(v7(constB14, bitIndex0) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~v11(constB14)) | (~v11(constB10)) | v7(constB10, bitIndex1) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (~v11(constB16)) | (constB5 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15709,plain,
% 127.70/80.29 (v7(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15708, 7542, 2299, 2358, 7563, 1, 5323, 4112, 2408, 2407, 11346, 4113, 9481, 3964, 5310, 1245])).
% 127.70/80.29 tff(15710,plain,
% 127.70/80.29 (v7(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10822, 15709])).
% 127.70/80.29 tff(15711,plain,
% 127.70/80.29 ((~v1050(constB12)) | (~v11(constB12))),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10802, 6040, 1685])).
% 127.70/80.29 tff(15712,plain,
% 127.70/80.29 (~v1050(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15711, 13188])).
% 127.70/80.29 tff(15713,plain,
% 127.70/80.29 (~v1052(constB13)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10808, 15712])).
% 127.70/80.29 tff(15714,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10816, 15713, 15710])).
% 127.70/80.29 tff(15715,plain,(v7(constB14, bitIndex1) | v13(constB12, bitIndex0) | (~v13(constB14, bitIndex1)) | (~v11(constB14)) | (~v11(constB10)) | v7(constB10, bitIndex1) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (~v11(constB16)) | (constB5 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15716,plain,
% 127.70/80.29 (v7(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15715, 15686, 15175, 15173, 14633, 1, 14690, 2728, 2408, 2407, 14643, 2570, 15685, 2617, 5310, 1245])).
% 127.70/80.29 tff(15717,plain,
% 127.70/80.29 (v7(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2214, 15716])).
% 127.70/80.29 tff(15718,plain,
% 127.70/80.29 (v956(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2193, 15717])).
% 127.70/80.29 tff(15719,plain,
% 127.70/80.29 (v940(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2185, 15718])).
% 127.70/80.29 tff(15720,plain,
% 127.70/80.29 (v938(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2159, 15719])).
% 127.70/80.29 tff(15721,plain,
% 127.70/80.29 (v13(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9911, 15720])).
% 127.70/80.29 tff(15722,plain,
% 127.70/80.29 (v13(constB8, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7939, 15721, 1, 15649, 14633])).
% 127.70/80.29 tff(15723,plain,
% 127.70/80.29 (~v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10908, 15722, 342])).
% 127.70/80.29 tff(15724,plain,
% 127.70/80.29 (v11(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7947, 15721, 15649, 14633, 1])).
% 127.70/80.29 tff(15725,plain,
% 127.70/80.29 (~v1050(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6491, 6040, 15724, 15723])).
% 127.70/80.29 tff(15726,plain,
% 127.70/80.29 (~v1052(constB9)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6483, 15725])).
% 127.70/80.29 tff(15727,plain,
% 127.70/80.29 (~v7(constB9, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6478, 15726])).
% 127.70/80.29 tff(15728,plain,
% 127.70/80.29 (~v7(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6470, 15727])).
% 127.70/80.29 tff(15729,plain,
% 127.70/80.29 (~sP958(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[8033, 15728, 1, 15649, 15721, 14633])).
% 127.70/80.29 tff(15730,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6464, 5886, 15728, 15729])).
% 127.70/80.29 tff(15731,plain,((constB19 = sK952_VarCurr) | v7(constB10, bitIndex1) | v11(constB4) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15732,plain,
% 127.70/80.29 (constB19 = sK952_VarCurr),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15731, 1, 342, 2408, 2407, 1245])).
% 127.70/80.29 tff(15733,plain,
% 127.70/80.29 (~v13(constB16, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[13260, 7542, 2299, 2216, 2358])).
% 127.70/80.29 tff(15734,plain,
% 127.70/80.29 (v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11465, 15733, 3965, 1245])).
% 127.70/80.29 tff(15735,plain,
% 127.70/80.29 (v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10199, 15734])).
% 127.70/80.29 tff(15736,plain,
% 127.70/80.29 (v1052(constB15)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10207, 15735])).
% 127.70/80.29 tff(15737,plain,
% 127.70/80.29 (v1050(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10212, 15736])).
% 127.70/80.29 tff(15738,plain,
% 127.70/80.29 (v13(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10220, 15737])).
% 127.70/80.29 tff(15739,plain,
% 127.70/80.29 (v7(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12770, 15738, 2299, 7542])).
% 127.70/80.29 tff(15740,plain,
% 127.70/80.29 (v7(constB13, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2293, 15739])).
% 127.70/80.29 tff(15741,plain,
% 127.70/80.29 (v929(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2272, 15740])).
% 127.70/80.29 tff(15742,plain,
% 127.70/80.29 (v940(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2264, 15741])).
% 127.70/80.29 tff(15743,plain,
% 127.70/80.29 (v938(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2238, 15742])).
% 127.70/80.29 tff(15744,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2229, 2226, 13188, 2216, 15743])).
% 127.70/80.29 tff(15745,plain,(v7(constB14, bitIndex1) | v13(constB12, bitIndex2) | (~v13(constB14, bitIndex1)) | (~v11(constB14)) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15746,plain,
% 127.70/80.29 (v7(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15745, 2216, 2299, 2358, 3965, 1245])).
% 127.70/80.29 tff(15747,plain,
% 127.70/80.29 (v7(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2214, 15746])).
% 127.70/80.29 tff(15748,plain,
% 127.70/80.29 (v956(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2193, 15747])).
% 127.70/80.29 tff(15749,plain,
% 127.70/80.29 (v940(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2185, 15748])).
% 127.70/80.29 tff(15750,plain,
% 127.70/80.29 (v938(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2159, 15749])).
% 127.70/80.29 tff(15751,plain,
% 127.70/80.29 (v11(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9909, 335, 15750])).
% 127.70/80.29 tff(15752,plain,
% 127.70/80.29 (~v938(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2230, 15751])).
% 127.70/80.29 tff(15753,plain,
% 127.70/80.29 (~v940(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2238, 15752])).
% 127.70/80.29 tff(15754,plain,
% 127.70/80.29 (~v929(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2264, 15753])).
% 127.70/80.29 tff(15755,plain,
% 127.70/80.29 (~v7(constB13, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2272, 15754])).
% 127.70/80.29 tff(15756,plain,
% 127.70/80.29 (~v7(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2293, 15755])).
% 127.70/80.29 tff(15757,plain,
% 127.70/80.29 (~v13(constB16, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15344, 10989, 2358, 2299, 12722])).
% 127.70/80.29 tff(15758,plain,
% 127.70/80.29 (v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11465, 15757, 3965, 1245])).
% 127.70/80.29 tff(15759,plain,
% 127.70/80.29 (v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10199, 15758])).
% 127.70/80.29 tff(15760,plain,
% 127.70/80.29 (v1052(constB15)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10207, 15759])).
% 127.70/80.29 tff(15761,plain,
% 127.70/80.29 (v1050(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10212, 15760])).
% 127.70/80.29 tff(15762,plain,
% 127.70/80.29 (v13(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10220, 15761])).
% 127.70/80.29 tff(15763,plain,
% 127.70/80.29 (sP958(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12765, 15762, 12722])).
% 127.70/80.29 tff(15764,plain,
% 127.70/80.29 (~v17(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12896, 15763, 15323])).
% 127.70/80.29 tff(15765,plain,
% 127.70/80.29 (~v17(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12904, 15763, 15323])).
% 127.70/80.29 tff(15766,plain,
% 127.70/80.29 (~v17(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12912, 15763, 15323])).
% 127.70/80.29 tff(15767,plain,
% 127.70/80.29 (~v1003(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12916, 4834, 15766, 15765])).
% 127.70/80.29 tff(15768,plain,
% 127.70/80.29 (sP954_aig_name(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12924, 15767, 15764])).
% 127.70/80.29 tff(15769,plain,
% 127.70/80.29 (~v924(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12746, 10991, 15762])).
% 127.70/80.29 tff(15770,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12928, 1982, 15769, 15768])).
% 127.70/80.29 tff(15771,plain,(v7(constB14, bitIndex0) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex1)) | (~v11(constB14)) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15772,plain,
% 127.70/80.29 (v7(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15771, 15756, 2299, 2358, 3965, 1245])).
% 127.70/80.29 tff(15773,plain,
% 127.70/80.29 (v7(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10822, 15772])).
% 127.70/80.29 tff(15774,plain,
% 127.70/80.29 (v1052(constB13)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10816, 15773])).
% 127.70/80.29 tff(15775,plain,
% 127.70/80.29 (v1050(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10808, 15774])).
% 127.70/80.29 tff(15776,plain,
% 127.70/80.29 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10802, 6040, 15751])).
% 127.70/80.29 tff(15777,plain,
% 127.70/80.29 (v13(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15776, 15775])).
% 127.70/80.29 tff(15778,plain,
% 127.70/80.29 (v13(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9911, 15750])).
% 127.70/80.29 tff(15779,plain,
% 127.70/80.29 (v7(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15071, 10627, 1, 342, 7563, 3965, 1245])).
% 127.70/80.29 tff(15780,plain,
% 127.70/80.29 (v7(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2214, 15779])).
% 127.70/80.29 tff(15781,plain,
% 127.70/80.29 (v956(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2193, 15780])).
% 127.70/80.29 tff(15782,plain,
% 127.70/80.29 (~v13(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[13064, 10627, 7563, 6238, 1])).
% 127.70/80.29 tff(15783,plain,
% 127.70/80.29 (~v938(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9911, 15782])).
% 127.70/80.29 tff(15784,plain,
% 127.70/80.29 (~v940(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2159, 15783])).
% 127.70/80.29 tff(15785,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2185, 15784, 15781])).
% 127.70/80.29 tff(15786,plain,(v11(constB8) | (~v11(constB10)) | v7(constB10, bitIndex1) | v11(constB4) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15787,plain,
% 127.70/80.29 (v11(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15786, 7563, 1, 342, 3965, 1245])).
% 127.70/80.29 tff(15788,plain,
% 127.70/80.29 (v7(constB12, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11110, 15777, 15778, 1, 15787, 342, 7563])).
% 127.70/80.29 tff(15789,plain,
% 127.70/80.29 (v952(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11148, 15788, 2216])).
% 127.70/80.29 tff(15790,plain,
% 127.70/80.29 (v7(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11179, 15789, 15778, 15777])).
% 127.70/80.29 tff(15791,plain,
% 127.70/80.29 (v7(constB11, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7597, 15790])).
% 127.70/80.29 tff(15792,plain,
% 127.70/80.29 (v1052(constB11)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7591, 15791])).
% 127.70/80.29 tff(15793,plain,
% 127.70/80.29 (v1050(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7583, 15792])).
% 127.70/80.29 tff(15794,plain,
% 127.70/80.29 (v13(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7578, 15793])).
% 127.70/80.29 tff(15795,plain,
% 127.70/80.29 (v7(constB10, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12422, 15777, 7563, 1, 2216, 15778, 342])).
% 127.70/80.29 tff(15796,plain,
% 127.70/80.29 (v7(constB9, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6412, 15795])).
% 127.70/80.29 tff(15797,plain,
% 127.70/80.29 (v929(constB9, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6420, 15796])).
% 127.70/80.29 tff(15798,plain,
% 127.70/80.29 (v940(constB9, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6446, 15797])).
% 127.70/80.29 tff(15799,plain,
% 127.70/80.29 (v938(constB8, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6454, 15798])).
% 127.70/80.29 tff(15800,plain,
% 127.70/80.29 (v13(constB8, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7651, 15799])).
% 127.70/80.29 tff(15801,plain,
% 127.70/80.29 (~v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10908, 15800, 342])).
% 127.70/80.29 tff(15802,plain,
% 127.70/80.29 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6491, 6040, 15787])).
% 127.70/80.29 tff(15803,plain,
% 127.70/80.29 (~v1050(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15802, 15801])).
% 127.70/80.29 tff(15804,plain,
% 127.70/80.29 (~v1052(constB9)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6483, 15803])).
% 127.70/80.29 tff(15805,plain,
% 127.70/80.29 (~v7(constB9, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6478, 15804])).
% 127.70/80.29 tff(15806,plain,
% 127.70/80.29 (~v7(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6470, 15805])).
% 127.70/80.29 tff(15807,plain,
% 127.70/80.29 (~sP957(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7954, 5875, 15806])).
% 127.70/80.29 tff(15808,plain,
% 127.70/80.29 (~sP960(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7457, 5864, 15806])).
% 127.70/80.29 tff(15809,plain,
% 127.70/80.29 (v7(constB11, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1772, 15788])).
% 127.70/80.29 tff(15810,plain,
% 127.70/80.29 (v929(constB11, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1751, 15809])).
% 127.70/80.29 tff(15811,plain,
% 127.70/80.29 (v940(constB11, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1743, 15810])).
% 127.70/80.29 tff(15812,plain,
% 127.70/80.29 (v938(constB10, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[1717, 15811])).
% 127.70/80.29 tff(15813,plain,
% 127.70/80.29 (v13(constB10, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12418, 15812])).
% 127.70/80.29 tff(15814,plain,
% 127.70/80.29 (~v952(constB10, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7452, 6136, 15813, 15808])).
% 127.70/80.29 tff(15815,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[8024, 15814, 15807, 15794])).
% 127.70/80.29 tff(15816,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB10)) | v11(constB4) | (~v13(constB14, bitIndex1)) | (~v11(constB14)) | (~(constB19 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15817,plain,
% 127.70/80.29 (v13(constB12, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15816, 1, 14633, 342, 15175, 15173, 15732, 1245])).
% 127.70/80.29 tff(15818,plain,
% 127.70/80.29 (~v13(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12506, 15817, 1, 342, 14633])).
% 127.70/80.29 tff(15819,plain,
% 127.70/80.29 (v7(constB10, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15115, 15817, 342, 14633, 1, 15732, 1245])).
% 127.70/80.29 tff(15820,plain,
% 127.70/80.29 (v7(constB9, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6412, 15819])).
% 127.70/80.29 tff(15821,plain,
% 127.70/80.29 (v929(constB9, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6420, 15820])).
% 127.70/80.29 tff(15822,plain,
% 127.70/80.29 (v940(constB9, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6446, 15821])).
% 127.70/80.29 tff(15823,plain,
% 127.70/80.29 (v938(constB8, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6454, 15822])).
% 127.70/80.29 tff(15824,plain,
% 127.70/80.29 (v13(constB8, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[7651, 15823])).
% 127.70/80.29 tff(15825,plain,
% 127.70/80.29 (~v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10908, 15824, 342])).
% 127.70/80.29 tff(15826,plain,
% 127.70/80.29 (v11(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15786, 14633, 1, 342, 15732, 1245])).
% 127.70/80.29 tff(15827,plain,
% 127.70/80.29 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6491, 6040, 15826])).
% 127.70/80.29 tff(15828,plain,
% 127.70/80.29 (~v1050(constB8)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15827, 15825])).
% 127.70/80.29 tff(15829,plain,
% 127.70/80.29 (~v1052(constB9)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6483, 15828])).
% 127.70/80.29 tff(15830,plain,
% 127.70/80.29 (~v7(constB9, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6478, 15829])).
% 127.70/80.29 tff(15831,plain,
% 127.70/80.29 (~v7(constB10, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6470, 15830])).
% 127.70/80.29 tff(15832,plain,
% 127.70/80.29 (sP958(constB10)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[6464, 5886, 15831])).
% 127.70/80.29 tff(15833,plain,
% 127.70/80.29 (~v13(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[8033, 15832, 1, 15817, 15831, 14633])).
% 127.70/80.29 tff(15834,plain,
% 127.70/80.29 (~v938(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9911, 15833])).
% 127.70/80.29 tff(15835,plain,
% 127.70/80.29 (~v940(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2159, 15834])).
% 127.70/80.29 tff(15836,plain,
% 127.70/80.29 (~v956(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2185, 15835])).
% 127.70/80.29 tff(15837,plain,
% 127.70/80.29 (~v7(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2193, 15836])).
% 127.70/80.29 tff(15838,plain,
% 127.70/80.29 (~v7(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2214, 15837])).
% 127.70/80.29 tff(15839,plain,
% 127.70/80.29 (v11(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12779, 15838, 15175])).
% 127.70/80.29 tff(15840,plain,
% 127.70/80.29 (~v1050(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10802, 6040, 15839, 15818])).
% 127.70/80.29 tff(15841,plain,
% 127.70/80.29 (~v1052(constB13)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10808, 15840])).
% 127.70/80.29 tff(15842,plain,
% 127.70/80.29 (~v7(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10816, 15841])).
% 127.70/80.29 tff(15843,plain,
% 127.70/80.29 (~v7(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10822, 15842])).
% 127.70/80.29 tff(15844,plain,
% 127.70/80.29 (~v13(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12799, 15843, 15175, 15838])).
% 127.70/80.29 tff(15845,plain,
% 127.70/80.29 (v7(constB14, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15771, 15843, 15175, 15173, 15732, 1245])).
% 127.70/80.29 tff(15846,plain,
% 127.70/80.29 (v952(constB14, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12871, 15845, 15844])).
% 127.70/80.29 tff(15847,plain,
% 127.70/80.29 (~v13(constB14, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12833, 15846, 15838, 15175, 15843])).
% 127.70/80.29 tff(15848,plain,
% 127.70/80.29 (~v1050(constB14)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15231, 15847])).
% 127.70/80.29 tff(15849,plain,
% 127.70/80.29 (~v13(constB16, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[13682, 15843, 15175, 15173, 15838])).
% 127.70/80.29 tff(15850,plain,
% 127.70/80.29 (v7(constB16, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11465, 15849, 15732, 1245])).
% 127.70/80.29 tff(15851,plain,
% 127.70/80.29 (v7(constB15, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10199, 15850])).
% 127.70/80.29 tff(15852,plain,
% 127.70/80.29 (v1052(constB15)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10207, 15851])).
% 127.70/80.29 tff(15853,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10212, 15852, 15848])).
% 127.70/80.29 tff(15854,plain,(v7(constB10, bitIndex1) | v7(sK952_VarCurr, bitIndex0) | v11(constB4) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15855,plain,
% 127.70/80.29 (constB13 = sK952_VarCurr),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15854, 1245, 342, 1244, 14632])).
% 127.70/80.29 tff(15856,plain,
% 127.70/80.29 (v7(constB13, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[14173, 15855, 2318])).
% 127.70/80.29 tff(15857,plain,
% 127.70/80.29 (v929(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2272, 15856])).
% 127.70/80.29 tff(15858,plain,
% 127.70/80.29 (v940(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2264, 15857])).
% 127.70/80.29 tff(15859,plain,
% 127.70/80.29 (v938(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2238, 15858])).
% 127.70/80.29 tff(15860,plain,
% 127.70/80.29 (v7(constB13, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[11706, 15855, 1516])).
% 127.70/80.29 tff(15861,plain,
% 127.70/80.29 (v956(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2193, 15860])).
% 127.70/80.29 tff(15862,plain,
% 127.70/80.29 (v940(constB13, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2185, 15861])).
% 127.70/80.29 tff(15863,plain,
% 127.70/80.29 (v938(constB12, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2159, 15862])).
% 127.70/80.29 tff(15864,plain,
% 127.70/80.29 (v13(constB12, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[9911, 15863])).
% 127.70/80.29 tff(15865,plain,
% 127.70/80.29 (~v13(constB12, bitIndex2)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[12464, 15864, 1244, 7563, 342])).
% 127.70/80.29 tff(15866,plain,
% 127.70/80.29 (v11(constB12)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[10129, 15859])).
% 127.70/80.29 tff(15867,plain,
% 127.70/80.29 ($false),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[2229, 2226, 15866, 15865, 15859])).
% 127.70/80.29 tff(15868,plain,(v7(sK952_VarCurr, bitIndex0) | (~v11(constB10)) | v11(constB4) | (~v7(constB15, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.29 tff(15869,plain,
% 127.70/80.29 (v7(sK952_VarCurr, bitIndex0)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[15868, 14631, 342, 5377])).
% 127.70/80.29 tff(15870,plain,
% 127.70/80.29 (~v7(sK952_VarCurr, bitIndex1)),
% 127.70/80.29 inference(unit_resolution,[status(thm)],[14080, 15869, 342, 1244])).
% 127.70/80.30 tff(15871,plain,
% 127.70/80.30 (v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6, 15870])).
% 127.70/80.30 tff(15872,plain,
% 127.70/80.30 (~(constB7 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14094, 15871, 14089])).
% 127.70/80.30 tff(15873,plain,
% 127.70/80.30 (~(constB9 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14118, 15869, 342])).
% 127.70/80.30 tff(15874,plain,
% 127.70/80.30 (~(constB6 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[4127, 15871, 835])).
% 127.70/80.30 tff(15875,plain,
% 127.70/80.30 (~(constB10 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14134, 15869, 342])).
% 127.70/80.30 tff(15876,plain,
% 127.70/80.30 (~(constB15 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14141, 15871, 5506])).
% 127.70/80.30 tff(15877,plain,
% 127.70/80.30 (v13(constB10, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7578, 12582])).
% 127.70/80.30 tff(15878,plain,
% 127.70/80.30 (v7(constB12, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14151, 5324, 14102])).
% 127.70/80.30 tff(15879,plain,
% 127.70/80.30 (v7(constB11, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1772, 15878])).
% 127.70/80.30 tff(15880,plain,
% 127.70/80.30 (v929(constB11, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1751, 15879])).
% 127.70/80.30 tff(15881,plain,
% 127.70/80.30 (v940(constB11, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1743, 15880])).
% 127.70/80.30 tff(15882,plain,
% 127.70/80.30 (v938(constB10, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1717, 15881])).
% 127.70/80.30 tff(15883,plain,
% 127.70/80.30 (v13(constB10, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12418, 15882])).
% 127.70/80.30 tff(15884,plain,
% 127.70/80.30 (v7(constB10, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11193, 15883, 15877, 1244])).
% 127.70/80.30 tff(15885,plain,
% 127.70/80.30 (v7(constB9, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6412, 15884])).
% 127.70/80.30 tff(15886,plain,
% 127.70/80.30 (v929(constB9, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6420, 15885])).
% 127.70/80.30 tff(15887,plain,
% 127.70/80.30 (v940(constB9, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6446, 15886])).
% 127.70/80.30 tff(15888,plain,
% 127.70/80.30 (v938(constB8, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6454, 15887])).
% 127.70/80.30 tff(15889,plain,
% 127.70/80.30 (v13(constB8, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7651, 15888])).
% 127.70/80.30 tff(15890,plain,
% 127.70/80.30 (~v13(constB8, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10908, 15889, 342])).
% 127.70/80.30 tff(15891,plain,
% 127.70/80.30 (v11(constB8)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10622, 15888])).
% 127.70/80.30 tff(15892,plain,
% 127.70/80.30 (~v1050(constB8)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6491, 6040, 15891, 15890])).
% 127.70/80.30 tff(15893,plain,
% 127.70/80.30 (~v1052(constB9)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6483, 15892])).
% 127.70/80.30 tff(15894,plain,
% 127.70/80.30 (~v7(constB9, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6478, 15893])).
% 127.70/80.30 tff(15895,plain,
% 127.70/80.30 (~v7(constB10, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6470, 15894])).
% 127.70/80.30 tff(15896,plain,
% 127.70/80.30 (~sP960(constB10)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7457, 5864, 15895])).
% 127.70/80.30 tff(15897,plain,
% 127.70/80.30 (~sP957(constB10)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7954, 5875, 15895])).
% 127.70/80.30 tff(15898,plain,
% 127.70/80.30 (v952(constB10, bitIndex1) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7978, 6075, 1244])).
% 127.70/80.30 tff(15899,plain,
% 127.70/80.30 (v952(constB10, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15898, 15897, 15877])).
% 127.70/80.30 tff(15900,plain,
% 127.70/80.30 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7452, 6136, 15883])).
% 127.70/80.30 tff(15901,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15900, 15899, 15896])).
% 127.70/80.30 tff(15902,plain,((~(constB12 = sK952_VarCurr)) | v11(constB4) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(15903,plain,
% 127.70/80.30 (~(constB12 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15902, 14631, 342, 15869])).
% 127.70/80.30 tff(15904,plain,
% 127.70/80.30 (~(constB8 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2429, 15871, 14166])).
% 127.70/80.30 tff(15905,plain,
% 127.70/80.30 (~(constB5 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14158, 15871, 784])).
% 127.70/80.30 tff(15906,plain,
% 127.70/80.30 (~(constB16 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14163, 15871, 5507])).
% 127.70/80.30 tff(15907,plain,
% 127.70/80.30 (v7(constB11, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14148, 4103, 14102])).
% 127.70/80.30 tff(15908,plain,
% 127.70/80.30 (v929(constB11, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1751, 15907])).
% 127.70/80.30 tff(15909,plain,
% 127.70/80.30 (v940(constB11, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1743, 15908])).
% 127.70/80.30 tff(15910,plain,
% 127.70/80.30 (v938(constB10, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1717, 15909])).
% 127.70/80.30 tff(15911,plain,
% 127.70/80.30 (v13(constB10, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12418, 15910])).
% 127.70/80.30 tff(15912,plain,
% 127.70/80.30 (v13(constB10, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7578, 12552])).
% 127.70/80.30 tff(15913,plain,
% 127.70/80.30 (v7(constB10, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11193, 15912, 15911, 1244])).
% 127.70/80.30 tff(15914,plain,
% 127.70/80.30 (v7(constB9, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6412, 15913])).
% 127.70/80.30 tff(15915,plain,
% 127.70/80.30 (v929(constB9, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6420, 15914])).
% 127.70/80.30 tff(15916,plain,
% 127.70/80.30 (v940(constB9, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6446, 15915])).
% 127.70/80.30 tff(15917,plain,
% 127.70/80.30 (v938(constB8, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6454, 15916])).
% 127.70/80.30 tff(15918,plain,
% 127.70/80.30 (v13(constB8, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7651, 15917])).
% 127.70/80.30 tff(15919,plain,
% 127.70/80.30 (~v13(constB8, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10908, 15918, 342])).
% 127.70/80.30 tff(15920,plain,
% 127.70/80.30 (v11(constB8)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10622, 15917])).
% 127.70/80.30 tff(15921,plain,
% 127.70/80.30 (~v1050(constB8)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6491, 6040, 15920, 15919])).
% 127.70/80.30 tff(15922,plain,
% 127.70/80.30 (~v1052(constB9)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6483, 15921])).
% 127.70/80.30 tff(15923,plain,
% 127.70/80.30 (~v7(constB9, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6478, 15922])).
% 127.70/80.30 tff(15924,plain,
% 127.70/80.30 (~v7(constB10, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6470, 15923])).
% 127.70/80.30 tff(15925,plain,
% 127.70/80.30 (~sP960(constB10)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7457, 5864, 15924])).
% 127.70/80.30 tff(15926,plain,
% 127.70/80.30 (~sP957(constB10)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7954, 5875, 15924])).
% 127.70/80.30 tff(15927,plain,
% 127.70/80.30 (v952(constB10, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15898, 15926, 15912])).
% 127.70/80.30 tff(15928,plain,
% 127.70/80.30 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[7452, 6136, 15911])).
% 127.70/80.30 tff(15929,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15928, 15927, 15925])).
% 127.70/80.30 tff(15930,plain,((~(constB11 = sK952_VarCurr)) | v11(constB4) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(15931,plain,
% 127.70/80.30 (~(constB11 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15930, 14631, 342, 15869])).
% 127.70/80.30 tff(15932,plain,
% 127.70/80.30 (v7(constB13, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14622, 15931, 11698, 5495, 11679, 15906, 15905, 15904, 15903, 15876, 15875, 15874, 15873, 15872, 15871, 15869])).
% 127.70/80.30 tff(15933,plain,
% 127.70/80.30 (v929(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2272, 15932])).
% 127.70/80.30 tff(15934,plain,
% 127.70/80.30 (v940(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2264, 15933])).
% 127.70/80.30 tff(15935,plain,
% 127.70/80.30 (v938(constB12, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2238, 15934])).
% 127.70/80.30 tff(15936,plain,
% 127.70/80.30 (v11(constB12)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10129, 15935])).
% 127.70/80.30 tff(15937,plain,
% 127.70/80.30 (v13(constB12, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2229, 2226, 15936, 15935])).
% 127.70/80.30 tff(15938,plain,
% 127.70/80.30 (~v13(constB12, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12506, 15937, 1244, 342, 14631])).
% 127.70/80.30 tff(15939,plain,
% 127.70/80.30 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10802, 6040, 15936])).
% 127.70/80.30 tff(15940,plain,
% 127.70/80.30 (~v1050(constB12)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15939, 15938])).
% 127.70/80.30 tff(15941,plain,
% 127.70/80.30 (~v1052(constB13)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10808, 15940])).
% 127.70/80.30 tff(15942,plain,
% 127.70/80.30 (~v7(constB13, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10816, 15941])).
% 127.70/80.30 tff(15943,plain,
% 127.70/80.30 (~v7(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10822, 15942])).
% 127.70/80.30 tff(15944,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10989, 12476])).
% 127.70/80.30 tff(15945,plain,((~(constB14 = sK952_VarCurr)) | v7(constB14, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(15946,plain,
% 127.70/80.30 (~(constB14 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15945, 15943, 15869])).
% 127.70/80.30 tff(15947,plain,
% 127.70/80.30 (v13(constB18, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14520, 2408, 11700, 5309, 3964, 4113, 11346, 2407, 3694, 5281, 4111, 4112, 5323, 11348, 2422, 5569])).
% 127.70/80.30 tff(15948,plain,
% 127.70/80.30 (constB19 = sK952_VarCurr),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14578, 15947, 4113, 14500, 5309, 14422, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 2422, 11348, 2408, 14165, 5529, 5569])).
% 127.70/80.30 tff(15949,plain,
% 127.70/80.30 (v940(constB19, bitIndex1) <=> v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.30 inference(monotonicity,[status(thm)],[15948])).
% 127.70/80.30 tff(15950,plain,
% 127.70/80.30 (v940(sK952_VarCurr, bitIndex1) <=> v940(constB19, bitIndex1)),
% 127.70/80.30 inference(symmetry,[status(thm)],[15949])).
% 127.70/80.30 tff(15951,plain,
% 127.70/80.30 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.70/80.30 inference(monotonicity,[status(thm)],[15948])).
% 127.70/80.30 tff(15952,plain,
% 127.70/80.30 (v930(sK952_VarCurr)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[5660, 15951])).
% 127.70/80.30 tff(15953,plain,
% 127.70/80.30 (v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14515, 15952])).
% 127.70/80.30 tff(15954,plain,
% 127.70/80.30 (v940(constB19, bitIndex1)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[15953, 15950])).
% 127.70/80.30 tff(15955,plain,
% 127.70/80.30 (v938(constB18, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14209, 15954])).
% 127.70/80.30 tff(15956,plain,
% 127.70/80.30 (v11(constB18)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14204, 15955])).
% 127.70/80.30 tff(15957,plain,
% 127.70/80.30 (v13(constB18, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5675, 2226, 15956, 15955])).
% 127.70/80.30 tff(15958,plain,
% 127.70/80.30 (v11(constB16)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14598, 15957, 15947])).
% 127.70/80.30 tff(15959,plain,
% 127.70/80.30 (~v938(constB16, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5573, 15958])).
% 127.70/80.30 tff(15960,plain,
% 127.70/80.30 (~v940(constB17, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5581, 15959])).
% 127.70/80.30 tff(15961,plain,
% 127.70/80.30 (~v929(constB17, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5607, 15960])).
% 127.70/80.30 tff(15962,plain,
% 127.70/80.30 (~v7(constB17, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5615, 15961])).
% 127.70/80.30 tff(15963,plain,
% 127.70/80.30 (~v7(constB18, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5636, 15962])).
% 127.70/80.30 tff(15964,plain,
% 127.70/80.30 (sP960(constB18)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5724, 1804, 15963, 15957])).
% 127.70/80.30 tff(15965,plain,
% 127.70/80.30 (v28(constB18, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5732, 1819, 15964])).
% 127.70/80.30 tff(15966,plain,
% 127.70/80.30 (~v32(constB18)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14524, 1841, 15964])).
% 127.70/80.30 tff(15967,plain,
% 127.70/80.30 (~v938(constB16, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5533, 15958])).
% 127.70/80.30 tff(15968,plain,
% 127.70/80.30 (~v940(constB17, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5541, 15967])).
% 127.70/80.30 tff(15969,plain,
% 127.70/80.30 (~v956(constB17, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5567, 15968])).
% 127.70/80.30 tff(15970,plain,
% 127.70/80.30 (~v7(constB17, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10249, 15969])).
% 127.70/80.30 tff(15971,plain,
% 127.70/80.30 (~v7(constB18, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5759, 15970])).
% 127.70/80.30 tff(15972,plain,
% 127.70/80.30 (v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | sP957(constB18)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12012, 1785, 15947])).
% 127.70/80.30 tff(15973,plain,
% 127.70/80.30 (sP957(constB18)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15972, 15971, 15963])).
% 127.70/80.30 tff(15974,plain,
% 127.70/80.30 (v615(constB16)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14565, 15958])).
% 127.70/80.30 tff(15975,plain,
% 127.70/80.30 (v617(constB17)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11938, 15974])).
% 127.70/80.30 tff(15976,plain,
% 127.70/80.30 (v62(constB17, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11968, 15975])).
% 127.70/80.30 tff(15977,plain,
% 127.70/80.30 (v62(constB18, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11986, 15976])).
% 127.70/80.30 tff(15978,plain,
% 127.70/80.30 (v32(constB18) | (~v28(constB18, bitIndex1))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14575, 1855, 15977, 15973])).
% 127.70/80.30 tff(15979,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15978, 15966, 15965])).
% 127.70/80.30 tff(15980,plain,((constB13 = sK952_VarCurr) | (~v67(constB16, bitIndex0)) | v13(constB16, bitIndex1) | v13(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2)) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(15981,plain,
% 127.70/80.30 (constB13 = sK952_VarCurr),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15980, 11679, 11698, 5495, 15904, 15906, 15905, 15903, 15931, 15876, 15875, 15874, 15873, 15872, 15871, 15946, 15869])).
% 127.70/80.30 tff(15982,plain,
% 127.70/80.30 (v7(constB13, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.70/80.30 inference(monotonicity,[status(thm)],[15981])).
% 127.70/80.30 tff(15983,plain,
% 127.70/80.30 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB13, bitIndex0)),
% 127.70/80.30 inference(symmetry,[status(thm)],[15982])).
% 127.70/80.30 tff(15984,plain,
% 127.70/80.30 (v7(constB13, bitIndex0)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[15869, 15983])).
% 127.70/80.30 tff(15985,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15942, 15984])).
% 127.70/80.30 tff(15986,plain,(v11(constB14) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(15987,plain,
% 127.70/80.30 (v11(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15986, 342])).
% 127.70/80.30 tff(15988,plain,
% 127.70/80.30 (v7(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11806, 1344, 1516])).
% 127.70/80.30 tff(15989,plain,
% 127.70/80.30 (v956(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9649, 15988])).
% 127.70/80.30 tff(15990,plain,
% 127.70/80.30 (v940(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9654, 15989])).
% 127.70/80.30 tff(15991,plain,
% 127.70/80.30 (v938(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9659, 15990])).
% 127.70/80.30 tff(15992,plain,
% 127.70/80.30 (v13(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11741, 15991])).
% 127.70/80.30 tff(15993,plain,
% 127.70/80.30 (~v7(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15868, 11661, 342, 1245])).
% 127.70/80.30 tff(15994,plain,
% 127.70/80.30 (~v1052(constB15)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1457, 15993])).
% 127.70/80.30 tff(15995,plain,
% 127.70/80.30 (~v1050(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1472, 15994])).
% 127.70/80.30 tff(15996,plain,
% 127.70/80.30 (~v13(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2010, 15995])).
% 127.70/80.30 tff(15997,plain,
% 127.70/80.30 (v11(constB12)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2145, 15996])).
% 127.70/80.30 tff(15998,plain,
% 127.70/80.30 (v7(constB15, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14141, 1344, 2318])).
% 127.70/80.30 tff(15999,plain,
% 127.70/80.30 (v929(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5505, 15998])).
% 127.70/80.30 tff(16000,plain,
% 127.70/80.30 (v940(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2348, 15999])).
% 127.70/80.30 tff(16001,plain,
% 127.70/80.30 (v938(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2356, 16000])).
% 127.70/80.30 tff(16002,plain,
% 127.70/80.30 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2361, 2226, 15987])).
% 127.70/80.30 tff(16003,plain,
% 127.70/80.30 (v13(constB14, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16002, 16001])).
% 127.70/80.30 tff(16004,plain,
% 127.70/80.30 (~v13(constB12, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13945, 16003, 342, 1244, 11661, 15997])).
% 127.70/80.30 tff(16005,plain,
% 127.70/80.30 (v13(constB12, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2380, 16004, 1245, 1344, 15992, 15987])).
% 127.70/80.30 tff(16006,plain,
% 127.70/80.30 (~v13(constB12, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12506, 16005, 1244, 342, 11661])).
% 127.70/80.30 tff(16007,plain,
% 127.70/80.30 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10802, 6040, 15997])).
% 127.70/80.30 tff(16008,plain,
% 127.70/80.30 (~v1050(constB12)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16007, 16006])).
% 127.70/80.30 tff(16009,plain,
% 127.70/80.30 (~v1052(constB13)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10808, 16008])).
% 127.70/80.30 tff(16010,plain,
% 127.70/80.30 (~v7(constB13, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10816, 16009])).
% 127.70/80.30 tff(16011,plain,
% 127.70/80.30 (~v938(constB12, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9911, 16004])).
% 127.70/80.30 tff(16012,plain,
% 127.70/80.30 (~v940(constB13, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2159, 16011])).
% 127.70/80.30 tff(16013,plain,
% 127.70/80.30 (~v956(constB13, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2185, 16012])).
% 127.70/80.30 tff(16014,plain,
% 127.70/80.30 (~v7(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2193, 16013])).
% 127.70/80.30 tff(16015,plain,
% 127.70/80.30 (~v7(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2214, 16014])).
% 127.70/80.30 tff(16016,plain,
% 127.70/80.30 (v7(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12799, 16015, 15992, 16003])).
% 127.70/80.30 tff(16017,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10822, 16016, 16010])).
% 127.70/80.30 tff(16018,plain,((~(constB15 = sK952_VarCurr)) | v11(constB4) | v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16019,plain,
% 127.70/80.30 (~(constB15 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16018, 1245, 342])).
% 127.70/80.30 tff(16020,plain,
% 127.70/80.30 (constB13 = sK952_VarCurr),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[15854, 16019, 342, 1244, 1245])).
% 127.70/80.30 tff(16021,plain,
% 127.70/80.30 (v7(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11706, 16020, 1516])).
% 127.70/80.30 tff(16022,plain,
% 127.70/80.30 (v956(constB13, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2193, 16021])).
% 127.70/80.30 tff(16023,plain,
% 127.70/80.30 (v940(constB13, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2185, 16022])).
% 127.70/80.30 tff(16024,plain,
% 127.70/80.30 (v938(constB12, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2159, 16023])).
% 127.70/80.30 tff(16025,plain,
% 127.70/80.30 (v13(constB12, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9911, 16024])).
% 127.70/80.30 tff(16026,plain,
% 127.70/80.30 (v7(constB13, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14173, 16020, 2318])).
% 127.70/80.30 tff(16027,plain,
% 127.70/80.30 (v929(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2272, 16026])).
% 127.70/80.30 tff(16028,plain,
% 127.70/80.30 (v940(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2264, 16027])).
% 127.70/80.30 tff(16029,plain,
% 127.70/80.30 (v938(constB12, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2238, 16028])).
% 127.70/80.30 tff(16030,plain,
% 127.70/80.30 (v13(constB12, bitIndex2) | (~v938(constB12, bitIndex1))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2229, 2226, 15997])).
% 127.70/80.30 tff(16031,plain,
% 127.70/80.30 (v13(constB12, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16030, 16029])).
% 127.70/80.30 tff(16032,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12464, 16031, 16025, 1244, 11661, 342])).
% 127.70/80.30 tff(16033,plain,(v7(sK952_VarCurr, bitIndex0) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16034,plain,
% 127.70/80.30 (v7(sK952_VarCurr, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16033, 342])).
% 127.70/80.30 tff(16035,plain,
% 127.70/80.30 (~v7(sK952_VarCurr, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14080, 16034, 342, 1244])).
% 127.70/80.30 tff(16036,plain,
% 127.70/80.30 (v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[6, 16035])).
% 127.70/80.30 tff(16037,plain,
% 127.70/80.30 (v7(constB16, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14163, 3980, 16036])).
% 127.70/80.30 tff(16038,plain,
% 127.70/80.30 (v7(constB15, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[4072, 16037])).
% 127.70/80.30 tff(16039,plain,
% 127.70/80.30 (v929(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5505, 16038])).
% 127.70/80.30 tff(16040,plain,
% 127.70/80.30 (v940(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2348, 16039])).
% 127.70/80.30 tff(16041,plain,
% 127.70/80.30 (v938(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2356, 16040])).
% 127.70/80.30 tff(16042,plain,
% 127.70/80.30 (v13(constB14, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16002, 16041])).
% 127.70/80.30 tff(16043,plain,
% 127.70/80.30 (v11(constB12)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10144, 16042])).
% 127.70/80.30 tff(16044,plain,
% 127.70/80.30 (v11(constB12)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[10129, 10127])).
% 127.70/80.30 tff(16045,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2230, 16044, 10127])).
% 127.70/80.30 tff(16046,plain,((~v938(constB12, bitIndex1)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16047,plain,
% 127.70/80.30 (~v938(constB12, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16046, 3976])).
% 127.70/80.30 tff(16048,plain,
% 127.70/80.30 (~v940(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2238, 16047])).
% 127.70/80.30 tff(16049,plain,
% 127.70/80.30 (~v929(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2264, 16048])).
% 127.70/80.30 tff(16050,plain,
% 127.70/80.30 (~v7(constB13, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2272, 16049])).
% 127.70/80.30 tff(16051,plain,
% 127.70/80.30 (~(constB13 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14173, 16050, 16036])).
% 127.70/80.30 tff(16052,plain,
% 127.70/80.30 (~(constB8 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2429, 16036, 14166])).
% 127.70/80.30 tff(16053,plain,
% 127.70/80.30 (~(constB7 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14094, 16036, 14089])).
% 127.70/80.30 tff(16054,plain,
% 127.70/80.30 (~(constB9 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14118, 16034, 342])).
% 127.70/80.30 tff(16055,plain,
% 127.70/80.30 (~(constB6 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[4127, 16036, 835])).
% 127.70/80.30 tff(16056,plain,
% 127.70/80.30 (~(constB10 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14134, 16034, 342])).
% 127.70/80.30 tff(16057,plain,
% 127.70/80.30 (~(constB11 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14148, 1752, 16036])).
% 127.70/80.30 tff(16058,plain,
% 127.70/80.30 (~(constB12 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14151, 1773, 16036])).
% 127.70/80.30 tff(16059,plain,
% 127.70/80.30 (~(constB5 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14158, 16036, 784])).
% 127.70/80.30 tff(16060,plain,
% 127.70/80.30 (~(constB14 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14178, 10134, 2422])).
% 127.70/80.30 tff(16061,plain,
% 127.70/80.30 (~v938(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2362, 13299])).
% 127.70/80.30 tff(16062,plain,
% 127.70/80.30 (~v940(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2356, 16061])).
% 127.70/80.30 tff(16063,plain,
% 127.70/80.30 (~v929(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2348, 16062])).
% 127.70/80.30 tff(16064,plain,
% 127.70/80.30 (~v7(constB15, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5505, 16063])).
% 127.70/80.30 tff(16065,plain,
% 127.70/80.30 (~v7(constB16, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[4072, 16064])).
% 127.70/80.30 tff(16066,plain,
% 127.70/80.30 (~(constB16 = sK952_VarCurr)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14163, 16065, 2422])).
% 127.70/80.30 tff(16067,plain,
% 127.70/80.30 (constB19 = sK952_VarCurr),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14538, 3695, 4113, 5283, 5309, 5322, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 2408, 2422])).
% 127.70/80.30 tff(16068,plain,
% 127.70/80.30 (v940(constB19, bitIndex1) <=> v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.30 inference(monotonicity,[status(thm)],[16067])).
% 127.70/80.30 tff(16069,plain,
% 127.70/80.30 (v940(sK952_VarCurr, bitIndex1) <=> v940(constB19, bitIndex1)),
% 127.70/80.30 inference(symmetry,[status(thm)],[16068])).
% 127.70/80.30 tff(16070,plain,
% 127.70/80.30 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.70/80.30 inference(monotonicity,[status(thm)],[16067])).
% 127.70/80.30 tff(16071,plain,
% 127.70/80.30 (v930(sK952_VarCurr)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[5660, 16070])).
% 127.70/80.30 tff(16072,plain,
% 127.70/80.30 (v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14515, 16071])).
% 127.70/80.30 tff(16073,plain,
% 127.70/80.30 (v940(constB19, bitIndex1)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[16072, 16069])).
% 127.70/80.30 tff(16074,plain,
% 127.70/80.30 (v938(constB18, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14209, 16073])).
% 127.70/80.30 tff(16075,plain,
% 127.70/80.30 (v11(constB18)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14204, 16074])).
% 127.70/80.30 tff(16076,plain,
% 127.70/80.30 (~v13(constB18, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[14598, 3695, 3861])).
% 127.70/80.30 tff(16077,plain,
% 127.70/80.30 ((~v11(constB18)) | (~v938(constB18, bitIndex1))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5675, 2226, 16076])).
% 127.70/80.30 tff(16078,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16077, 16075, 16074])).
% 127.70/80.30 tff(16079,plain,(v11(constB16) | (~v13(constB18, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16080,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16079, 3859, 3695, 4113, 5283, 5309, 5322, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 2408, 2422])).
% 127.70/80.30 tff(16081,plain,(v11(constB16) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16082,plain,
% 127.70/80.30 (v11(constB16)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16081, 16066, 14500, 4113, 14422, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 16060, 2408, 2422])).
% 127.70/80.30 tff(16083,plain,
% 127.70/80.30 (sP959(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9899, 1233, 13378])).
% 127.70/80.30 tff(16084,plain,
% 127.70/80.30 (sP958(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9903, 1220, 13378])).
% 127.70/80.30 tff(16085,plain,
% 127.70/80.30 (~v13(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[12767, 16084, 16083])).
% 127.70/80.30 tff(16086,plain,
% 127.70/80.30 (~v938(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11741, 16085])).
% 127.70/80.30 tff(16087,plain,
% 127.70/80.30 (~v940(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9659, 16086])).
% 127.70/80.30 tff(16088,plain,
% 127.70/80.30 (~v956(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9654, 16087])).
% 127.70/80.30 tff(16089,plain,
% 127.70/80.30 (~v7(constB15, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9649, 16088])).
% 127.70/80.30 tff(16090,plain,
% 127.70/80.30 (~v7(constB16, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[4007, 16089])).
% 127.70/80.30 tff(16091,plain,
% 127.70/80.30 (v13(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2145, 2012])).
% 127.70/80.30 tff(16092,plain,
% 127.70/80.30 (v1050(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[2010, 16091])).
% 127.70/80.30 tff(16093,plain,
% 127.70/80.30 (v1052(constB15)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1472, 16092])).
% 127.70/80.30 tff(16094,plain,
% 127.70/80.30 (v7(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[1457, 16093])).
% 127.70/80.30 tff(16095,plain,
% 127.70/80.30 (v7(constB16, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[4044, 16094])).
% 127.70/80.30 tff(16096,plain,
% 127.70/80.30 (sP959(constB16)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5510, 1871, 16065])).
% 127.70/80.30 tff(16097,assumption,(v1017(constB12, bitIndex1)), introduced(assumption)).
% 127.70/80.30 tff(16098,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13444, 13438, 933, 2012, 16097])).
% 127.70/80.30 tff(16099,plain,((~v1017(constB12, bitIndex1)) | v11(constB12)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16100,plain,
% 127.70/80.30 (~v1017(constB12, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16099, 2012])).
% 127.70/80.30 tff(16101,assumption,(~v1017(constB12, bitIndex1)), introduced(assumption)).
% 127.70/80.30 tff(16102,assumption,(v1019(constB13, bitIndex1)), introduced(assumption)).
% 127.70/80.30 tff(16103,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13434, 957, 1355, 16102, 16101])).
% 127.70/80.30 tff(16104,plain,((~v1019(constB13, bitIndex1)) | v1017(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16105,plain,
% 127.70/80.30 (~v1019(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16104, 16100])).
% 127.70/80.30 tff(16106,plain,
% 127.70/80.30 (~v17(constB13, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13430, 975, 9867, 16105])).
% 127.70/80.30 tff(16107,plain,
% 127.70/80.30 (~v17(constB14, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13423, 16106])).
% 127.70/80.30 tff(16108,assumption,(sP953_aig_name(constB14)), introduced(assumption)).
% 127.70/80.30 tff(16109,assumption,(~v17(constB14, bitIndex1)), introduced(assumption)).
% 127.70/80.30 tff(16110,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13415, 4726, 16109, 16108])).
% 127.70/80.30 tff(16111,plain,((~sP953_aig_name(constB14)) | v17(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16112,plain,
% 127.70/80.30 (~sP953_aig_name(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16111, 16107])).
% 127.70/80.30 tff(16113,plain,
% 127.70/80.30 (sP953_aig_name(constB14) | v994(constB14, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13411, 1033, 13378])).
% 127.70/80.30 tff(16114,plain,
% 127.70/80.30 (v994(constB14, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16113, 16112])).
% 127.70/80.30 tff(16115,plain,
% 127.70/80.30 (v20(constB14, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13407, 16114, 13298, 13378])).
% 127.70/80.30 tff(16116,plain,
% 127.70/80.30 (v1017(constB14, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13374, 1124, 2358, 16115])).
% 127.70/80.30 tff(16117,plain,
% 127.70/80.30 (v1019(constB15, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13370, 16116])).
% 127.70/80.30 tff(16118,assumption,(v1019(constB15, bitIndex2)), introduced(assumption)).
% 127.70/80.30 tff(16119,assumption,(~v17(constB15, bitIndex2)), introduced(assumption)).
% 127.70/80.30 tff(16120,plain,
% 127.70/80.30 ($false),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13362, 405, 13356, 16119, 16118])).
% 127.70/80.30 tff(16121,plain,(v17(constB15, bitIndex2) | (~v1019(constB15, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.30 tff(16122,plain,
% 127.70/80.30 (v17(constB15, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16121, 16117])).
% 127.70/80.30 tff(16123,plain,
% 127.70/80.30 (v17(constB16, bitIndex2)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[13340, 16122])).
% 127.70/80.30 tff(16124,plain,
% 127.70/80.30 (sP958(constB16)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[9607, 1220, 16123])).
% 127.70/80.30 tff(16125,plain,
% 127.70/80.30 ((~v13(constB16, bitIndex1)) | (~sP958(constB16)) | (~sP959(constB16))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[5521, 1886, 16090])).
% 127.70/80.30 tff(16126,plain,
% 127.70/80.30 (~v13(constB16, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16125, 16124, 16096])).
% 127.70/80.30 tff(16127,plain,
% 127.70/80.30 (~v73(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11656, 6748, 2138])).
% 127.70/80.30 tff(16128,plain,
% 127.70/80.30 (v67(constB14, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11644, 16127])).
% 127.70/80.30 tff(16129,plain,
% 127.70/80.30 (v615(constB14) | (~v67(constB14, bitIndex0))),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11514, 6936, 2358])).
% 127.70/80.30 tff(16130,plain,
% 127.70/80.30 (v615(constB14)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16129, 16128])).
% 127.70/80.30 tff(16131,plain,
% 127.70/80.30 (v617(constB15)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11520, 16130])).
% 127.70/80.30 tff(16132,plain,
% 127.70/80.30 (v62(constB15, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11550, 16131])).
% 127.70/80.30 tff(16133,plain,
% 127.70/80.30 (v62(constB16, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[11568, 16132])).
% 127.70/80.30 tff(16134,assumption,(v73(constB16)), introduced(assumption)).
% 127.70/80.30 tff(16135,plain,
% 127.70/80.30 (((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB16)) | v28(constB16, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB16)) | v28(constB16, bitIndex1))),
% 127.70/80.30 inference(rewrite,[status(thm)],[])).
% 127.70/80.30 tff(16136,plain,
% 127.70/80.30 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB16)) | v28(constB16, bitIndex1))),
% 127.70/80.30 inference(quant_inst,[status(thm)],[])).
% 127.70/80.30 tff(16137,plain,
% 127.70/80.30 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB16)) | v28(constB16, bitIndex1)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[16136, 16135])).
% 127.70/80.30 tff(16138,plain,
% 127.70/80.30 (v28(constB16, bitIndex1)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16137, 11608, 16134])).
% 127.70/80.30 tff(16139,plain,
% 127.70/80.30 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB16)) | (~v28(constB16, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB16)) | (~v28(constB16, bitIndex0)))),
% 127.70/80.30 inference(rewrite,[status(thm)],[])).
% 127.70/80.30 tff(16140,plain,
% 127.70/80.30 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB16)) | (~v28(constB16, bitIndex0)))),
% 127.70/80.30 inference(quant_inst,[status(thm)],[])).
% 127.70/80.30 tff(16141,plain,
% 127.70/80.30 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB16)) | (~v28(constB16, bitIndex0))),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[16140, 16139])).
% 127.70/80.30 tff(16142,plain,
% 127.70/80.30 (~v28(constB16, bitIndex0)),
% 127.70/80.30 inference(unit_resolution,[status(thm)],[16141, 11619, 16134])).
% 127.70/80.30 tff(16143,assumption,(~v32(constB16)), introduced(assumption)).
% 127.70/80.30 tff(16144,plain,
% 127.70/80.30 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB16, bitIndex0)) | v32(constB16) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB16, bitIndex0)) | v32(constB16) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2))),
% 127.70/80.30 inference(rewrite,[status(thm)],[])).
% 127.70/80.30 tff(16145,plain,
% 127.70/80.30 (((~v62(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex2)) <=> ((~v7(constB16, bitIndex0)) | v32(constB16) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2))),
% 127.70/80.30 inference(rewrite,[status(thm)],[])).
% 127.70/80.30 tff(16146,plain,
% 127.70/80.30 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB16, bitIndex0)) | v32(constB16) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2)))),
% 127.70/80.30 inference(monotonicity,[status(thm)],[16145])).
% 127.70/80.30 tff(16147,plain,
% 127.70/80.30 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB16, bitIndex0)) | v32(constB16) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2))),
% 127.70/80.30 inference(transitivity,[status(thm)],[16146, 16144])).
% 127.70/80.30 tff(16148,plain,
% 127.70/80.30 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB16, bitIndex0)) | v32(constB16) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex2))),
% 127.70/80.30 inference(quant_inst,[status(thm)],[])).
% 127.70/80.30 tff(16149,plain,
% 127.70/80.30 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB16, bitIndex0)) | v32(constB16) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2)),
% 127.70/80.30 inference(modus_ponens,[status(thm)],[16148, 16147])).
% 127.70/80.31 tff(16150,plain,
% 127.70/80.31 ((~v7(constB16, bitIndex0)) | (~v62(constB16, bitIndex0)) | v28(constB16, bitIndex0) | (~v28(constB16, bitIndex1)) | v13(constB16, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16149, 11633, 16143])).
% 127.70/80.31 tff(16151,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16150, 16142, 16138, 10088, 15425, 5569])).
% 127.70/80.31 tff(16152,plain,((~v73(constB16)) | (~v62(constB16, bitIndex0)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex2) | v32(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16153,plain,
% 127.70/80.31 (v32(constB16)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16152, 16134, 10088, 15425, 5569])).
% 127.70/80.31 tff(16154,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[11667, 6748, 16153, 16134])).
% 127.70/80.31 tff(16155,plain,((~v73(constB16)) | (~v62(constB16, bitIndex0)) | (~v7(constB16, bitIndex0)) | v13(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16156,plain,
% 127.70/80.31 (~v73(constB16)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16155, 5569, 15425, 10088])).
% 127.70/80.31 tff(16157,plain,
% 127.70/80.31 (~v67(constB16, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14622, 5569, 11700, 14168, 4113, 5309, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 2422, 5529])).
% 127.70/80.31 tff(16158,plain,
% 127.70/80.31 (v73(constB16) | v67(constB16, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[11678, 6922, 10088])).
% 127.70/80.31 tff(16159,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16158, 16157, 16156])).
% 127.70/80.31 tff(16160,plain,(v13(constB16, bitIndex2) | (~v62(constB16, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB13, bitIndex2) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2)) | v13(constB16, bitIndex1) | (~v7(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16161,plain,
% 127.70/80.31 (v13(constB16, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16160, 16133, 11700, 10133, 4113, 16066, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 2422, 16126, 16095])).
% 127.70/80.31 tff(16162,plain,
% 127.70/80.31 (~v13(constB16, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10103, 16161, 16090, 16065])).
% 127.70/80.31 tff(16163,plain,
% 127.70/80.31 ((~v1050(constB16)) | (~v11(constB16))),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9582, 6040, 16162])).
% 127.70/80.31 tff(16164,plain,
% 127.70/80.31 (~v1050(constB16)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16163, 16082])).
% 127.70/80.31 tff(16165,plain,
% 127.70/80.31 (~v1052(constB17)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9575, 16164])).
% 127.70/80.31 tff(16166,plain,
% 127.70/80.31 (~v7(constB17, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9570, 16165])).
% 127.70/80.31 tff(16167,plain,
% 127.70/80.31 (~(constB17 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[13484, 16166, 11700])).
% 127.70/80.31 tff(16168,plain,
% 127.70/80.31 (~v7(constB18, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9562, 16166])).
% 127.70/80.31 tff(16169,plain,
% 127.70/80.31 (~(constB18 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[13479, 16168, 11700])).
% 127.70/80.31 tff(16170,plain,
% 127.70/80.31 (constB19 = sK952_VarCurr),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5347, 14213, 4113, 14500, 14440, 14434, 2408, 14428, 14422, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11348, 5309, 5284, 5321])).
% 127.70/80.31 tff(16171,plain,
% 127.70/80.31 (v940(constB19, bitIndex1) <=> v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.31 inference(monotonicity,[status(thm)],[16170])).
% 127.70/80.31 tff(16172,plain,
% 127.70/80.31 (v940(sK952_VarCurr, bitIndex1) <=> v940(constB19, bitIndex1)),
% 127.70/80.31 inference(symmetry,[status(thm)],[16171])).
% 127.70/80.31 tff(16173,plain,
% 127.70/80.31 (v930(constB19) <=> v930(sK952_VarCurr)),
% 127.70/80.31 inference(monotonicity,[status(thm)],[16170])).
% 127.70/80.31 tff(16174,plain,
% 127.70/80.31 (v930(sK952_VarCurr)),
% 127.70/80.31 inference(modus_ponens,[status(thm)],[5660, 16173])).
% 127.70/80.31 tff(16175,plain,
% 127.70/80.31 (v940(sK952_VarCurr, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14515, 16174])).
% 127.70/80.31 tff(16176,plain,
% 127.70/80.31 (v940(constB19, bitIndex1)),
% 127.70/80.31 inference(modus_ponens,[status(thm)],[16175, 16172])).
% 127.70/80.31 tff(16177,plain,
% 127.70/80.31 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.70/80.31 inference(monotonicity,[status(thm)],[16170])).
% 127.70/80.31 tff(16178,plain,
% 127.70/80.31 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.70/80.31 inference(symmetry,[status(thm)],[16177])).
% 127.70/80.31 tff(16179,plain,
% 127.70/80.31 (v1044(sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5791, 16170])).
% 127.70/80.31 tff(16180,plain,
% 127.70/80.31 (v1052(sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[12067, 16179])).
% 127.70/80.31 tff(16181,plain,
% 127.70/80.31 (v1052(constB19)),
% 127.70/80.31 inference(modus_ponens,[status(thm)],[16180, 16178])).
% 127.70/80.31 tff(16182,plain,
% 127.70/80.31 (v1050(constB18)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[11888, 16181])).
% 127.70/80.31 tff(16183,plain,
% 127.70/80.31 (~v11(constB18)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14196, 16182])).
% 127.70/80.31 tff(16184,plain,
% 127.70/80.31 (~v938(constB18, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14204, 16183])).
% 127.70/80.31 tff(16185,plain,
% 127.70/80.31 (~v940(constB19, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14209, 16184])).
% 127.70/80.31 tff(16186,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16185, 16176])).
% 127.70/80.31 tff(16187,plain,(v13(constB18, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16188,plain,
% 127.70/80.31 (v13(constB18, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16187, 16060, 4113, 2408, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11700, 16066, 16169, 16167, 2422])).
% 127.70/80.31 tff(16189,plain,
% 127.70/80.31 (~sP957(constB18)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[12115, 5875, 16168])).
% 127.70/80.31 tff(16190,plain,
% 127.70/80.31 ((~v11(constB16)) | (~v938(constB16, bitIndex0))),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5532, 320, 16126])).
% 127.70/80.31 tff(16191,plain,
% 127.70/80.31 (~v938(constB16, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16190, 16082])).
% 127.70/80.31 tff(16192,plain,
% 127.70/80.31 (~v940(constB17, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5541, 16191])).
% 127.70/80.31 tff(16193,plain,
% 127.70/80.31 (~v956(constB17, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5567, 16192])).
% 127.70/80.31 tff(16194,plain,
% 127.70/80.31 (~v7(constB17, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10249, 16193])).
% 127.70/80.31 tff(16195,plain,
% 127.70/80.31 (~v7(constB18, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5759, 16194])).
% 127.70/80.31 tff(16196,plain,
% 127.70/80.31 (v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0))),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[12130, 6075, 16195, 16189])).
% 127.70/80.31 tff(16197,plain,
% 127.70/80.31 (v952(constB18, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16196, 16188])).
% 127.70/80.31 tff(16198,plain,
% 127.70/80.31 (~sP960(constB18)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9556, 5864, 16168])).
% 127.70/80.31 tff(16199,plain,
% 127.70/80.31 ((~v952(constB18, bitIndex1)) | (~v13(constB18, bitIndex2))),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10265, 6136, 16198])).
% 127.70/80.31 tff(16200,plain,
% 127.70/80.31 (~v13(constB18, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16199, 16197])).
% 127.70/80.31 tff(16201,plain,
% 127.70/80.31 (v11(constB18)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14204, 14198])).
% 127.70/80.31 tff(16202,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9526, 16201, 14198])).
% 127.70/80.31 tff(16203,plain,((~v938(constB18, bitIndex1)) | v13(constB18, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16204,plain,
% 127.70/80.31 (~v938(constB18, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16203, 16200])).
% 127.70/80.31 tff(16205,plain,
% 127.70/80.31 (~v940(constB19, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14209, 16204])).
% 127.70/80.31 tff(16206,assumption,(v929(constB19, bitIndex1)), introduced(assumption)).
% 127.70/80.31 tff(16207,assumption,(~v940(constB19, bitIndex1)), introduced(assumption)).
% 127.70/80.31 tff(16208,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9518, 760, 5660, 16207, 16206])).
% 127.70/80.31 tff(16209,plain,((~v929(constB19, bitIndex1)) | v940(constB19, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16210,plain,
% 127.70/80.31 (~v929(constB19, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16209, 16205])).
% 127.70/80.31 tff(16211,plain,
% 127.70/80.31 (~v7(constB19, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9514, 778, 16210])).
% 127.70/80.31 tff(16212,plain,
% 127.70/80.31 (~v7(constB20, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9510, 16211])).
% 127.70/80.31 tff(16213,plain,
% 127.70/80.31 (~(constB20 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14188, 16212, 2422])).
% 127.70/80.31 tff(16214,plain,
% 127.70/80.31 (constB19 = sK952_VarCurr),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5347, 16213, 4113, 14500, 14440, 14434, 2408, 14428, 14422, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 16060, 16066, 16169, 16167])).
% 127.70/80.31 tff(16215,plain,
% 127.70/80.31 (v7(constB19, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.31 inference(monotonicity,[status(thm)],[16214])).
% 127.70/80.31 tff(16216,plain,
% 127.70/80.31 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB19, bitIndex2)),
% 127.70/80.31 inference(symmetry,[status(thm)],[16215])).
% 127.70/80.31 tff(16217,plain,
% 127.70/80.31 (v7(constB19, bitIndex2)),
% 127.70/80.31 inference(modus_ponens,[status(thm)],[2422, 16216])).
% 127.70/80.31 tff(16218,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16211, 16217])).
% 127.70/80.31 tff(16219,plain,(v11(constB12) | (~v7(sK952_VarCurr, bitIndex2)) | (constB8 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB14)) | (~v17(constB14, bitIndex2)) | v7(constB14, bitIndex1) | (~v62(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16220,plain,
% 127.70/80.31 (v11(constB12)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16219, 2408, 16052, 2407, 16059, 16058, 16057, 16036, 16056, 16055, 16054, 16053, 16034, 15987, 9896, 9916, 10058])).
% 127.70/80.31 tff(16221,plain,
% 127.70/80.31 (~v938(constB12, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14628, 16220])).
% 127.70/80.31 tff(16222,plain,
% 127.70/80.31 (~v940(constB13, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2238, 16221])).
% 127.70/80.31 tff(16223,plain,
% 127.70/80.31 (~v929(constB13, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2264, 16222])).
% 127.70/80.31 tff(16224,plain,
% 127.70/80.31 (~v7(constB13, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2272, 16223])).
% 127.70/80.31 tff(16225,plain,
% 127.70/80.31 (~v7(constB14, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2293, 16224])).
% 127.70/80.31 tff(16226,plain,
% 127.70/80.31 (~(constB14 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14178, 16225, 16036])).
% 127.70/80.31 tff(16227,plain,
% 127.70/80.31 (v7(constB16, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14163, 3980, 2422])).
% 127.70/80.31 tff(16228,plain,
% 127.70/80.31 (v7(constB15, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[4072, 16227])).
% 127.70/80.31 tff(16229,plain,
% 127.70/80.31 (v929(constB15, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5505, 16228])).
% 127.70/80.31 tff(16230,plain,
% 127.70/80.31 (v940(constB15, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2348, 16229])).
% 127.70/80.31 tff(16231,plain,
% 127.70/80.31 (v938(constB14, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2356, 16230])).
% 127.70/80.31 tff(16232,plain,
% 127.70/80.31 (v7(constB16, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[12708, 3980, 11700])).
% 127.70/80.31 tff(16233,plain,
% 127.70/80.31 (v7(constB15, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10199, 16232])).
% 127.70/80.31 tff(16234,plain,
% 127.70/80.31 (v1052(constB15)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10207, 16233])).
% 127.70/80.31 tff(16235,plain,
% 127.70/80.31 (v1050(constB14)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10212, 16234])).
% 127.70/80.31 tff(16236,plain,
% 127.70/80.31 (v13(constB14, bitIndex0)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10220, 16235])).
% 127.70/80.31 tff(16237,plain,
% 127.70/80.31 (~v13(constB14, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10308, 16236, 1246])).
% 127.70/80.31 tff(16238,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2362, 16237, 16231])).
% 127.70/80.31 tff(16239,plain,((~(constB16 = sK952_VarCurr)) | (~v11(constB14)) | v11(constB10) | (~v7(sK952_VarCurr, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16240,plain,
% 127.70/80.31 (~(constB16 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16239, 1246, 15987, 16036, 16034])).
% 127.70/80.31 tff(16241,plain,
% 127.70/80.31 (v929(sK952_VarCurr, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[2321, 16036, 778])).
% 127.70/80.31 tff(16242,plain,
% 127.70/80.31 (~(constB3 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14421, 16241, 16034])).
% 127.70/80.31 tff(16243,plain,
% 127.70/80.31 (~(constB4 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14499, 16036, 16034])).
% 127.70/80.31 tff(16244,plain,
% 127.70/80.31 (v11(constB16)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16081, 16226, 16243, 16052, 16242, 16059, 16058, 16057, 16240, 16056, 16055, 16054, 16053, 2407, 2408, 16036])).
% 127.70/80.31 tff(16245,plain,
% 127.70/80.31 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5572, 2226, 16244])).
% 127.70/80.31 tff(16246,plain,
% 127.70/80.31 (~v938(constB16, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16245, 5569])).
% 127.70/80.31 tff(16247,plain,
% 127.70/80.31 (~v940(constB17, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5581, 16246])).
% 127.70/80.31 tff(16248,plain,
% 127.70/80.31 (~v929(constB17, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5607, 16247])).
% 127.70/80.31 tff(16249,plain,
% 127.70/80.31 (~v7(constB17, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5615, 16248])).
% 127.70/80.31 tff(16250,plain,
% 127.70/80.31 (~(constB17 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10071, 16249, 16036])).
% 127.70/80.31 tff(16251,plain,
% 127.70/80.31 (~v7(constB18, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5636, 16249])).
% 127.70/80.31 tff(16252,plain,
% 127.70/80.31 (~(constB18 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[10065, 16251, 16036])).
% 127.70/80.31 tff(16253,assumption,(~v7(constB19, bitIndex2)), introduced(assumption)).
% 127.70/80.31 tff(16254,plain,
% 127.70/80.31 (~v7(constB20, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9510, 16253])).
% 127.70/80.31 tff(16255,plain,
% 127.70/80.31 (~(constB20 = sK952_VarCurr)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[14188, 16254, 2422])).
% 127.70/80.31 tff(16256,plain,
% 127.70/80.31 (constB19 = sK952_VarCurr),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[5347, 16255, 4113, 5283, 14440, 14434, 5309, 14428, 5322, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 2408, 11348, 5284, 5321])).
% 127.70/80.31 tff(16257,plain,
% 127.70/80.31 (v7(constB19, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.70/80.31 inference(monotonicity,[status(thm)],[16256])).
% 127.70/80.31 tff(16258,plain,
% 127.70/80.31 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB19, bitIndex2)),
% 127.70/80.31 inference(symmetry,[status(thm)],[16257])).
% 127.70/80.31 tff(16259,plain,
% 127.70/80.31 (v7(constB19, bitIndex2)),
% 127.70/80.31 inference(modus_ponens,[status(thm)],[2422, 16258])).
% 127.70/80.31 tff(16260,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16253, 16259])).
% 127.70/80.31 tff(16261,plain,(v7(constB19, bitIndex2) | (~v7(sK952_VarCurr, bitIndex2)) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB17 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16262,plain,
% 127.70/80.31 (v7(constB19, bitIndex2)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16261, 16252, 16052, 16243, 16240, 16242, 16059, 16058, 16057, 2407, 16056, 16055, 16054, 16053, 2408, 16226, 16036, 16250])).
% 127.70/80.31 tff(16263,assumption,(~v929(constB19, bitIndex1)), introduced(assumption)).
% 127.70/80.31 tff(16264,assumption,(v7(constB19, bitIndex2)), introduced(assumption)).
% 127.70/80.31 tff(16265,plain,
% 127.70/80.31 ($false),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[9514, 778, 16264, 16263])).
% 127.70/80.31 tff(16266,plain,((~v7(constB19, bitIndex2)) | v929(constB19, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.70/80.31 tff(16267,plain,
% 127.70/80.31 (v929(constB19, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16266, 16262])).
% 127.70/80.31 tff(16268,plain,
% 127.70/80.31 (v940(constB19, bitIndex1)),
% 127.70/80.31 inference(unit_resolution,[status(thm)],[16209, 16267])).
% 127.70/80.31 tff(16269,plain,
% 127.78/80.31 (v938(constB18, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14209, 16268])).
% 127.78/80.31 tff(16270,plain,
% 127.78/80.31 (v13(constB18, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16203, 16269])).
% 127.78/80.31 tff(16271,plain,
% 127.78/80.31 (sP960(constB18) | (~v13(constB18, bitIndex2))),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5724, 1804, 16251])).
% 127.78/80.31 tff(16272,plain,
% 127.78/80.31 (sP960(constB18)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16271, 16270])).
% 127.78/80.31 tff(16273,assumption,(sP960(constB18)), introduced(assumption)).
% 127.78/80.31 tff(16274,plain,
% 127.78/80.31 (v7(constB18, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9556, 5864, 16273])).
% 127.78/80.31 tff(16275,plain,
% 127.78/80.31 (v7(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9562, 16274])).
% 127.78/80.31 tff(16276,plain,
% 127.78/80.31 (v1052(constB17)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9570, 16275])).
% 127.78/80.31 tff(16277,plain,
% 127.78/80.31 (v1050(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9575, 16276])).
% 127.78/80.31 tff(16278,plain,
% 127.78/80.31 (v13(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9583, 16277])).
% 127.78/80.31 tff(16279,plain,
% 127.78/80.31 (v62(constB18, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14594, 1830, 16273])).
% 127.78/80.31 tff(16280,plain,
% 127.78/80.31 (((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | (v62(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v609(constB18) | (~v62(constB18, bitIndex0)))) <=> ((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | v62(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v609(constB18) | (~v62(constB18, bitIndex0)))),
% 127.78/80.31 inference(rewrite,[status(thm)],[])).
% 127.78/80.31 tff(16281,plain,
% 127.78/80.31 ((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | (v62(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v609(constB18) | (~v62(constB18, bitIndex0)))),
% 127.78/80.31 inference(quant_inst,[status(thm)],[])).
% 127.78/80.31 tff(16282,plain,
% 127.78/80.31 ((~![VarNext: $i, VarCurr: $i] : (v62(VarCurr, bitIndex0) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v62(VarNext, bitIndex0)))) | v62(constB17, bitIndex0) | (~nextState(constB17, constB18)) | v609(constB18) | (~v62(constB18, bitIndex0))),
% 127.78/80.31 inference(modus_ponens,[status(thm)],[16281, 16280])).
% 127.78/80.31 tff(16283,plain,
% 127.78/80.31 (v62(constB17, bitIndex0) | v609(constB18) | (~v62(constB18, bitIndex0))),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16282, 7928, 3763])).
% 127.78/80.31 tff(16284,plain,
% 127.78/80.31 (v62(constB17, bitIndex0) | (~v62(constB18, bitIndex0))),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16283, 11981])).
% 127.78/80.31 tff(16285,plain,
% 127.78/80.31 (v62(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16284, 16279])).
% 127.78/80.31 tff(16286,plain,
% 127.78/80.31 (((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB17, bitIndex0)) | v617(constB17) | (~v609(constB17)))) <=> ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | (~v62(constB17, bitIndex0)) | v617(constB17) | (~v609(constB17)))),
% 127.78/80.31 inference(rewrite,[status(thm)],[])).
% 127.78/80.31 tff(16287,plain,
% 127.78/80.31 (((~v62(constB17, bitIndex0)) | (~v609(constB17)) | v617(constB17)) <=> ((~v62(constB17, bitIndex0)) | v617(constB17) | (~v609(constB17)))),
% 127.78/80.31 inference(rewrite,[status(thm)],[])).
% 127.78/80.31 tff(16288,plain,
% 127.78/80.31 (((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB17, bitIndex0)) | (~v609(constB17)) | v617(constB17))) <=> ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB17, bitIndex0)) | v617(constB17) | (~v609(constB17))))),
% 127.78/80.31 inference(monotonicity,[status(thm)],[16287])).
% 127.78/80.31 tff(16289,plain,
% 127.78/80.31 (((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB17, bitIndex0)) | (~v609(constB17)) | v617(constB17))) <=> ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | (~v62(constB17, bitIndex0)) | v617(constB17) | (~v609(constB17)))),
% 127.78/80.31 inference(transitivity,[status(thm)],[16288, 16286])).
% 127.78/80.31 tff(16290,plain,
% 127.78/80.31 ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | ((~v62(constB17, bitIndex0)) | (~v609(constB17)) | v617(constB17))),
% 127.78/80.31 inference(quant_inst,[status(thm)],[])).
% 127.78/80.31 tff(16291,plain,
% 127.78/80.31 ((~![VarNext: $i] : ((~v62(VarNext, bitIndex0)) | (~v609(VarNext)) | v617(VarNext))) | (~v62(constB17, bitIndex0)) | v617(constB17) | (~v609(constB17))),
% 127.78/80.31 inference(modus_ponens,[status(thm)],[16290, 16289])).
% 127.78/80.31 tff(16292,plain,
% 127.78/80.31 ((~v62(constB17, bitIndex0)) | v617(constB17)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16291, 7910, 11961])).
% 127.78/80.31 tff(16293,plain,
% 127.78/80.31 (v617(constB17)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16292, 16285])).
% 127.78/80.31 tff(16294,plain,
% 127.78/80.31 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | ((~nextState(constB16, constB17)) | v615(constB16) | (~v617(constB17)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | (~nextState(constB16, constB17)) | v615(constB16) | (~v617(constB17)))),
% 127.78/80.31 inference(rewrite,[status(thm)],[])).
% 127.78/80.31 tff(16295,plain,
% 127.78/80.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | ((~nextState(constB16, constB17)) | v615(constB16) | (~v617(constB17)))),
% 127.78/80.31 inference(quant_inst,[status(thm)],[])).
% 127.78/80.31 tff(16296,plain,
% 127.78/80.31 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v615(VarCurr) | (~v617(VarNext)))) | (~nextState(constB16, constB17)) | v615(constB16) | (~v617(constB17))),
% 127.78/80.31 inference(modus_ponens,[status(thm)],[16295, 16294])).
% 127.78/80.31 tff(16297,plain,
% 127.78/80.31 (v615(constB16) | (~v617(constB17))),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16296, 7895, 3702])).
% 127.78/80.31 tff(16298,plain,
% 127.78/80.31 (v615(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16297, 16293])).
% 127.78/80.31 tff(16299,plain,
% 127.78/80.31 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB16)) | (~v615(constB16)) | v67(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | (~v11(constB16)) | (~v615(constB16)) | v67(constB16, bitIndex0))),
% 127.78/80.31 inference(rewrite,[status(thm)],[])).
% 127.78/80.31 tff(16300,plain,
% 127.78/80.31 (((~v11(constB16)) | v67(constB16, bitIndex0) | (~v615(constB16))) <=> ((~v11(constB16)) | (~v615(constB16)) | v67(constB16, bitIndex0))),
% 127.78/80.31 inference(rewrite,[status(thm)],[])).
% 127.78/80.31 tff(16301,plain,
% 127.78/80.31 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB16)) | v67(constB16, bitIndex0) | (~v615(constB16)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB16)) | (~v615(constB16)) | v67(constB16, bitIndex0)))),
% 127.78/80.31 inference(monotonicity,[status(thm)],[16300])).
% 127.78/80.31 tff(16302,plain,
% 127.78/80.31 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB16)) | v67(constB16, bitIndex0) | (~v615(constB16)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | (~v11(constB16)) | (~v615(constB16)) | v67(constB16, bitIndex0))),
% 127.78/80.31 inference(transitivity,[status(thm)],[16301, 16299])).
% 127.78/80.31 tff(16303,plain,
% 127.78/80.31 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | ((~v11(constB16)) | v67(constB16, bitIndex0) | (~v615(constB16)))),
% 127.78/80.31 inference(quant_inst,[status(thm)],[])).
% 127.78/80.31 tff(16304,plain,
% 127.78/80.31 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v67(VarCurr, bitIndex0) | (~v615(VarCurr)))) | (~v11(constB16)) | (~v615(constB16)) | v67(constB16, bitIndex0)),
% 127.78/80.31 inference(modus_ponens,[status(thm)],[16303, 16302])).
% 127.78/80.31 tff(16305,plain,
% 127.78/80.31 ((~v615(constB16)) | v67(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16304, 7878, 9481])).
% 127.78/80.31 tff(16306,plain,
% 127.78/80.31 (v67(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16305, 16298])).
% 127.78/80.31 tff(16307,plain,
% 127.78/80.31 (v13(constB16, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14630, 16306, 1246, 14136, 342, 5569])).
% 127.78/80.31 tff(16308,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[11697, 16307, 16278, 12040, 14160])).
% 127.78/80.31 tff(16309,plain,((~sP960(constB18)) | v11(constB10) | v7(constB15, bitIndex2) | v11(constB4) | v13(constB16, bitIndex2) | (~v11(constB16))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16310,plain,
% 127.78/80.31 (v7(constB15, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16309, 16272, 5569, 342, 1246, 16244])).
% 127.78/80.31 tff(16311,plain,
% 127.78/80.31 (v929(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5505, 16310])).
% 127.78/80.31 tff(16312,plain,
% 127.78/80.31 (v940(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2348, 16311])).
% 127.78/80.31 tff(16313,plain,
% 127.78/80.31 (v938(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2356, 16312])).
% 127.78/80.31 tff(16314,plain,
% 127.78/80.31 (v13(constB14, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16002, 16313])).
% 127.78/80.31 tff(16315,plain,
% 127.78/80.31 (~v13(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10308, 16314, 1246])).
% 127.78/80.31 tff(16316,plain,
% 127.78/80.31 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10219, 6040, 15987])).
% 127.78/80.31 tff(16317,plain,
% 127.78/80.31 (~v1050(constB14)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16316, 16315])).
% 127.78/80.31 tff(16318,plain,
% 127.78/80.31 (~v1052(constB15)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10212, 16317])).
% 127.78/80.31 tff(16319,plain,
% 127.78/80.31 (~v7(constB15, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10207, 16318])).
% 127.78/80.31 tff(16320,plain,
% 127.78/80.31 (~v7(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10199, 16319])).
% 127.78/80.31 tff(16321,plain,
% 127.78/80.31 (v7(constB18, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9556, 5864, 16272])).
% 127.78/80.31 tff(16322,plain,
% 127.78/80.31 (v7(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9562, 16321])).
% 127.78/80.31 tff(16323,plain,
% 127.78/80.31 (v1052(constB17)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9570, 16322])).
% 127.78/80.31 tff(16324,plain,
% 127.78/80.31 (v1050(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9575, 16323])).
% 127.78/80.31 tff(16325,plain,
% 127.78/80.31 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9582, 6040, 16244])).
% 127.78/80.31 tff(16326,plain,
% 127.78/80.31 (v13(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16325, 16324])).
% 127.78/80.31 tff(16327,plain,
% 127.78/80.31 (v62(constB18, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14594, 1830, 16272])).
% 127.78/80.31 tff(16328,plain,
% 127.78/80.31 (v62(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16284, 16327])).
% 127.78/80.31 tff(16329,plain,
% 127.78/80.31 (v617(constB17)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16292, 16328])).
% 127.78/80.31 tff(16330,plain,
% 127.78/80.31 (v615(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16297, 16329])).
% 127.78/80.31 tff(16331,plain,
% 127.78/80.31 ((~v615(constB16)) | v67(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16304, 7878, 16244])).
% 127.78/80.31 tff(16332,plain,
% 127.78/80.31 (v67(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16331, 16330])).
% 127.78/80.31 tff(16333,plain,
% 127.78/80.31 (v13(constB16, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[15980, 16332, 16034, 16240, 16052, 2408, 16059, 16058, 16057, 2407, 16056, 16055, 16054, 16053, 16036, 16226, 5569])).
% 127.78/80.31 tff(16334,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[11331, 16333, 16326, 16320])).
% 127.78/80.31 tff(16335,plain,(v13(constB16, bitIndex2) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v11(constB10) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16336,plain,
% 127.78/80.31 (v13(constB16, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16335, 2408, 2407, 1246, 342])).
% 127.78/80.31 tff(16337,plain,
% 127.78/80.31 (v7(constB16, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10103, 5451, 12040, 5480])).
% 127.78/80.31 tff(16338,plain,
% 127.78/80.31 (v7(constB15, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[4072, 16337])).
% 127.78/80.31 tff(16339,plain,
% 127.78/80.31 (v929(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5505, 16338])).
% 127.78/80.31 tff(16340,plain,
% 127.78/80.31 (v940(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2348, 16339])).
% 127.78/80.31 tff(16341,plain,
% 127.78/80.31 (v938(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2356, 16340])).
% 127.78/80.31 tff(16342,plain,
% 127.78/80.31 (v13(constB14, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2362, 16341])).
% 127.78/80.31 tff(16343,plain,
% 127.78/80.31 (~v13(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10308, 16342, 1246])).
% 127.78/80.31 tff(16344,plain,
% 127.78/80.31 (~v1050(constB14)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10220, 16343])).
% 127.78/80.31 tff(16345,plain,
% 127.78/80.31 (~v1052(constB15)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10212, 16344])).
% 127.78/80.31 tff(16346,plain,
% 127.78/80.31 (~v7(constB15, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10207, 16345])).
% 127.78/80.31 tff(16347,plain,
% 127.78/80.31 (~v7(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10199, 16346])).
% 127.78/80.31 tff(16348,plain,
% 127.78/80.31 (~sP960(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10179, 5864, 16347])).
% 127.78/80.31 tff(16349,plain,
% 127.78/80.31 (~sP957(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[11254, 5875, 16347])).
% 127.78/80.31 tff(16350,plain,
% 127.78/80.31 (v952(constB16, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[12207, 16349, 5451])).
% 127.78/80.31 tff(16351,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10187, 16350, 16348])).
% 127.78/80.31 tff(16352,plain,((~v13(constB16, bitIndex0)) | (~v13(constB16, bitIndex2)) | (~v11(constB14)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16353,plain,
% 127.78/80.31 (~v13(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16352, 16336, 15987, 1246])).
% 127.78/80.31 tff(16354,plain,
% 127.78/80.31 (~v1050(constB16)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16325, 16353])).
% 127.78/80.31 tff(16355,plain,
% 127.78/80.31 (~v1052(constB17)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9575, 16354])).
% 127.78/80.31 tff(16356,plain,
% 127.78/80.31 (~v7(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9570, 16355])).
% 127.78/80.31 tff(16357,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16187, 13744, 13742, 4113, 5309, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11700, 2408, 11348, 3852, 2422])).
% 127.78/80.31 tff(16358,plain,(v7(constB17, bitIndex0) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v13(constB18, bitIndex0) | (~v7(sK952_VarCurr, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16359,plain,
% 127.78/80.31 (v13(constB18, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16358, 16356, 16240, 16059, 16058, 16057, 2407, 16056, 16055, 16054, 16053, 16034, 2408, 16226, 16052, 16036])).
% 127.78/80.31 tff(16360,plain,
% 127.78/80.31 (~v7(constB18, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9562, 16356])).
% 127.78/80.31 tff(16361,plain,
% 127.78/80.31 (~sP957(constB18)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[12115, 5875, 16360])).
% 127.78/80.31 tff(16362,plain,
% 127.78/80.31 (~v13(constB12, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[1987, 1343, 1702, 1773])).
% 127.78/80.31 tff(16363,plain,
% 127.78/80.31 (~v938(constB12, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9911, 16362])).
% 127.78/80.31 tff(16364,plain,
% 127.78/80.31 (~v940(constB13, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2159, 16363])).
% 127.78/80.31 tff(16365,plain,
% 127.78/80.31 (~v956(constB13, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2185, 16364])).
% 127.78/80.31 tff(16366,plain,
% 127.78/80.31 (~v7(constB13, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2193, 16365])).
% 127.78/80.31 tff(16367,plain,
% 127.78/80.31 (~v7(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2214, 16366])).
% 127.78/80.31 tff(16368,plain,
% 127.78/80.31 (~v13(constB12, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[1863, 1343, 1702, 1773])).
% 127.78/80.31 tff(16369,plain,
% 127.78/80.31 (~v13(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[13238, 10058, 5480, 16368, 16367, 2358])).
% 127.78/80.31 tff(16370,plain,
% 127.78/80.31 ((~v938(constB14, bitIndex0)) | v13(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[1533, 320, 2358])).
% 127.78/80.31 tff(16371,plain,
% 127.78/80.31 (~v938(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16370, 16369])).
% 127.78/80.31 tff(16372,plain,
% 127.78/80.31 (v7(constB16, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10241, 16368, 10117, 2358, 5480, 16362])).
% 127.78/80.31 tff(16373,plain,
% 127.78/80.31 (v7(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[4007, 16372])).
% 127.78/80.31 tff(16374,plain,
% 127.78/80.31 (v956(constB15, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[4011, 201, 16373])).
% 127.78/80.31 tff(16375,plain,
% 127.78/80.31 (v940(constB15, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[4018, 281, 1504, 16374])).
% 127.78/80.31 tff(16376,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[4022, 302, 1375, 16375, 16371])).
% 127.78/80.31 tff(16377,plain,(v11(constB10) | (~v11(constB14)) | (~v13(constB16, bitIndex2)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16378,plain,
% 127.78/80.31 (~v13(constB16, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16377, 16336, 15987, 1246])).
% 127.78/80.31 tff(16379,plain,
% 127.78/80.31 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5532, 320, 16244])).
% 127.78/80.31 tff(16380,plain,
% 127.78/80.31 (~v938(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16379, 16378])).
% 127.78/80.31 tff(16381,plain,
% 127.78/80.31 (~v940(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5541, 16380])).
% 127.78/80.31 tff(16382,plain,
% 127.78/80.31 (~v956(constB17, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5567, 16381])).
% 127.78/80.31 tff(16383,plain,
% 127.78/80.31 (~v7(constB17, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10249, 16382])).
% 127.78/80.31 tff(16384,plain,
% 127.78/80.31 (~v7(constB18, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5759, 16383])).
% 127.78/80.31 tff(16385,plain,
% 127.78/80.31 (sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0))),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[12130, 6075, 16384])).
% 127.78/80.31 tff(16386,plain,
% 127.78/80.31 (v952(constB18, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16385, 16361, 16359])).
% 127.78/80.31 tff(16387,plain,
% 127.78/80.31 (~sP960(constB18)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9556, 5864, 16360])).
% 127.78/80.31 tff(16388,plain,
% 127.78/80.31 (~(constB17 = sK952_VarCurr)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[13484, 16356, 16034])).
% 127.78/80.31 tff(16389,plain,
% 127.78/80.31 (~(constB18 = sK952_VarCurr)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[13479, 16360, 16034])).
% 127.78/80.31 tff(16390,plain,
% 127.78/80.31 (v7(constB19, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16261, 16389, 16052, 16243, 16240, 16242, 16059, 16058, 16057, 2407, 16056, 16055, 16054, 16053, 2408, 16226, 16036, 16388])).
% 127.78/80.31 tff(16391,plain,
% 127.78/80.31 (v929(constB19, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16266, 16390])).
% 127.78/80.31 tff(16392,plain,
% 127.78/80.31 (v940(constB19, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16209, 16391])).
% 127.78/80.31 tff(16393,plain,
% 127.78/80.31 (v938(constB18, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14209, 16392])).
% 127.78/80.31 tff(16394,plain,
% 127.78/80.31 (v13(constB18, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16203, 16393])).
% 127.78/80.31 tff(16395,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10265, 6136, 16394, 16387, 16386])).
% 127.78/80.31 tff(16396,plain,((constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | v11(constB10) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16397,plain,
% 127.78/80.31 (constB15 = sK952_VarCurr),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16396, 16051, 1246, 342])).
% 127.78/80.31 tff(16398,plain,
% 127.78/80.31 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.31 inference(monotonicity,[status(thm)],[16397])).
% 127.78/80.31 tff(16399,plain,
% 127.78/80.31 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 127.78/80.31 inference(symmetry,[status(thm)],[16398])).
% 127.78/80.31 tff(16400,plain,
% 127.78/80.31 (v7(constB15, bitIndex0)),
% 127.78/80.31 inference(modus_ponens,[status(thm)],[16034, 16399])).
% 127.78/80.31 tff(16401,plain,
% 127.78/80.31 (v7(constB15, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14141, 16397, 16036])).
% 127.78/80.31 tff(16402,plain,
% 127.78/80.31 (v929(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[5505, 16401])).
% 127.78/80.31 tff(16403,plain,
% 127.78/80.31 (v940(constB15, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2348, 16402])).
% 127.78/80.31 tff(16404,plain,
% 127.78/80.31 (v938(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2356, 16403])).
% 127.78/80.31 tff(16405,plain,
% 127.78/80.31 (v13(constB14, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16002, 16404])).
% 127.78/80.31 tff(16406,plain,
% 127.78/80.31 (~v13(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10308, 16405, 1246])).
% 127.78/80.31 tff(16407,plain,
% 127.78/80.31 (~v1050(constB14)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16316, 16406])).
% 127.78/80.31 tff(16408,plain,
% 127.78/80.31 (~v1052(constB15)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10212, 16407])).
% 127.78/80.31 tff(16409,plain,
% 127.78/80.31 (~v7(constB15, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10207, 16408])).
% 127.78/80.31 tff(16410,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16409, 16400])).
% 127.78/80.31 tff(16411,plain,(v11(constB10) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16412,plain,
% 127.78/80.31 (v11(constB10)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16411, 342])).
% 127.78/80.31 tff(16413,plain,
% 127.78/80.31 (~v13(constB12, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[13945, 16042, 342, 1244, 16412, 16043])).
% 127.78/80.31 tff(16414,plain,
% 127.78/80.31 (~v938(constB12, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[9911, 16413])).
% 127.78/80.31 tff(16415,plain,
% 127.78/80.31 (~v940(constB13, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2159, 16414])).
% 127.78/80.31 tff(16416,plain,
% 127.78/80.31 (v7(constB16, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[12708, 3980, 16034])).
% 127.78/80.31 tff(16417,plain,
% 127.78/80.31 (v7(constB15, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10199, 16416])).
% 127.78/80.31 tff(16418,plain,
% 127.78/80.31 (v1052(constB15)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10207, 16417])).
% 127.78/80.31 tff(16419,plain,
% 127.78/80.31 (v1050(constB14)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10212, 16418])).
% 127.78/80.31 tff(16420,plain,
% 127.78/80.31 (v13(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16316, 16419])).
% 127.78/80.31 tff(16421,plain,
% 127.78/80.31 (v7(constB14, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[13045, 16042, 342, 16412, 1244, 16420])).
% 127.78/80.31 tff(16422,plain,
% 127.78/80.31 (v7(constB13, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2214, 16421])).
% 127.78/80.31 tff(16423,plain,
% 127.78/80.31 (v956(constB13, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2193, 16422])).
% 127.78/80.31 tff(16424,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2185, 16423, 16415])).
% 127.78/80.31 tff(16425,plain,((~(constB16 = sK952_VarCurr)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16426,plain,
% 127.78/80.31 (~(constB16 = sK952_VarCurr)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16425, 342])).
% 127.78/80.31 tff(16427,plain,
% 127.78/80.31 (v7(constB14, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[14178, 5349, 16036])).
% 127.78/80.31 tff(16428,plain,
% 127.78/80.31 (v7(constB13, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2293, 16427])).
% 127.78/80.31 tff(16429,plain,
% 127.78/80.31 (v929(constB13, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2272, 16428])).
% 127.78/80.31 tff(16430,plain,
% 127.78/80.31 (v940(constB13, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2264, 16429])).
% 127.78/80.31 tff(16431,plain,
% 127.78/80.31 (v938(constB12, bitIndex1)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[2238, 16430])).
% 127.78/80.31 tff(16432,plain,
% 127.78/80.31 (v13(constB12, bitIndex2)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16046, 16431])).
% 127.78/80.31 tff(16433,plain,
% 127.78/80.31 (~v13(constB12, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[12506, 16432, 1244, 342, 16412])).
% 127.78/80.31 tff(16434,plain,
% 127.78/80.31 (v11(constB12)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10129, 16431])).
% 127.78/80.31 tff(16435,plain,
% 127.78/80.31 (v7(constB14, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[15945, 5349, 16034])).
% 127.78/80.31 tff(16436,plain,
% 127.78/80.31 (v7(constB13, bitIndex0)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10822, 16435])).
% 127.78/80.31 tff(16437,plain,
% 127.78/80.31 (v1052(constB13)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10816, 16436])).
% 127.78/80.31 tff(16438,plain,
% 127.78/80.31 (v1050(constB12)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10808, 16437])).
% 127.78/80.31 tff(16439,plain,
% 127.78/80.31 ($false),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[10802, 6040, 16438, 16434, 16433])).
% 127.78/80.31 tff(16440,plain,((~(constB14 = sK952_VarCurr)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.31 tff(16441,plain,
% 127.78/80.31 (~(constB14 = sK952_VarCurr)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[16440, 342])).
% 127.78/80.31 tff(16442,plain,
% 127.78/80.31 ((~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr)),
% 127.78/80.31 inference(unit_resolution,[status(thm)],[12066, 6007, 16034])).
% 127.78/80.32 tff(16443,plain,
% 127.78/80.32 (v1052(sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16442, 12380])).
% 127.78/80.32 tff(16444,plain,
% 127.78/80.32 (v1052(constB13)),
% 127.78/80.32 inference(modus_ponens,[status(thm)],[16443, 12379])).
% 127.78/80.32 tff(16445,plain,
% 127.78/80.32 (v7(constB13, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14173, 2398, 16036])).
% 127.78/80.32 tff(16446,plain,
% 127.78/80.32 (v929(constB13, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2272, 16445])).
% 127.78/80.32 tff(16447,plain,
% 127.78/80.32 (v940(constB13, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2264, 16446])).
% 127.78/80.32 tff(16448,plain,
% 127.78/80.32 (v938(constB12, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2238, 16447])).
% 127.78/80.32 tff(16449,plain,
% 127.78/80.32 (v13(constB12, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16046, 16448])).
% 127.78/80.32 tff(16450,plain,
% 127.78/80.32 (~v13(constB12, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12506, 16449, 1244, 342, 16412])).
% 127.78/80.32 tff(16451,plain,
% 127.78/80.32 (v11(constB12)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10129, 16448])).
% 127.78/80.32 tff(16452,plain,
% 127.78/80.32 (~v1050(constB12)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10802, 6040, 16451, 16450])).
% 127.78/80.32 tff(16453,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10808, 16452, 16444])).
% 127.78/80.32 tff(16454,plain,((~(constB13 = sK952_VarCurr)) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16455,plain,
% 127.78/80.32 (~(constB13 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16454, 342])).
% 127.78/80.32 tff(16456,plain,
% 127.78/80.32 (sP958(constB14)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12765, 10134, 1990])).
% 127.78/80.32 tff(16457,plain,
% 127.78/80.32 (~sP959(constB14)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12896, 16456, 13282])).
% 127.78/80.32 tff(16458,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2297, 1871, 10134, 16457])).
% 127.78/80.32 tff(16459,plain,(v11(constB12) | (~v13(constB14, bitIndex1)) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16460,plain,
% 127.78/80.32 (~v13(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16459, 2012, 16091])).
% 127.78/80.32 tff(16461,plain,
% 127.78/80.32 (~v938(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11741, 16460])).
% 127.78/80.32 tff(16462,plain,
% 127.78/80.32 (~v940(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9659, 16461])).
% 127.78/80.32 tff(16463,plain,
% 127.78/80.32 (~v956(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9654, 16462])).
% 127.78/80.32 tff(16464,plain,
% 127.78/80.32 (~v7(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9649, 16463])).
% 127.78/80.32 tff(16465,plain,
% 127.78/80.32 (~v7(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4007, 16464])).
% 127.78/80.32 tff(16466,plain,
% 127.78/80.32 (~(constB11 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[15930, 16412, 342, 16034])).
% 127.78/80.32 tff(16467,plain,
% 127.78/80.32 (~(constB12 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[15902, 16412, 342, 16034])).
% 127.78/80.32 tff(16468,plain,
% 127.78/80.32 (v11(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16081, 11348, 16243, 16052, 16242, 16059, 16467, 16466, 2407, 16056, 16055, 16054, 16053, 5309, 2408, 16036])).
% 127.78/80.32 tff(16469,plain,
% 127.78/80.32 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5572, 2226, 16468])).
% 127.78/80.32 tff(16470,plain,
% 127.78/80.32 (~v938(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16469, 5569])).
% 127.78/80.32 tff(16471,plain,
% 127.78/80.32 (~v940(constB17, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5581, 16470])).
% 127.78/80.32 tff(16472,plain,
% 127.78/80.32 (~v929(constB17, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5607, 16471])).
% 127.78/80.32 tff(16473,plain,
% 127.78/80.32 (~v7(constB17, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5615, 16472])).
% 127.78/80.32 tff(16474,plain,
% 127.78/80.32 (~(constB17 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10071, 16473, 16036])).
% 127.78/80.32 tff(16475,plain,
% 127.78/80.32 (~v7(constB18, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5636, 16473])).
% 127.78/80.32 tff(16476,plain,
% 127.78/80.32 (~(constB18 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10065, 16475, 16036])).
% 127.78/80.32 tff(16477,plain,
% 127.78/80.32 (v7(constB19, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16261, 16476, 16052, 16243, 2407, 16242, 16059, 16467, 16466, 2408, 16056, 16055, 16054, 16053, 5309, 11348, 16036, 16474])).
% 127.78/80.32 tff(16478,plain,
% 127.78/80.32 (v929(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16266, 16477])).
% 127.78/80.32 tff(16479,plain,
% 127.78/80.32 (v940(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16209, 16478])).
% 127.78/80.32 tff(16480,plain,
% 127.78/80.32 (v938(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14209, 16479])).
% 127.78/80.32 tff(16481,plain,
% 127.78/80.32 (v13(constB18, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16203, 16480])).
% 127.78/80.32 tff(16482,plain,
% 127.78/80.32 (sP960(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5724, 1804, 16475, 16481])).
% 127.78/80.32 tff(16483,plain,
% 127.78/80.32 (v7(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9556, 5864, 16482])).
% 127.78/80.32 tff(16484,plain,
% 127.78/80.32 (v7(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9562, 16483])).
% 127.78/80.32 tff(16485,plain,
% 127.78/80.32 (v1052(constB17)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9570, 16484])).
% 127.78/80.32 tff(16486,plain,
% 127.78/80.32 (v1050(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9575, 16485])).
% 127.78/80.32 tff(16487,plain,
% 127.78/80.32 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9582, 6040, 16468])).
% 127.78/80.32 tff(16488,plain,
% 127.78/80.32 (v13(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16487, 16486])).
% 127.78/80.32 tff(16489,plain,
% 127.78/80.32 (v62(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14594, 1830, 16482])).
% 127.78/80.32 tff(16490,plain,
% 127.78/80.32 (v62(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16284, 16489])).
% 127.78/80.32 tff(16491,plain,
% 127.78/80.32 (v617(constB17)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16292, 16490])).
% 127.78/80.32 tff(16492,plain,
% 127.78/80.32 (v615(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16297, 16491])).
% 127.78/80.32 tff(16493,plain,
% 127.78/80.32 ((~v615(constB16)) | v67(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16304, 7878, 16468])).
% 127.78/80.32 tff(16494,plain,
% 127.78/80.32 (v67(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16493, 16492])).
% 127.78/80.32 tff(16495,plain,
% 127.78/80.32 (v13(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[15980, 16494, 16034, 5309, 16052, 2408, 16059, 16467, 16466, 2407, 16056, 16055, 16054, 16053, 16036, 11348, 5569])).
% 127.78/80.32 tff(16496,plain,
% 127.78/80.32 (v7(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11331, 10117, 5451])).
% 127.78/80.32 tff(16497,plain,
% 127.78/80.32 (v7(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10199, 16496])).
% 127.78/80.32 tff(16498,plain,
% 127.78/80.32 (v1052(constB15)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10207, 16497])).
% 127.78/80.32 tff(16499,plain,
% 127.78/80.32 (v1050(constB14)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10212, 16498])).
% 127.78/80.32 tff(16500,plain,
% 127.78/80.32 (v13(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16316, 16499])).
% 127.78/80.32 tff(16501,plain,
% 127.78/80.32 (v11(constB12)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16459, 2299, 16500])).
% 127.78/80.32 tff(16502,plain,
% 127.78/80.32 (~v13(constB12, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14044, 16501, 15987, 342, 16412, 1244, 5451, 10117])).
% 127.78/80.32 tff(16503,plain,
% 127.78/80.32 (~v938(constB12, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9911, 16502])).
% 127.78/80.32 tff(16504,plain,
% 127.78/80.32 (~v940(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2159, 16503])).
% 127.78/80.32 tff(16505,plain,
% 127.78/80.32 (v7(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13732, 16501, 342, 16412, 1244, 16500, 2299])).
% 127.78/80.32 tff(16506,plain,
% 127.78/80.32 (v7(constB13, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2214, 16505])).
% 127.78/80.32 tff(16507,plain,
% 127.78/80.32 (v956(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2193, 16506])).
% 127.78/80.32 tff(16508,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2185, 16507, 16504])).
% 127.78/80.32 tff(16509,plain,((~v13(constB14, bitIndex1)) | v11(constB4) | (~v13(constB16, bitIndex0)) | (~v13(constB16, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16510,plain,
% 127.78/80.32 (~v13(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16509, 16488, 342, 16495])).
% 127.78/80.32 tff(16511,plain,
% 127.78/80.32 (~v938(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11741, 16510])).
% 127.78/80.32 tff(16512,plain,
% 127.78/80.32 (~v940(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9659, 16511])).
% 127.78/80.32 tff(16513,plain,
% 127.78/80.32 (~v956(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9654, 16512])).
% 127.78/80.32 tff(16514,plain,
% 127.78/80.32 (~v7(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9649, 16513])).
% 127.78/80.32 tff(16515,plain,
% 127.78/80.32 (~v7(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4007, 16514])).
% 127.78/80.32 tff(16516,plain,
% 127.78/80.32 (v7(constB16, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11697, 16515, 16495, 16488])).
% 127.78/80.32 tff(16517,plain,
% 127.78/80.32 (v7(constB15, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4072, 16516])).
% 127.78/80.32 tff(16518,plain,
% 127.78/80.32 (v929(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5505, 16517])).
% 127.78/80.32 tff(16519,plain,
% 127.78/80.32 (v940(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2348, 16518])).
% 127.78/80.32 tff(16520,plain,
% 127.78/80.32 (v938(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2356, 16519])).
% 127.78/80.32 tff(16521,plain,
% 127.78/80.32 (v13(constB14, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16002, 16520])).
% 127.78/80.32 tff(16522,plain,
% 127.78/80.32 (v11(constB12)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10144, 16521])).
% 127.78/80.32 tff(16523,plain,
% 127.78/80.32 (~v13(constB12, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13945, 16521, 342, 1244, 16412, 16522])).
% 127.78/80.32 tff(16524,plain,
% 127.78/80.32 (~v938(constB12, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9911, 16523])).
% 127.78/80.32 tff(16525,plain,
% 127.78/80.32 (~v940(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2159, 16524])).
% 127.78/80.32 tff(16526,plain,
% 127.78/80.32 (v7(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11331, 16495, 16488])).
% 127.78/80.32 tff(16527,plain,
% 127.78/80.32 (v7(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10199, 16526])).
% 127.78/80.32 tff(16528,plain,
% 127.78/80.32 (v1052(constB15)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10207, 16527])).
% 127.78/80.32 tff(16529,plain,
% 127.78/80.32 (v1050(constB14)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10212, 16528])).
% 127.78/80.32 tff(16530,plain,
% 127.78/80.32 (v13(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16316, 16529])).
% 127.78/80.32 tff(16531,plain,
% 127.78/80.32 (v7(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13045, 16521, 342, 16412, 1244, 16530])).
% 127.78/80.32 tff(16532,plain,
% 127.78/80.32 (v7(constB13, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2214, 16531])).
% 127.78/80.32 tff(16533,plain,
% 127.78/80.32 (v956(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2193, 16532])).
% 127.78/80.32 tff(16534,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2185, 16533, 16525])).
% 127.78/80.32 tff(16535,plain,(v13(constB16, bitIndex2) | v11(constB4) | (constB16 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16536,plain,
% 127.78/80.32 (v13(constB16, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16535, 11348, 5309, 2408, 2407, 342])).
% 127.78/80.32 tff(16537,plain,
% 127.78/80.32 (~v938(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16002, 13299])).
% 127.78/80.32 tff(16538,plain,
% 127.78/80.32 (~v940(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2356, 16537])).
% 127.78/80.32 tff(16539,plain,
% 127.78/80.32 (~v929(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2348, 16538])).
% 127.78/80.32 tff(16540,plain,
% 127.78/80.32 (~v7(constB15, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5505, 16539])).
% 127.78/80.32 tff(16541,plain,
% 127.78/80.32 (~v7(constB16, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4072, 16540])).
% 127.78/80.32 tff(16542,plain,
% 127.78/80.32 (~v13(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10103, 16541, 16536, 16465])).
% 127.78/80.32 tff(16543,plain,
% 127.78/80.32 (~v1050(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16487, 16542])).
% 127.78/80.32 tff(16544,plain,
% 127.78/80.32 (~v1052(constB17)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9575, 16543])).
% 127.78/80.32 tff(16545,plain,
% 127.78/80.32 (~v7(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9570, 16544])).
% 127.78/80.32 tff(16546,plain,
% 127.78/80.32 (~v7(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9562, 16545])).
% 127.78/80.32 tff(16547,plain,
% 127.78/80.32 (~sP957(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12115, 5875, 16546])).
% 127.78/80.32 tff(16548,plain,
% 127.78/80.32 (v13(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16358, 16545, 5309, 16059, 16467, 16466, 2407, 16056, 16055, 16054, 16053, 16034, 2408, 11348, 16052, 16036])).
% 127.78/80.32 tff(16549,plain,
% 127.78/80.32 (~v13(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11222, 16465, 1244, 342, 16412, 16536, 15987])).
% 127.78/80.32 tff(16550,plain,
% 127.78/80.32 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5532, 320, 16468])).
% 127.78/80.32 tff(16551,plain,
% 127.78/80.32 (~v938(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16550, 16549])).
% 127.78/80.32 tff(16552,plain,
% 127.78/80.32 (~v940(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5541, 16551])).
% 127.78/80.32 tff(16553,plain,
% 127.78/80.32 (~v956(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5567, 16552])).
% 127.78/80.32 tff(16554,plain,
% 127.78/80.32 (~v7(constB17, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10249, 16553])).
% 127.78/80.32 tff(16555,plain,
% 127.78/80.32 (~v7(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5759, 16554])).
% 127.78/80.32 tff(16556,plain,
% 127.78/80.32 (v952(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12130, 6075, 16555, 16548, 16547])).
% 127.78/80.32 tff(16557,plain,
% 127.78/80.32 (~sP960(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9556, 5864, 16546])).
% 127.78/80.32 tff(16558,plain,
% 127.78/80.32 (~(constB17 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13484, 16545, 16034])).
% 127.78/80.32 tff(16559,plain,
% 127.78/80.32 (~(constB18 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13479, 16546, 16034])).
% 127.78/80.32 tff(16560,plain,
% 127.78/80.32 (v7(constB19, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16261, 16559, 16052, 16243, 2407, 16242, 16059, 16467, 16466, 2408, 16056, 16055, 16054, 16053, 5309, 11348, 16036, 16558])).
% 127.78/80.32 tff(16561,plain,
% 127.78/80.32 (v929(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16266, 16560])).
% 127.78/80.32 tff(16562,plain,
% 127.78/80.32 (v940(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16209, 16561])).
% 127.78/80.32 tff(16563,plain,
% 127.78/80.32 (v938(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14209, 16562])).
% 127.78/80.32 tff(16564,plain,
% 127.78/80.32 (v13(constB18, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16203, 16563])).
% 127.78/80.32 tff(16565,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10265, 6136, 16564, 16557, 16556])).
% 127.78/80.32 tff(16566,plain,(v11(constB12) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16567,plain,
% 127.78/80.32 (v11(constB12)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16566, 11348, 2408, 5309, 2407, 342])).
% 127.78/80.32 tff(16568,plain,
% 127.78/80.32 (~v13(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13907, 7542, 342, 16412, 1244, 15987, 16536])).
% 127.78/80.32 tff(16569,plain,
% 127.78/80.32 (~v1050(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16487, 16568])).
% 127.78/80.32 tff(16570,plain,
% 127.78/80.32 (~v1052(constB17)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9575, 16569])).
% 127.78/80.32 tff(16571,plain,
% 127.78/80.32 (~v7(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9570, 16570])).
% 127.78/80.32 tff(16572,plain,
% 127.78/80.32 (~v7(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9562, 16571])).
% 127.78/80.32 tff(16573,plain,
% 127.78/80.32 (~sP957(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12115, 5875, 16572])).
% 127.78/80.32 tff(16574,plain,
% 127.78/80.32 (v13(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16358, 16571, 5309, 16059, 16467, 16466, 2407, 16056, 16055, 16054, 16053, 16034, 2408, 11348, 16052, 16036])).
% 127.78/80.32 tff(16575,plain,
% 127.78/80.32 (~v13(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13991, 7542, 1244, 342, 16412, 15987, 16536])).
% 127.78/80.32 tff(16576,plain,
% 127.78/80.32 (~v938(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16550, 16575])).
% 127.78/80.32 tff(16577,plain,
% 127.78/80.32 (~v940(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5541, 16576])).
% 127.78/80.32 tff(16578,plain,
% 127.78/80.32 (~v956(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5567, 16577])).
% 127.78/80.32 tff(16579,plain,
% 127.78/80.32 (~v7(constB17, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10249, 16578])).
% 127.78/80.32 tff(16580,plain,
% 127.78/80.32 (~v7(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5759, 16579])).
% 127.78/80.32 tff(16581,plain,
% 127.78/80.32 (v952(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12130, 6075, 16580, 16574, 16573])).
% 127.78/80.32 tff(16582,plain,
% 127.78/80.32 (~sP960(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9556, 5864, 16572])).
% 127.78/80.32 tff(16583,plain,
% 127.78/80.32 (~(constB17 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13484, 16571, 16034])).
% 127.78/80.32 tff(16584,plain,
% 127.78/80.32 (~(constB18 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13479, 16572, 16034])).
% 127.78/80.32 tff(16585,plain,
% 127.78/80.32 (v7(constB19, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16261, 16584, 16052, 16243, 2407, 16242, 16059, 16467, 16466, 2408, 16056, 16055, 16054, 16053, 5309, 11348, 16036, 16583])).
% 127.78/80.32 tff(16586,plain,
% 127.78/80.32 (v929(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16266, 16585])).
% 127.78/80.32 tff(16587,plain,
% 127.78/80.32 (v940(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16209, 16586])).
% 127.78/80.32 tff(16588,plain,
% 127.78/80.32 (v938(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14209, 16587])).
% 127.78/80.32 tff(16589,plain,
% 127.78/80.32 (v13(constB18, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16203, 16588])).
% 127.78/80.32 tff(16590,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10265, 6136, 16589, 16582, 16581])).
% 127.78/80.32 tff(16591,plain,(v7(constB14, bitIndex1) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16592,plain,
% 127.78/80.32 (v7(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16591, 11348, 2408, 5309, 2407, 342])).
% 127.78/80.32 tff(16593,plain,
% 127.78/80.32 (v7(constB13, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2214, 16592])).
% 127.78/80.32 tff(16594,plain,
% 127.78/80.32 (v956(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2193, 16593])).
% 127.78/80.32 tff(16595,plain,
% 127.78/80.32 (v940(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2185, 16594])).
% 127.78/80.32 tff(16596,plain,
% 127.78/80.32 (v938(constB12, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2159, 16595])).
% 127.78/80.32 tff(16597,plain,
% 127.78/80.32 (v13(constB12, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9911, 16596])).
% 127.78/80.32 tff(16598,plain,
% 127.78/80.32 (~v13(constB14, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13945, 16597, 342, 1244, 16412, 16567])).
% 127.78/80.32 tff(16599,plain,
% 127.78/80.32 (~v938(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16002, 16598])).
% 127.78/80.32 tff(16600,plain,
% 127.78/80.32 (~v940(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2356, 16599])).
% 127.78/80.32 tff(16601,plain,
% 127.78/80.32 (~v929(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2348, 16600])).
% 127.78/80.32 tff(16602,plain,
% 127.78/80.32 (~v7(constB15, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5505, 16601])).
% 127.78/80.32 tff(16603,plain,
% 127.78/80.32 (~v7(constB16, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4072, 16602])).
% 127.78/80.32 tff(16604,plain,
% 127.78/80.32 (~v13(constB12, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12464, 16597, 1244, 16412, 342])).
% 127.78/80.32 tff(16605,plain,
% 127.78/80.32 (v7(constB16, bitIndex2) | sP960(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5483, 1804, 16536])).
% 127.78/80.32 tff(16606,plain,
% 127.78/80.32 (sP960(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16605, 16603])).
% 127.78/80.32 tff(16607,plain,
% 127.78/80.32 (v7(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10179, 5864, 16606])).
% 127.78/80.32 tff(16608,plain,
% 127.78/80.32 (v7(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10199, 16607])).
% 127.78/80.32 tff(16609,plain,
% 127.78/80.32 (v1052(constB15)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10207, 16608])).
% 127.78/80.32 tff(16610,plain,
% 127.78/80.32 (v1050(constB14)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10212, 16609])).
% 127.78/80.32 tff(16611,plain,
% 127.78/80.32 (v13(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16316, 16610])).
% 127.78/80.32 tff(16612,plain,
% 127.78/80.32 (~v13(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12966, 16611, 16412, 16567, 342, 16597, 1244, 16604])).
% 127.78/80.32 tff(16613,plain,
% 127.78/80.32 (~v938(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11741, 16612])).
% 127.78/80.32 tff(16614,plain,
% 127.78/80.32 (~v940(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9659, 16613])).
% 127.78/80.32 tff(16615,plain,
% 127.78/80.32 (~v956(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9654, 16614])).
% 127.78/80.32 tff(16616,plain,
% 127.78/80.32 (~v7(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9649, 16615])).
% 127.78/80.32 tff(16617,plain,
% 127.78/80.32 (~v7(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4007, 16616])).
% 127.78/80.32 tff(16618,plain,
% 127.78/80.32 (~v13(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10103, 16617, 16536, 16603])).
% 127.78/80.32 tff(16619,plain,
% 127.78/80.32 (~v1050(constB16)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16487, 16618])).
% 127.78/80.32 tff(16620,plain,
% 127.78/80.32 (~v1052(constB17)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9575, 16619])).
% 127.78/80.32 tff(16621,plain,
% 127.78/80.32 (~v7(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9570, 16620])).
% 127.78/80.32 tff(16622,plain,
% 127.78/80.32 (~v7(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9562, 16621])).
% 127.78/80.32 tff(16623,plain,
% 127.78/80.32 (~sP957(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12115, 5875, 16622])).
% 127.78/80.32 tff(16624,plain,
% 127.78/80.32 (v13(constB18, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16358, 16621, 5309, 16059, 16467, 16466, 2407, 16056, 16055, 16054, 16053, 16034, 2408, 11348, 16052, 16036])).
% 127.78/80.32 tff(16625,plain,
% 127.78/80.32 (~v13(constB16, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11222, 16617, 1244, 342, 16412, 16536, 15987])).
% 127.78/80.32 tff(16626,plain,
% 127.78/80.32 (~v938(constB16, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16550, 16625])).
% 127.78/80.32 tff(16627,plain,
% 127.78/80.32 (~v940(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5541, 16626])).
% 127.78/80.32 tff(16628,plain,
% 127.78/80.32 (~v956(constB17, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5567, 16627])).
% 127.78/80.32 tff(16629,plain,
% 127.78/80.32 (~v7(constB17, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10249, 16628])).
% 127.78/80.32 tff(16630,plain,
% 127.78/80.32 (~v7(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5759, 16629])).
% 127.78/80.32 tff(16631,plain,
% 127.78/80.32 (v952(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[12130, 6075, 16630, 16624, 16623])).
% 127.78/80.32 tff(16632,plain,
% 127.78/80.32 (~sP960(constB18)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9556, 5864, 16622])).
% 127.78/80.32 tff(16633,plain,
% 127.78/80.32 (~(constB17 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13484, 16621, 16034])).
% 127.78/80.32 tff(16634,plain,
% 127.78/80.32 (~(constB18 = sK952_VarCurr)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13479, 16622, 16034])).
% 127.78/80.32 tff(16635,plain,
% 127.78/80.32 (v7(constB19, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16261, 16634, 16052, 16243, 2407, 16242, 16059, 16467, 16466, 2408, 16056, 16055, 16054, 16053, 5309, 11348, 16036, 16633])).
% 127.78/80.32 tff(16636,plain,
% 127.78/80.32 (v929(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16266, 16635])).
% 127.78/80.32 tff(16637,plain,
% 127.78/80.32 (v940(constB19, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16209, 16636])).
% 127.78/80.32 tff(16638,plain,
% 127.78/80.32 (v938(constB18, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14209, 16637])).
% 127.78/80.32 tff(16639,plain,
% 127.78/80.32 (v13(constB18, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16203, 16638])).
% 127.78/80.32 tff(16640,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10265, 6136, 16639, 16632, 16631])).
% 127.78/80.32 tff(16641,plain,((constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16642,plain,
% 127.78/80.32 (constB15 = sK952_VarCurr),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16641, 16455, 16441, 16426, 342])).
% 127.78/80.32 tff(16643,plain,
% 127.78/80.32 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.32 inference(monotonicity,[status(thm)],[16642])).
% 127.78/80.32 tff(16644,plain,
% 127.78/80.32 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 127.78/80.32 inference(symmetry,[status(thm)],[16643])).
% 127.78/80.32 tff(16645,plain,
% 127.78/80.32 (v7(constB15, bitIndex0)),
% 127.78/80.32 inference(modus_ponens,[status(thm)],[16034, 16644])).
% 127.78/80.32 tff(16646,plain,
% 127.78/80.32 (v7(constB15, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14141, 16642, 16036])).
% 127.78/80.32 tff(16647,plain,
% 127.78/80.32 (v929(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5505, 16646])).
% 127.78/80.32 tff(16648,plain,
% 127.78/80.32 (v940(constB15, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2348, 16647])).
% 127.78/80.32 tff(16649,plain,
% 127.78/80.32 (v938(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2356, 16648])).
% 127.78/80.32 tff(16650,plain,
% 127.78/80.32 (v13(constB14, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16002, 16649])).
% 127.78/80.32 tff(16651,plain,
% 127.78/80.32 (v11(constB12)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10144, 16650])).
% 127.78/80.32 tff(16652,plain,
% 127.78/80.32 (~v13(constB12, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13945, 16650, 342, 1244, 16412, 16651])).
% 127.78/80.32 tff(16653,plain,
% 127.78/80.32 (~v938(constB12, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9911, 16652])).
% 127.78/80.32 tff(16654,plain,
% 127.78/80.32 (~v940(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2159, 16653])).
% 127.78/80.32 tff(16655,plain,
% 127.78/80.32 (~v956(constB13, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2185, 16654])).
% 127.78/80.32 tff(16656,plain,
% 127.78/80.32 (~v7(constB13, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2193, 16655])).
% 127.78/80.32 tff(16657,plain,
% 127.78/80.32 (~v7(constB14, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2214, 16656])).
% 127.78/80.32 tff(16658,plain,
% 127.78/80.32 (~v13(constB14, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[13045, 16657, 342, 16412, 1244, 16650])).
% 127.78/80.32 tff(16659,plain,
% 127.78/80.32 (~v1050(constB14)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16316, 16658])).
% 127.78/80.32 tff(16660,plain,
% 127.78/80.32 (~v1052(constB15)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10212, 16659])).
% 127.78/80.32 tff(16661,plain,
% 127.78/80.32 (~v7(constB15, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10207, 16660])).
% 127.78/80.32 tff(16662,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16661, 16645])).
% 127.78/80.32 tff(16663,plain,(v11(constB4)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16664,plain,
% 127.78/80.32 ((~v7(sK952_VarCurr, bitIndex2)) <=> (~v7(constB10, bitIndex2))),
% 127.78/80.32 inference(monotonicity,[status(thm)],[8219])).
% 127.78/80.32 tff(16665,plain,
% 127.78/80.32 (~v7(constB10, bitIndex2)),
% 127.78/80.32 inference(modus_ponens,[status(thm)],[3, 16664])).
% 127.78/80.32 tff(16666,plain,
% 127.78/80.32 (~v7(constB9, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9334, 16665])).
% 127.78/80.32 tff(16667,plain,
% 127.78/80.32 (~v929(constB9, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9338, 8464, 16666])).
% 127.78/80.32 tff(16668,plain,
% 127.78/80.32 (~v940(constB9, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9325, 16667])).
% 127.78/80.32 tff(16669,plain,
% 127.78/80.32 (~v938(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9319, 16668])).
% 127.78/80.32 tff(16670,plain,
% 127.78/80.32 ((~v13(constB8, bitIndex2)) | v938(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[9309, 8517, 6485])).
% 127.78/80.32 tff(16671,plain,
% 127.78/80.32 (~v13(constB8, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16670, 16669])).
% 127.78/80.32 tff(16672,plain,
% 127.78/80.32 (v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2317, 3])).
% 127.78/80.32 tff(16673,plain,
% 127.78/80.32 (v7(constB10, bitIndex0)),
% 127.78/80.32 inference(modus_ponens,[status(thm)],[16672, 9217])).
% 127.78/80.32 tff(16674,plain,
% 127.78/80.32 (v7(constB9, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[6470, 16673])).
% 127.78/80.32 tff(16675,plain,
% 127.78/80.32 (v1052(constB9)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[6478, 16674])).
% 127.78/80.32 tff(16676,plain,
% 127.78/80.32 (v1050(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[6483, 16675])).
% 127.78/80.32 tff(16677,plain,
% 127.78/80.32 (v13(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[6492, 16676])).
% 127.78/80.32 tff(16678,plain,
% 127.78/80.32 (~sP959(constB4)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[15274, 4139, 3685])).
% 127.78/80.32 tff(16679,plain,
% 127.78/80.32 (~v17(constB4, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4991, 4139])).
% 127.78/80.32 tff(16680,plain,
% 127.78/80.32 (~v17(constB3, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4164, 16679])).
% 127.78/80.32 tff(16681,plain,
% 127.78/80.32 (~v1019(constB3, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4190, 16680])).
% 127.78/80.32 tff(16682,plain,
% 127.78/80.32 (~v1017(constB2, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4198, 16681])).
% 127.78/80.32 tff(16683,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4212, 439, 436, 2730, 4200])).
% 127.78/80.32 tff(16684,plain,(v1017(constB2, bitIndex2) | v11(constB2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16685,plain,
% 127.78/80.32 (v11(constB2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16684, 16682])).
% 127.78/80.32 tff(16686,plain,
% 127.78/80.32 (~v20(constB2, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4214, 16682])).
% 127.78/80.32 tff(16687,plain,
% 127.78/80.32 (v20(constB2, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5011, 16686])).
% 127.78/80.32 tff(16688,plain,
% 127.78/80.32 (v1017(constB2, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[15286, 16687, 16685])).
% 127.78/80.32 tff(16689,plain,
% 127.78/80.32 (v1019(constB3, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5101, 16688])).
% 127.78/80.32 tff(16690,plain,
% 127.78/80.32 (v17(constB3, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[15292, 16689])).
% 127.78/80.32 tff(16691,plain,
% 127.78/80.32 (v17(constB4, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5107, 16690])).
% 127.78/80.32 tff(16692,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5136, 5133, 16691, 16678])).
% 127.78/80.32 tff(16693,plain,(~v13(constB4, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16694,plain,
% 127.78/80.32 ((~v938(constB4, bitIndex0)) | v13(constB4, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[4136, 320, 16663])).
% 127.78/80.32 tff(16695,plain,
% 127.78/80.32 (~v938(constB4, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16694, 16693])).
% 127.78/80.32 tff(16696,plain,
% 127.78/80.32 (~v940(constB5, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[849, 16695])).
% 127.78/80.32 tff(16697,plain,
% 127.78/80.32 (~v956(constB5, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[875, 16696])).
% 127.78/80.32 tff(16698,plain,
% 127.78/80.32 (~v7(constB5, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[883, 16697])).
% 127.78/80.32 tff(16699,plain,
% 127.78/80.32 (~v7(constB6, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[904, 16698])).
% 127.78/80.32 tff(16700,plain,
% 127.78/80.32 (v7(constB8, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8394, 2459, 1193, 6725])).
% 127.78/80.32 tff(16701,plain,
% 127.78/80.32 (v7(constB7, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2450, 16700])).
% 127.78/80.32 tff(16702,plain,
% 127.78/80.32 (v929(constB7, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10337, 16701])).
% 127.78/80.32 tff(16703,plain,
% 127.78/80.32 (v940(constB7, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10333, 16702])).
% 127.78/80.32 tff(16704,plain,
% 127.78/80.32 (v938(constB6, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2545, 16703])).
% 127.78/80.32 tff(16705,plain,
% 127.78/80.32 (v13(constB6, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14085, 16704])).
% 127.78/80.32 tff(16706,plain,
% 127.78/80.32 (v7(constB6, bitIndex2) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7097, 1785, 7170])).
% 127.78/80.32 tff(16707,plain,
% 127.78/80.32 (sP957(constB6)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16706, 4125, 2713])).
% 127.78/80.32 tff(16708,assumption,(v62(constB6, bitIndex0)), introduced(assumption)).
% 127.78/80.32 tff(16709,plain,
% 127.78/80.32 (v32(constB6) | (~v28(constB6, bitIndex1)) | (~sP957(constB6))),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7065, 1855, 16708])).
% 127.78/80.32 tff(16710,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16709, 5952, 5934, 16707])).
% 127.78/80.32 tff(16711,plain,(v7(constB6, bitIndex2) | (~v62(constB6, bitIndex0)) | (~v13(constB6, bitIndex2)) | (~v13(constB6, bitIndex0)) | v7(constB6, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16712,plain,
% 127.78/80.32 (~v62(constB6, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16711, 4125, 2410, 2713, 7170])).
% 127.78/80.32 tff(16713,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7057, 1830, 16712, 5930])).
% 127.78/80.32 tff(16714,plain,(v7(constB6, bitIndex2) | (~v13(constB6, bitIndex2)) | (~v13(constB6, bitIndex0)) | v7(constB6, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16715,plain,
% 127.78/80.32 (~v13(constB6, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16714, 16705, 4125, 16699])).
% 127.78/80.32 tff(16716,plain,
% 127.78/80.32 (~v17(constB8, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[1238, 1193])).
% 127.78/80.32 tff(16717,plain,
% 127.78/80.32 (~v17(constB7, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[1191, 16716])).
% 127.78/80.32 tff(16718,plain,
% 127.78/80.32 (~v1019(constB7, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[1171, 16717])).
% 127.78/80.32 tff(16719,plain,
% 127.78/80.32 (~v1017(constB6, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[1138, 16718])).
% 127.78/80.32 tff(16720,plain,
% 127.78/80.32 (v11(constB6)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[1112, 16719])).
% 127.78/80.32 tff(16721,plain,
% 127.78/80.32 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7105, 6040, 16720])).
% 127.78/80.32 tff(16722,plain,
% 127.78/80.32 (~v1050(constB6)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16721, 16715])).
% 127.78/80.32 tff(16723,plain,
% 127.78/80.32 (~v1052(constB7)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7111, 16722])).
% 127.78/80.32 tff(16724,plain,
% 127.78/80.32 (~v7(constB7, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7119, 16723])).
% 127.78/80.32 tff(16725,plain,
% 127.78/80.32 (~v7(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7137, 16724])).
% 127.78/80.32 tff(16726,plain,
% 127.78/80.32 (~sP957(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7145, 5875, 16725])).
% 127.78/80.32 tff(16727,plain,
% 127.78/80.32 (~v924(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8699, 16726, 2459])).
% 127.78/80.32 tff(16728,plain,
% 127.78/80.32 (v952(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8663, 16700, 7564])).
% 127.78/80.32 tff(16729,plain,
% 127.78/80.32 (v924(constB8, bitIndex0) | v970(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8707, 6093, 16728])).
% 127.78/80.32 tff(16730,plain,
% 127.78/80.32 (v970(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16729, 16727])).
% 127.78/80.32 tff(16731,plain,
% 127.78/80.32 (sP958(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8315, 5886, 16725])).
% 127.78/80.32 tff(16732,plain,
% 127.78/80.32 (~sP959(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8358, 16731, 2459])).
% 127.78/80.32 tff(16733,plain,
% 127.78/80.32 (~v17(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8714, 5133, 16732])).
% 127.78/80.32 tff(16734,plain,
% 127.78/80.32 (~v17(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8718, 5971, 16732])).
% 127.78/80.32 tff(16735,plain,
% 127.78/80.32 ((~v970(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8726, 6107, 16716])).
% 127.78/80.32 tff(16736,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16735, 16734, 16733, 16730])).
% 127.78/80.32 tff(16737,plain,(v7(constB8, bitIndex1) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0)) | v7(constB6, bitIndex2) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16738,plain,
% 127.78/80.32 (v7(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16737, 4125, 6725, 1193, 7564])).
% 127.78/80.32 tff(16739,plain,
% 127.78/80.32 (v7(constB7, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2482, 16738])).
% 127.78/80.32 tff(16740,plain,
% 127.78/80.32 (v956(constB7, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2490, 16739])).
% 127.78/80.32 tff(16741,plain,
% 127.78/80.32 (v940(constB7, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2516, 16740])).
% 127.78/80.32 tff(16742,plain,
% 127.78/80.32 (v938(constB6, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2524, 16741])).
% 127.78/80.32 tff(16743,plain,
% 127.78/80.32 (v13(constB6, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[11713, 16742])).
% 127.78/80.32 tff(16744,plain,
% 127.78/80.32 (~v13(constB6, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7204, 16743, 16699, 4125])).
% 127.78/80.32 tff(16745,plain,
% 127.78/80.32 (~v1050(constB6)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16721, 16744])).
% 127.78/80.32 tff(16746,plain,
% 127.78/80.32 (~v1052(constB7)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7111, 16745])).
% 127.78/80.32 tff(16747,plain,
% 127.78/80.32 (~v7(constB7, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7119, 16746])).
% 127.78/80.32 tff(16748,plain,
% 127.78/80.32 (~v7(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[7137, 16747])).
% 127.78/80.32 tff(16749,plain,
% 127.78/80.32 (~sP958(constB6)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5946, 5929, 7170])).
% 127.78/80.32 tff(16750,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[5937, 1912, 16749, 5934])).
% 127.78/80.32 tff(16751,plain,(v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | (~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16752,plain,
% 127.78/80.32 (~v13(constB6, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16751, 16743, 16699, 4125])).
% 127.78/80.32 tff(16753,plain,
% 127.78/80.32 (~v938(constB6, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[14085, 16752])).
% 127.78/80.32 tff(16754,plain,
% 127.78/80.32 (~v940(constB7, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2545, 16753])).
% 127.78/80.32 tff(16755,plain,
% 127.78/80.32 (~v929(constB7, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10333, 16754])).
% 127.78/80.32 tff(16756,plain,
% 127.78/80.32 (~v7(constB7, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[10337, 16755])).
% 127.78/80.32 tff(16757,plain,
% 127.78/80.32 (~v7(constB8, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[2450, 16756])).
% 127.78/80.32 tff(16758,plain,
% 127.78/80.32 ($false),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8346, 16757, 16748, 1193, 6725])).
% 127.78/80.32 tff(16759,plain,(v7(constB6, bitIndex2) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.32 tff(16760,plain,
% 127.78/80.32 (v7(constB6, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16759, 16677, 1193, 16671])).
% 127.78/80.32 tff(16761,plain,
% 127.78/80.32 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.78/80.32 inference(rewrite,[status(thm)],[])).
% 127.78/80.32 tff(16762,plain,
% 127.78/80.32 (((~v924(constB8, bitIndex0)) | sP957(constB8) | (~v13(constB8, bitIndex0))) <=> ((~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.78/80.32 inference(rewrite,[status(thm)],[])).
% 127.78/80.32 tff(16763,plain,
% 127.78/80.32 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8)))),
% 127.78/80.32 inference(monotonicity,[status(thm)],[16762])).
% 127.78/80.32 tff(16764,plain,
% 127.78/80.32 (((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | sP957(constB8) | (~v13(constB8, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8))),
% 127.78/80.32 inference(transitivity,[status(thm)],[16763, 16761])).
% 127.78/80.32 tff(16765,plain,
% 127.78/80.32 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | ((~v924(constB8, bitIndex0)) | sP957(constB8) | (~v13(constB8, bitIndex0)))),
% 127.78/80.32 inference(quant_inst,[status(thm)],[])).
% 127.78/80.32 tff(16766,plain,
% 127.78/80.32 ((~![VarCurr: $i] : ((~v924(VarCurr, bitIndex0)) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (~v13(constB8, bitIndex0)) | (~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.78/80.32 inference(modus_ponens,[status(thm)],[16765, 16764])).
% 127.78/80.32 tff(16767,plain,
% 127.78/80.32 ((~v924(constB8, bitIndex0)) | sP957(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16766, 7224, 6725])).
% 127.78/80.32 tff(16768,plain,
% 127.78/80.32 (~v924(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16767, 8296])).
% 127.78/80.32 tff(16769,plain,
% 127.78/80.32 (v7(constB8, bitIndex2)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8346, 8295, 1193, 6725])).
% 127.78/80.32 tff(16770,plain,
% 127.78/80.32 (v952(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8663, 16769, 7564])).
% 127.78/80.32 tff(16771,plain,
% 127.78/80.32 (v924(constB8, bitIndex0) | v970(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8707, 6093, 16770])).
% 127.78/80.32 tff(16772,plain,
% 127.78/80.32 (v970(constB8)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[16771, 16768])).
% 127.78/80.32 tff(16773,assumption,(v970(constB8)), introduced(assumption)).
% 127.78/80.32 tff(16774,assumption,(~sP959(constB8)), introduced(assumption)).
% 127.78/80.32 tff(16775,plain,
% 127.78/80.32 (~v17(constB8, bitIndex1)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8714, 5133, 16774])).
% 127.78/80.32 tff(16776,plain,
% 127.78/80.32 (~v17(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8718, 5971, 16774])).
% 127.78/80.32 tff(16777,plain,
% 127.78/80.32 ((~v970(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.78/80.32 inference(unit_resolution,[status(thm)],[8726, 6107, 1174])).
% 127.78/80.32 tff(16778,plain,
% 127.78/80.32 ($false),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16777, 16776, 16775, 16773])).
% 127.78/80.33 tff(16779,plain,(sP959(constB8) | (~v970(constB8)) | v17(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.33 tff(16780,plain,
% 127.78/80.33 (sP959(constB8)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16779, 16772, 16716])).
% 127.78/80.33 tff(16781,plain,
% 127.78/80.33 (~v17(constB8, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[8323, 16780, 8316])).
% 127.78/80.33 tff(16782,plain,
% 127.78/80.33 (~v17(constB8, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[8331, 16780, 8316])).
% 127.78/80.33 tff(16783,plain,
% 127.78/80.33 (^[VarCurr: $i] : refl((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr))))),
% 127.78/80.33 inference(bind,[status(th)],[])).
% 127.78/80.33 tff(16784,plain,
% 127.78/80.33 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(quant_intro,[status(thm)],[16783])).
% 127.78/80.33 tff(16785,plain,
% 127.78/80.33 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16786,plain,
% 127.78/80.33 (^[VarCurr: $i] : trans(monotonicity(trans(monotonicity(trans(monotonicity(trans(monotonicity(rewrite((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) <=> (v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2))), (((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) <=> ((v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | v17(VarCurr, bitIndex0)))), rewrite(((v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | v17(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2))), (((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)))), ((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) <=> ((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | (~v952(VarCurr, bitIndex1))))), rewrite(((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2)) | (~v952(VarCurr, bitIndex1))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)))), ((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1))))), (((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) <=> ((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))))), rewrite(((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)))), (((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))))), ((((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) | (~sP959(VarCurr))) <=> ((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) | (~sP959(VarCurr))))), rewrite(((v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2))) | (~sP959(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))), ((((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) | (~sP959(VarCurr))) <=> (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))))),
% 127.78/80.33 inference(bind,[status(th)],[])).
% 127.78/80.33 tff(16787,plain,
% 127.78/80.33 (![VarCurr: $i] : (((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) | (~sP959(VarCurr))) <=> ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(quant_intro,[status(thm)],[16786])).
% 127.78/80.33 tff(16788,axiom,(![VarCurr: $i] : (((((v17(VarCurr, bitIndex2) | v17(VarCurr, bitIndex1)) | v17(VarCurr, bitIndex0)) | (~v952(VarCurr, bitIndex1))) | (~v7(VarCurr, bitIndex2))) | (~sP959(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16678')).
% 127.78/80.33 tff(16789,plain,
% 127.78/80.33 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16788, 16787])).
% 127.78/80.33 tff(16790,plain,
% 127.78/80.33 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16789, 16785])).
% 127.78/80.33 tff(16791,plain,(
% 127.78/80.33 ![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(skolemize,[status(sab)],[16790])).
% 127.78/80.33 tff(16792,plain,
% 127.78/80.33 (![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16791, 16784])).
% 127.78/80.33 tff(16793,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | ((~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | v17(constB8, bitIndex2) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | (~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | v17(constB8, bitIndex2) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16794,plain,
% 127.78/80.33 ((v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v952(constB8, bitIndex1)) | (~v7(constB8, bitIndex2)) | (~sP959(constB8))) <=> ((~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | v17(constB8, bitIndex2) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16795,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v952(constB8, bitIndex1)) | (~v7(constB8, bitIndex2)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | ((~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | v17(constB8, bitIndex2) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)))),
% 127.78/80.33 inference(monotonicity,[status(thm)],[16794])).
% 127.78/80.33 tff(16796,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v952(constB8, bitIndex1)) | (~v7(constB8, bitIndex2)) | (~sP959(constB8)))) <=> ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | (~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | v17(constB8, bitIndex2) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0))),
% 127.78/80.33 inference(transitivity,[status(thm)],[16795, 16793])).
% 127.78/80.33 tff(16797,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | (v17(constB8, bitIndex0) | v17(constB8, bitIndex1) | v17(constB8, bitIndex2) | (~v952(constB8, bitIndex1)) | (~v7(constB8, bitIndex2)) | (~sP959(constB8)))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16798,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v17(VarCurr, bitIndex0) | v17(VarCurr, bitIndex1) | v17(VarCurr, bitIndex2) | (~v952(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex2)) | (~sP959(VarCurr)))) | (~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | v17(constB8, bitIndex2) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16797, 16796])).
% 127.78/80.33 tff(16799,plain,
% 127.78/80.33 ((~v7(constB8, bitIndex2)) | (~v952(constB8, bitIndex1)) | (~sP959(constB8)) | v17(constB8, bitIndex1) | v17(constB8, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16798, 16792, 16716])).
% 127.78/80.33 tff(16800,plain,
% 127.78/80.33 ($false),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16799, 16782, 16780, 16769, 16770, 16781])).
% 127.78/80.33 tff(16801,plain,(v7(constB8, bitIndex0) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.33 tff(16802,plain,
% 127.78/80.33 (v7(constB8, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16801, 16677, 1193, 16671])).
% 127.78/80.33 tff(16803,plain,
% 127.78/80.33 (v7(constB7, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7137, 16802])).
% 127.78/80.33 tff(16804,plain,
% 127.78/80.33 (v1052(constB7)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7119, 16803])).
% 127.78/80.33 tff(16805,plain,
% 127.78/80.33 (v1050(constB6)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7111, 16804])).
% 127.78/80.33 tff(16806,plain,
% 127.78/80.33 (v13(constB6, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16721, 16805])).
% 127.78/80.33 tff(16807,plain,
% 127.78/80.33 (v7(constB5, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[834, 8546])).
% 127.78/80.33 tff(16808,plain,
% 127.78/80.33 (v929(constB5, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[783, 16807])).
% 127.78/80.33 tff(16809,plain,
% 127.78/80.33 (v940(constB5, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[765, 16808])).
% 127.78/80.33 tff(16810,plain,
% 127.78/80.33 (v938(constB4, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[699, 16809])).
% 127.78/80.33 tff(16811,plain,
% 127.78/80.33 (v13(constB4, bitIndex2) | (~v938(constB4, bitIndex1))),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[6125, 2226, 16663])).
% 127.78/80.33 tff(16812,plain,
% 127.78/80.33 (v13(constB4, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16811, 16810])).
% 127.78/80.33 tff(16813,plain,
% 127.78/80.33 (v7(constB8, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[8394, 2427, 1193, 6725])).
% 127.78/80.33 tff(16814,plain,
% 127.78/80.33 (v7(constB7, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[2482, 16813])).
% 127.78/80.33 tff(16815,plain,
% 127.78/80.33 (v956(constB7, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[2490, 16814])).
% 127.78/80.33 tff(16816,plain,
% 127.78/80.33 (v940(constB7, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[2516, 16815])).
% 127.78/80.33 tff(16817,plain,
% 127.78/80.33 (v938(constB6, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[2524, 16816])).
% 127.78/80.33 tff(16818,plain,
% 127.78/80.33 (v13(constB6, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[11713, 16817])).
% 127.78/80.33 tff(16819,plain,
% 127.78/80.33 ((~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[8520, 8517, 16720])).
% 127.78/80.33 tff(16820,plain,
% 127.78/80.33 (~v13(constB6, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16819, 8507])).
% 127.78/80.33 tff(16821,plain,
% 127.78/80.33 (v952(constB6, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[8613, 16820, 8546])).
% 127.78/80.33 tff(16822,assumption,(~v7(constB6, bitIndex0)), introduced(assumption)).
% 127.78/80.33 tff(16823,plain,
% 127.78/80.33 (sP958(constB6)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[6169, 5886, 16822])).
% 127.78/80.33 tff(16824,plain,
% 127.78/80.33 ((~v13(constB6, bitIndex1)) | (~sP958(constB6)) | (~sP959(constB6))),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[5945, 1886, 16699])).
% 127.78/80.33 tff(16825,plain,
% 127.78/80.33 (~sP959(constB6)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16824, 16823, 5939])).
% 127.78/80.33 tff(16826,plain,
% 127.78/80.33 (~v17(constB6, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7392, 5133, 16825])).
% 127.78/80.33 tff(16827,plain,
% 127.78/80.33 (~v17(constB6, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7400, 1233, 16825])).
% 127.78/80.33 tff(16828,plain,
% 127.78/80.33 (~v17(constB6, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7396, 5971, 16825])).
% 127.78/80.33 tff(16829,plain,
% 127.78/80.33 (~sP957(constB6)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7267, 5875, 16822])).
% 127.78/80.33 tff(16830,plain,
% 127.78/80.33 ((~v924(constB6, bitIndex0)) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7422, 6057, 16699])).
% 127.78/80.33 tff(16831,plain,
% 127.78/80.33 (~v924(constB6, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16830, 16829, 2713])).
% 127.78/80.33 tff(16832,assumption,(v952(constB6, bitIndex1)), introduced(assumption)).
% 127.78/80.33 tff(16833,plain,
% 127.78/80.33 (v924(constB6, bitIndex0) | v970(constB6)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7415, 6093, 16832])).
% 127.78/80.33 tff(16834,plain,
% 127.78/80.33 (v970(constB6)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16833, 16831])).
% 127.78/80.33 tff(16835,plain,
% 127.78/80.33 (v17(constB6, bitIndex2) | v17(constB6, bitIndex1) | v17(constB6, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[7407, 6107, 16834])).
% 127.78/80.33 tff(16836,plain,
% 127.78/80.33 ($false),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16835, 16828, 16827, 16826])).
% 127.78/80.33 tff(16837,plain,(v7(constB6, bitIndex0) | (~v952(constB6, bitIndex1)) | (~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.33 tff(16838,plain,
% 127.78/80.33 (v7(constB6, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16837, 16821, 16818, 2713])).
% 127.78/80.33 tff(16839,plain,
% 127.78/80.33 (v7(constB5, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[5996, 16838])).
% 127.78/80.33 tff(16840,plain,
% 127.78/80.33 (v1052(constB5)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[6014, 16839])).
% 127.78/80.33 tff(16841,plain,
% 127.78/80.33 (v1050(constB4)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[6029, 16840])).
% 127.78/80.33 tff(16842,plain,
% 127.78/80.33 ((~v1050(constB4)) | v13(constB4, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[6046, 6040, 16663])).
% 127.78/80.33 tff(16843,plain,
% 127.78/80.33 (v13(constB4, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16842, 16841])).
% 127.78/80.33 tff(16844,assumption,(v13(constB4, bitIndex0)), introduced(assumption)).
% 127.78/80.33 tff(16845,plain,
% 127.78/80.33 (~v929(constB3, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14243, 14220])).
% 127.78/80.33 tff(16846,plain,
% 127.78/80.33 (~v7(constB3, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14471, 16845])).
% 127.78/80.33 tff(16847,plain,
% 127.78/80.33 (~v7(constB4, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14463, 16846])).
% 127.78/80.33 tff(16848,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex1) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16849,plain,
% 127.78/80.33 ((v7(constB4, bitIndex2) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0))) <=> (v7(constB4, bitIndex1) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16850,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex2) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex1) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4)))),
% 127.78/80.33 inference(monotonicity,[status(thm)],[16849])).
% 127.78/80.33 tff(16851,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex2) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4))),
% 127.78/80.33 inference(transitivity,[status(thm)],[16850, 16848])).
% 127.78/80.33 tff(16852,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | (v7(constB4, bitIndex2) | v7(constB4, bitIndex1) | sP957(constB4) | (~v13(constB4, bitIndex0)))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16853,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | v7(VarCurr, bitIndex1) | sP957(VarCurr) | (~v13(VarCurr, bitIndex0)))) | v7(constB4, bitIndex1) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4)),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16852, 16851])).
% 127.78/80.33 tff(16854,plain,
% 127.78/80.33 (v7(constB4, bitIndex2) | (~v13(constB4, bitIndex0)) | sP957(constB4)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16853, 1785, 3685])).
% 127.78/80.33 tff(16855,plain,
% 127.78/80.33 (sP957(constB4)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16854, 16847, 16844])).
% 127.78/80.33 tff(16856,assumption,(v13(constB4, bitIndex2)), introduced(assumption)).
% 127.78/80.33 tff(16857,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB4, bitIndex2) | (~v13(constB4, bitIndex2)) | sP960(constB4))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex2)) | sP960(constB4))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16858,plain,
% 127.78/80.33 ((v7(constB4, bitIndex2) | sP960(constB4) | (~v13(constB4, bitIndex2))) <=> (v7(constB4, bitIndex2) | (~v13(constB4, bitIndex2)) | sP960(constB4))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16859,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB4, bitIndex2) | sP960(constB4) | (~v13(constB4, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB4, bitIndex2) | (~v13(constB4, bitIndex2)) | sP960(constB4)))),
% 127.78/80.33 inference(monotonicity,[status(thm)],[16858])).
% 127.78/80.33 tff(16860,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB4, bitIndex2) | sP960(constB4) | (~v13(constB4, bitIndex2)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex2)) | sP960(constB4))),
% 127.78/80.33 inference(transitivity,[status(thm)],[16859, 16857])).
% 127.78/80.33 tff(16861,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | (v7(constB4, bitIndex2) | sP960(constB4) | (~v13(constB4, bitIndex2)))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16862,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | sP960(VarCurr) | (~v13(VarCurr, bitIndex2)))) | v7(constB4, bitIndex2) | (~v13(constB4, bitIndex2)) | sP960(constB4)),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16861, 16860])).
% 127.78/80.33 tff(16863,plain,
% 127.78/80.33 (v7(constB4, bitIndex2) | sP960(constB4)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16862, 1804, 16856])).
% 127.78/80.33 tff(16864,plain,
% 127.78/80.33 (sP960(constB4)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16863, 16847])).
% 127.78/80.33 tff(16865,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB4, bitIndex1) | (~sP960(constB4)))) <=> ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB4, bitIndex1) | (~sP960(constB4)))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16866,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | (v28(constB4, bitIndex1) | (~sP960(constB4)))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16867,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v28(VarCurr, bitIndex1) | (~sP960(VarCurr)))) | v28(constB4, bitIndex1) | (~sP960(constB4))),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16866, 16865])).
% 127.78/80.33 tff(16868,plain,
% 127.78/80.33 (v28(constB4, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16867, 1819, 16864])).
% 127.78/80.33 tff(16869,assumption,(v938(constB2, bitIndex1)), introduced(assumption)).
% 127.78/80.33 tff(16870,plain,
% 127.78/80.33 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB2, constB3)) | (~v938(constB2, bitIndex1)) | v940(constB3, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB2, constB3)) | (~v938(constB2, bitIndex1)) | v940(constB3, bitIndex1))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16871,plain,
% 127.78/80.33 (((~nextState(constB2, constB3)) | v940(constB3, bitIndex1) | (~v938(constB2, bitIndex1))) <=> ((~nextState(constB2, constB3)) | (~v938(constB2, bitIndex1)) | v940(constB3, bitIndex1))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16872,plain,
% 127.78/80.33 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v940(constB3, bitIndex1) | (~v938(constB2, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB2, constB3)) | (~v938(constB2, bitIndex1)) | v940(constB3, bitIndex1)))),
% 127.78/80.33 inference(monotonicity,[status(thm)],[16871])).
% 127.78/80.33 tff(16873,plain,
% 127.78/80.33 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v940(constB3, bitIndex1) | (~v938(constB2, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB2, constB3)) | (~v938(constB2, bitIndex1)) | v940(constB3, bitIndex1))),
% 127.78/80.33 inference(transitivity,[status(thm)],[16872, 16870])).
% 127.78/80.33 tff(16874,plain,
% 127.78/80.33 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB2, constB3)) | v940(constB3, bitIndex1) | (~v938(constB2, bitIndex1)))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16875,plain,
% 127.78/80.33 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB2, constB3)) | (~v938(constB2, bitIndex1)) | v940(constB3, bitIndex1)),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16874, 16873])).
% 127.78/80.33 tff(16876,plain,
% 127.78/80.33 ($false),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16875, 8498, 61, 16869, 14220])).
% 127.78/80.33 tff(16877,plain,(v940(constB3, bitIndex1) | (~v938(constB2, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.33 tff(16878,plain,
% 127.78/80.33 (~v938(constB2, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16877, 14220])).
% 127.78/80.33 tff(16879,plain,
% 127.78/80.33 (((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB4)) | (~sP960(constB4)))) <=> ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB4)) | (~sP960(constB4)))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16880,plain,
% 127.78/80.33 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | ((~v32(constB4)) | (~sP960(constB4)))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16881,plain,
% 127.78/80.33 ((~![VarCurr: $i] : ((~v32(VarCurr)) | (~sP960(VarCurr)))) | (~v32(constB4)) | (~sP960(constB4))),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16880, 16879])).
% 127.78/80.33 tff(16882,plain,
% 127.78/80.33 (~sP960(constB4)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16881, 1841, 5032])).
% 127.78/80.33 tff(16883,plain,
% 127.78/80.33 (v7(constB4, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16863, 16882])).
% 127.78/80.33 tff(16884,plain,
% 127.78/80.33 (v7(constB3, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14463, 16883])).
% 127.78/80.33 tff(16885,plain,
% 127.78/80.33 (v929(constB3, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14471, 16884])).
% 127.78/80.33 tff(16886,plain,
% 127.78/80.33 (v940(constB3, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14243, 16885])).
% 127.78/80.33 tff(16887,plain,
% 127.78/80.33 (v938(constB2, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14251, 16886])).
% 127.78/80.33 tff(16888,plain,
% 127.78/80.33 ($false),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14255, 335, 2730, 16887])).
% 127.78/80.33 tff(16889,plain,(v11(constB2) | (~v13(constB4, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.33 tff(16890,plain,
% 127.78/80.33 (v11(constB2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16889, 16856])).
% 127.78/80.33 tff(16891,plain,
% 127.78/80.33 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB2)) | (~v13(constB2, bitIndex2)) | v938(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB2)) | (~v13(constB2, bitIndex2)) | v938(constB2, bitIndex1))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16892,plain,
% 127.78/80.33 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB2)) | (~v13(constB2, bitIndex2)) | v938(constB2, bitIndex1))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16893,plain,
% 127.78/80.33 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB2)) | (~v13(constB2, bitIndex2)) | v938(constB2, bitIndex1)),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16892, 16891])).
% 127.78/80.33 tff(16894,plain,
% 127.78/80.33 ((~v13(constB2, bitIndex2)) | v938(constB2, bitIndex1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16893, 8517, 16890])).
% 127.78/80.33 tff(16895,plain,
% 127.78/80.33 (~v13(constB2, bitIndex2)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16894, 16878])).
% 127.78/80.33 tff(16896,plain,
% 127.78/80.33 (v615(constB0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14322, 3146])).
% 127.78/80.33 tff(16897,plain,
% 127.78/80.33 (v617(constB1)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14327, 16896])).
% 127.78/80.33 tff(16898,plain,
% 127.78/80.33 (v62(constB1, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14357, 16897])).
% 127.78/80.33 tff(16899,plain,
% 127.78/80.33 (v62(constB2, bitIndex0)),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[14378, 16898])).
% 127.78/80.33 tff(16900,assumption,(~v67(constB2, bitIndex0)), introduced(assumption)).
% 127.78/80.33 tff(16901,plain,
% 127.78/80.33 (((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB2) | (~v62(constB2, bitIndex0)) | v67(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB2) | (~v62(constB2, bitIndex0)) | v67(constB2, bitIndex0))),
% 127.78/80.33 inference(rewrite,[status(thm)],[])).
% 127.78/80.33 tff(16902,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | (v73(constB2) | (~v62(constB2, bitIndex0)) | v67(constB2, bitIndex0))),
% 127.78/80.33 inference(quant_inst,[status(thm)],[])).
% 127.78/80.33 tff(16903,plain,
% 127.78/80.33 ((~![VarCurr: $i] : (v73(VarCurr) | (~v62(VarCurr, bitIndex0)) | v67(VarCurr, bitIndex0))) | v73(constB2) | (~v62(constB2, bitIndex0)) | v67(constB2, bitIndex0)),
% 127.78/80.33 inference(modus_ponens,[status(thm)],[16902, 16901])).
% 127.78/80.33 tff(16904,plain,
% 127.78/80.33 (v73(constB2) | (~v62(constB2, bitIndex0))),
% 127.78/80.33 inference(unit_resolution,[status(thm)],[16903, 6922, 16900])).
% 127.78/80.33 tff(16905,plain,
% 127.78/80.33 (v73(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16904, 14405])).
% 127.78/80.34 tff(16906,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB2)) | v28(constB2, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB2)) | v28(constB2, bitIndex1))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16907,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | ((~v73(constB2)) | v28(constB2, bitIndex1))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16908,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v28(VarCurr, bitIndex1))) | (~v73(constB2)) | v28(constB2, bitIndex1)),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16907, 16906])).
% 127.78/80.34 tff(16909,plain,
% 127.78/80.34 (v28(constB2, bitIndex1)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16908, 11608, 16905])).
% 127.78/80.34 tff(16910,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB2)) | (~v28(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB2)) | (~v28(constB2, bitIndex0)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16911,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | ((~v73(constB2)) | (~v28(constB2, bitIndex0)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16912,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v28(VarCurr, bitIndex0)))) | (~v73(constB2)) | (~v28(constB2, bitIndex0))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16911, 16910])).
% 127.78/80.34 tff(16913,plain,
% 127.78/80.34 (~v28(constB2, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16912, 11619, 16905])).
% 127.78/80.34 tff(16914,plain,
% 127.78/80.34 (^[VarCurr: $i] : refl(((~v73(VarCurr)) | v7(VarCurr, bitIndex0)) <=> ((~v73(VarCurr)) | v7(VarCurr, bitIndex0)))),
% 127.78/80.34 inference(bind,[status(th)],[])).
% 127.78/80.34 tff(16915,plain,
% 127.78/80.34 (![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))),
% 127.78/80.34 inference(quant_intro,[status(thm)],[16914])).
% 127.78/80.34 tff(16916,plain,
% 127.78/80.34 (![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0)) <=> ![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16917,axiom,(![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u21078')).
% 127.78/80.34 tff(16918,plain,
% 127.78/80.34 (![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16917, 16916])).
% 127.78/80.34 tff(16919,plain,(
% 127.78/80.34 ![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))),
% 127.78/80.34 inference(skolemize,[status(sab)],[16918])).
% 127.78/80.34 tff(16920,plain,
% 127.78/80.34 (![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16919, 16915])).
% 127.78/80.34 tff(16921,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | ((~v73(constB2)) | v7(constB2, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | (~v73(constB2)) | v7(constB2, bitIndex0))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16922,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | ((~v73(constB2)) | v7(constB2, bitIndex0))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16923,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | (~v73(constB2)) | v7(constB2, bitIndex0)),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16922, 16921])).
% 127.78/80.34 tff(16924,plain,
% 127.78/80.34 (v7(constB2, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16923, 16920, 16905])).
% 127.78/80.34 tff(16925,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB2)) | (~v73(constB2)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB2)) | (~v73(constB2)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16926,plain,
% 127.78/80.34 (((~v73(constB2)) | (~v32(constB2))) <=> ((~v32(constB2)) | (~v73(constB2)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16927,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB2)) | (~v32(constB2)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v32(constB2)) | (~v73(constB2))))),
% 127.78/80.34 inference(monotonicity,[status(thm)],[16926])).
% 127.78/80.34 tff(16928,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB2)) | (~v32(constB2)))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB2)) | (~v73(constB2)))),
% 127.78/80.34 inference(transitivity,[status(thm)],[16927, 16925])).
% 127.78/80.34 tff(16929,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | ((~v73(constB2)) | (~v32(constB2)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16930,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v73(VarCurr)) | (~v32(VarCurr)))) | (~v32(constB2)) | (~v73(constB2))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16929, 16928])).
% 127.78/80.34 tff(16931,plain,
% 127.78/80.34 (~v32(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16930, 6748, 16905])).
% 127.78/80.34 tff(16932,assumption,(~v13(constB2, bitIndex2)), introduced(assumption)).
% 127.78/80.34 tff(16933,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16934,plain,
% 127.78/80.34 (((~v62(constB2, bitIndex0)) | v32(constB2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex2)) <=> ((~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16935,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB2, bitIndex0)) | v32(constB2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1))))),
% 127.78/80.34 inference(monotonicity,[status(thm)],[16934])).
% 127.78/80.34 tff(16936,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB2, bitIndex0)) | v32(constB2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)))),
% 127.78/80.34 inference(transitivity,[status(thm)],[16935, 16933])).
% 127.78/80.34 tff(16937,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB2, bitIndex0)) | v32(constB2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1)) | (~v7(constB2, bitIndex0)) | v13(constB2, bitIndex2))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16938,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16937, 16936])).
% 127.78/80.34 tff(16939,plain,
% 127.78/80.34 ((~v7(constB2, bitIndex0)) | v32(constB2) | (~v62(constB2, bitIndex0)) | v28(constB2, bitIndex0) | (~v28(constB2, bitIndex1))),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16938, 11633, 16932])).
% 127.78/80.34 tff(16940,plain,
% 127.78/80.34 ($false),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16939, 16931, 16924, 14405, 16913, 16909])).
% 127.78/80.34 tff(16941,plain,((~v62(constB2, bitIndex0)) | v13(constB2, bitIndex2) | v67(constB2, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.34 tff(16942,plain,
% 127.78/80.34 (v13(constB2, bitIndex2) | v67(constB2, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16941, 16899])).
% 127.78/80.34 tff(16943,plain,
% 127.78/80.34 (v67(constB2, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16942, 16895])).
% 127.78/80.34 tff(16944,assumption,(~v615(constB2)), introduced(assumption)).
% 127.78/80.34 tff(16945,assumption,(v67(constB2, bitIndex0)), introduced(assumption)).
% 127.78/80.34 tff(16946,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB2)) | v615(constB2) | (~v67(constB2, bitIndex0)))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB2)) | v615(constB2) | (~v67(constB2, bitIndex0)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16947,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | ((~v11(constB2)) | v615(constB2) | (~v67(constB2, bitIndex0)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16948,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v11(VarCurr)) | v615(VarCurr) | (~v67(VarCurr, bitIndex0)))) | (~v11(constB2)) | v615(constB2) | (~v67(constB2, bitIndex0))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16947, 16946])).
% 127.78/80.34 tff(16949,plain,
% 127.78/80.34 ((~v11(constB2)) | v615(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16948, 6936, 16945])).
% 127.78/80.34 tff(16950,plain,
% 127.78/80.34 (~v11(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16949, 16944])).
% 127.78/80.34 tff(16951,plain,
% 127.78/80.34 (((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB2) | v615(constB2))) <=> ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB2) | v615(constB2))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16952,plain,
% 127.78/80.34 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | (v11(constB2) | v615(constB2))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16953,plain,
% 127.78/80.34 ((~![VarCurr: $i] : (v11(VarCurr) | v615(VarCurr))) | v11(constB2) | v615(constB2)),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16952, 16951])).
% 127.78/80.34 tff(16954,plain,
% 127.78/80.34 ($false),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16953, 6765, 16950, 16944])).
% 127.78/80.34 tff(16955,plain,(v615(constB2) | (~v67(constB2, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.34 tff(16956,plain,
% 127.78/80.34 (v615(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16955, 16943])).
% 127.78/80.34 tff(16957,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB2, constB3)) | (~v615(constB2)) | v617(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB2, constB3)) | (~v615(constB2)) | v617(constB3))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16958,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | ((~nextState(constB2, constB3)) | (~v615(constB2)) | v617(constB3))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16959,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v615(VarCurr)) | v617(VarNext))) | (~nextState(constB2, constB3)) | (~v615(constB2)) | v617(constB3)),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16958, 16957])).
% 127.78/80.34 tff(16960,plain,
% 127.78/80.34 ((~v615(constB2)) | v617(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16959, 6779, 61])).
% 127.78/80.34 tff(16961,plain,
% 127.78/80.34 (v617(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16960, 16956])).
% 127.78/80.34 tff(16962,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB2) | (~nextState(constB2, constB3)) | (~v572(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v572(constB3)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16963,plain,
% 127.78/80.34 (((~nextState(constB2, constB3)) | v1(constB2) | (~v572(constB3))) <=> (v1(constB2) | (~nextState(constB2, constB3)) | (~v572(constB3)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16964,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB2, constB3)) | v1(constB2) | (~v572(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | (v1(constB2) | (~nextState(constB2, constB3)) | (~v572(constB3))))),
% 127.78/80.34 inference(monotonicity,[status(thm)],[16963])).
% 127.78/80.34 tff(16965,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB2, constB3)) | v1(constB2) | (~v572(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v572(constB3)))),
% 127.78/80.34 inference(transitivity,[status(thm)],[16964, 16962])).
% 127.78/80.34 tff(16966,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | ((~nextState(constB2, constB3)) | v1(constB2) | (~v572(constB3)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16967,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarCurr) | (~v572(VarNext)))) | v1(constB2) | (~nextState(constB2, constB3)) | (~v572(constB3))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16966, 16965])).
% 127.78/80.34 tff(16968,plain,
% 127.78/80.34 (~v572(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16967, 6794, 61, 58])).
% 127.78/80.34 tff(16969,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB2, constB3)) | v572(constB3) | v612(constB3))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB2, constB3)) | v572(constB3) | v612(constB3))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16970,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | ((~nextState(constB2, constB3)) | v572(constB3) | v612(constB3))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16971,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v572(VarNext) | v612(VarNext))) | (~nextState(constB2, constB3)) | v572(constB3) | v612(constB3)),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16970, 16969])).
% 127.78/80.34 tff(16972,plain,
% 127.78/80.34 (v572(constB3) | v612(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16971, 6811, 61])).
% 127.78/80.34 tff(16973,plain,
% 127.78/80.34 (v612(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16972, 16968])).
% 127.78/80.34 tff(16974,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v610(constB3) | (~v612(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v610(constB3) | (~v612(constB3)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16975,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | ((~nextState(constB2, constB3)) | (~v1(constB3)) | v610(constB3) | (~v612(constB3)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16976,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v1(VarNext)) | v610(VarNext) | (~v612(VarNext)))) | (~nextState(constB2, constB3)) | (~v1(constB3)) | v610(constB3) | (~v612(constB3))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16975, 16974])).
% 127.78/80.34 tff(16977,plain,
% 127.78/80.34 (v610(constB3) | (~v612(constB3))),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16976, 6826, 61, 68])).
% 127.78/80.34 tff(16978,plain,
% 127.78/80.34 (v610(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16977, 16973])).
% 127.78/80.34 tff(16979,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB2, constB3)) | v609(constB3) | (~v610(constB3)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB2, constB3)) | v609(constB3) | (~v610(constB3)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16980,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | ((~nextState(constB2, constB3)) | v609(constB3) | (~v610(constB3)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16981,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v609(VarNext) | (~v610(VarNext)))) | (~nextState(constB2, constB3)) | v609(constB3) | (~v610(constB3))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16980, 16979])).
% 127.78/80.34 tff(16982,plain,
% 127.78/80.34 (v609(constB3) | (~v610(constB3))),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16981, 6841, 61])).
% 127.78/80.34 tff(16983,plain,
% 127.78/80.34 (v609(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16982, 16978])).
% 127.78/80.34 tff(16984,plain,
% 127.78/80.34 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB3, bitIndex0) | (~v617(constB3)) | (~v609(constB3)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB3, bitIndex0) | (~v617(constB3)) | (~v609(constB3)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16985,plain,
% 127.78/80.34 ((v62(constB3, bitIndex0) | (~v609(constB3)) | (~v617(constB3))) <=> (v62(constB3, bitIndex0) | (~v617(constB3)) | (~v609(constB3)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16986,plain,
% 127.78/80.34 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB3, bitIndex0) | (~v609(constB3)) | (~v617(constB3)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB3, bitIndex0) | (~v617(constB3)) | (~v609(constB3))))),
% 127.78/80.34 inference(monotonicity,[status(thm)],[16985])).
% 127.78/80.34 tff(16987,plain,
% 127.78/80.34 (((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB3, bitIndex0) | (~v609(constB3)) | (~v617(constB3)))) <=> ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB3, bitIndex0) | (~v617(constB3)) | (~v609(constB3)))),
% 127.78/80.34 inference(transitivity,[status(thm)],[16986, 16984])).
% 127.78/80.34 tff(16988,plain,
% 127.78/80.34 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | (v62(constB3, bitIndex0) | (~v609(constB3)) | (~v617(constB3)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16989,plain,
% 127.78/80.34 ((~![VarNext: $i] : (v62(VarNext, bitIndex0) | (~v609(VarNext)) | (~v617(VarNext)))) | v62(constB3, bitIndex0) | (~v617(constB3)) | (~v609(constB3))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16988, 16987])).
% 127.78/80.34 tff(16990,plain,
% 127.78/80.34 (v62(constB3, bitIndex0) | (~v617(constB3))),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16989, 6856, 16983])).
% 127.78/80.34 tff(16991,plain,
% 127.78/80.34 (v62(constB3, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16990, 16961])).
% 127.78/80.34 tff(16992,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v610(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v610(constB4)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16993,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | ((~nextState(constB3, constB4)) | v1(constB4) | (~v610(constB4)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(16994,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v1(VarNext) | (~v610(VarNext)))) | (~nextState(constB3, constB4)) | v1(constB4) | (~v610(constB4))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[16993, 16992])).
% 127.78/80.34 tff(16995,plain,
% 127.78/80.34 (~v610(constB4)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16994, 6874, 71, 78])).
% 127.78/80.34 tff(16996,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB3, constB4)) | v610(constB4) | (~v609(constB4)))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB3, constB4)) | v610(constB4) | (~v609(constB4)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16997,plain,
% 127.78/80.34 (((~nextState(constB3, constB4)) | (~v609(constB4)) | v610(constB4)) <=> ((~nextState(constB3, constB4)) | v610(constB4) | (~v609(constB4)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(16998,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB3, constB4)) | (~v609(constB4)) | v610(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB3, constB4)) | v610(constB4) | (~v609(constB4))))),
% 127.78/80.34 inference(monotonicity,[status(thm)],[16997])).
% 127.78/80.34 tff(16999,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB3, constB4)) | (~v609(constB4)) | v610(constB4))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB3, constB4)) | v610(constB4) | (~v609(constB4)))),
% 127.78/80.34 inference(transitivity,[status(thm)],[16998, 16996])).
% 127.78/80.34 tff(17000,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | ((~nextState(constB3, constB4)) | (~v609(constB4)) | v610(constB4))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(17001,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v609(VarNext)) | v610(VarNext))) | (~nextState(constB3, constB4)) | v610(constB4) | (~v609(constB4))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[17000, 16999])).
% 127.78/80.34 tff(17002,plain,
% 127.78/80.34 (v610(constB4) | (~v609(constB4))),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17001, 6888, 71])).
% 127.78/80.34 tff(17003,plain,
% 127.78/80.34 (~v609(constB4)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17002, 16995])).
% 127.78/80.34 tff(17004,plain,
% 127.78/80.34 (((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v609(constB4) | v62(constB4, bitIndex0))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v609(constB4) | v62(constB4, bitIndex0))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(17005,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | ((~v62(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v609(constB4) | v62(constB4, bitIndex0))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(17006,plain,
% 127.78/80.34 ((~![VarNext: $i, VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | (~nextState(VarCurr, VarNext)) | v609(VarNext) | v62(VarNext, bitIndex0))) | (~v62(constB3, bitIndex0)) | (~nextState(constB3, constB4)) | v609(constB4) | v62(constB4, bitIndex0)),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[17005, 17004])).
% 127.78/80.34 tff(17007,plain,
% 127.78/80.34 ((~v62(constB3, bitIndex0)) | v609(constB4) | v62(constB4, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17006, 6906, 71])).
% 127.78/80.34 tff(17008,plain,
% 127.78/80.34 ((~v62(constB3, bitIndex0)) | v62(constB4, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17007, 17003])).
% 127.78/80.34 tff(17009,plain,
% 127.78/80.34 (v62(constB4, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17008, 16991])).
% 127.78/80.34 tff(17010,plain,
% 127.78/80.34 (~v32(constB4)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16881, 1841, 16864])).
% 127.78/80.34 tff(17011,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB4) | (~v62(constB4, bitIndex0)) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB4) | (~v62(constB4, bitIndex0)) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(17012,plain,
% 127.78/80.34 (((~v62(constB4, bitIndex0)) | v32(constB4) | (~v28(constB4, bitIndex1)) | (~sP957(constB4))) <=> (v32(constB4) | (~v62(constB4, bitIndex0)) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))),
% 127.78/80.34 inference(rewrite,[status(thm)],[])).
% 127.78/80.34 tff(17013,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB4, bitIndex0)) | v32(constB4) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | (v32(constB4) | (~v62(constB4, bitIndex0)) | (~v28(constB4, bitIndex1)) | (~sP957(constB4))))),
% 127.78/80.34 inference(monotonicity,[status(thm)],[17012])).
% 127.78/80.34 tff(17014,plain,
% 127.78/80.34 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB4, bitIndex0)) | v32(constB4) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB4) | (~v62(constB4, bitIndex0)) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))),
% 127.78/80.34 inference(transitivity,[status(thm)],[17013, 17011])).
% 127.78/80.34 tff(17015,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | ((~v62(constB4, bitIndex0)) | v32(constB4) | (~v28(constB4, bitIndex1)) | (~sP957(constB4)))),
% 127.78/80.34 inference(quant_inst,[status(thm)],[])).
% 127.78/80.34 tff(17016,plain,
% 127.78/80.34 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | (~v28(VarCurr, bitIndex1)) | (~sP957(VarCurr)))) | v32(constB4) | (~v62(constB4, bitIndex0)) | (~v28(constB4, bitIndex1)) | (~sP957(constB4))),
% 127.78/80.34 inference(modus_ponens,[status(thm)],[17015, 17014])).
% 127.78/80.34 tff(17017,plain,
% 127.78/80.34 ($false),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17016, 1855, 17010, 17009, 16868, 16855])).
% 127.78/80.34 tff(17018,plain,(v940(constB3, bitIndex1) | (~v13(constB4, bitIndex0)) | (~v13(constB4, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.34 tff(17019,plain,
% 127.78/80.34 (v940(constB3, bitIndex1)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17018, 16843, 16812])).
% 127.78/80.34 tff(17020,plain,
% 127.78/80.34 (v938(constB2, bitIndex1)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14251, 17019])).
% 127.78/80.34 tff(17021,plain,
% 127.78/80.34 (v11(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[16889, 16812])).
% 127.78/80.34 tff(17022,plain,
% 127.78/80.34 (v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1))),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14259, 2226, 17021])).
% 127.78/80.34 tff(17023,plain,
% 127.78/80.34 (v13(constB2, bitIndex2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17022, 17020])).
% 127.78/80.34 tff(17024,plain,
% 127.78/80.34 (~v13(constB2, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14419, 17023])).
% 127.78/80.34 tff(17025,plain,
% 127.78/80.34 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14273, 6040, 17021])).
% 127.78/80.34 tff(17026,plain,
% 127.78/80.34 (~v1050(constB2)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[17025, 17024])).
% 127.78/80.34 tff(17027,plain,
% 127.78/80.34 (~v1052(constB3)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14266, 17026])).
% 127.78/80.34 tff(17028,plain,
% 127.78/80.34 (~v7(constB3, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14493, 17027])).
% 127.78/80.34 tff(17029,plain,
% 127.78/80.34 (~v7(constB4, bitIndex0)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[14485, 17028])).
% 127.78/80.34 tff(17030,plain,
% 127.78/80.34 (~sP957(constB4)),
% 127.78/80.34 inference(unit_resolution,[status(thm)],[5878, 5875, 17029])).
% 127.78/80.35 tff(17031,plain,
% 127.78/80.35 (~sP960(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5867, 5864, 17029])).
% 127.78/80.35 tff(17032,plain,
% 127.78/80.35 (v7(constB8, bitIndex2) | sP957(constB4) | sP960(constB4) | v7(constB4, bitIndex1) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8875, 4978])).
% 127.78/80.35 tff(17033,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17032, 17031, 17030, 1193, 6725, 3685, 2427])).
% 127.78/80.35 tff(17034,plain,(v7(constB8, bitIndex2) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex0)) | (~v13(constB6, bitIndex0)) | (~v7(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17035,plain,
% 127.78/80.35 (v7(constB8, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17034, 16677, 1193, 16806, 16760])).
% 127.78/80.35 tff(17036,plain,
% 127.78/80.35 (v7(constB7, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2450, 17035])).
% 127.78/80.35 tff(17037,plain,
% 127.78/80.35 (v929(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10337, 17036])).
% 127.78/80.35 tff(17038,plain,
% 127.78/80.35 (v940(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10333, 17037])).
% 127.78/80.35 tff(17039,plain,
% 127.78/80.35 (v938(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2545, 17038])).
% 127.78/80.35 tff(17040,plain,
% 127.78/80.35 (v13(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14085, 17039])).
% 127.78/80.35 tff(17041,plain,
% 127.78/80.35 (v7(constB5, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[834, 16760])).
% 127.78/80.35 tff(17042,plain,
% 127.78/80.35 (v929(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[783, 17041])).
% 127.78/80.35 tff(17043,plain,
% 127.78/80.35 (v940(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[765, 17042])).
% 127.78/80.35 tff(17044,plain,
% 127.78/80.35 (v938(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[699, 17043])).
% 127.78/80.35 tff(17045,plain,
% 127.78/80.35 (v13(constB4, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16811, 17044])).
% 127.78/80.35 tff(17046,plain,
% 127.78/80.35 (~sP960(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5980, 5864, 16822])).
% 127.78/80.35 tff(17047,plain,
% 127.78/80.35 (v952(constB6, bitIndex1) | sP957(constB6) | (~v13(constB6, bitIndex0))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7368, 6075, 16699])).
% 127.78/80.35 tff(17048,plain,
% 127.78/80.35 (v952(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17047, 16829, 2713])).
% 127.78/80.35 tff(17049,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9062, 17048, 17046])).
% 127.78/80.35 tff(17050,plain,(v7(constB6, bitIndex0) | (~v13(constB6, bitIndex2)) | (~v13(constB6, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17051,plain,
% 127.78/80.35 (v7(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17050, 17040, 16806])).
% 127.78/80.35 tff(17052,plain,
% 127.78/80.35 (v7(constB5, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5996, 17051])).
% 127.78/80.35 tff(17053,plain,
% 127.78/80.35 (v1052(constB5)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6014, 17052])).
% 127.78/80.35 tff(17054,plain,
% 127.78/80.35 (v1050(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6029, 17053])).
% 127.78/80.35 tff(17055,plain,
% 127.78/80.35 (v13(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16842, 17054])).
% 127.78/80.35 tff(17056,plain,
% 127.78/80.35 (v940(constB3, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17018, 17055, 17045])).
% 127.78/80.35 tff(17057,plain,
% 127.78/80.35 (v938(constB2, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14251, 17056])).
% 127.78/80.35 tff(17058,plain,
% 127.78/80.35 (v11(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16889, 17045])).
% 127.78/80.35 tff(17059,plain,
% 127.78/80.35 (v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14259, 2226, 17058])).
% 127.78/80.35 tff(17060,plain,
% 127.78/80.35 (v13(constB2, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17059, 17057])).
% 127.78/80.35 tff(17061,plain,
% 127.78/80.35 (~v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14419, 17060])).
% 127.78/80.35 tff(17062,plain,
% 127.78/80.35 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14273, 6040, 17058])).
% 127.78/80.35 tff(17063,plain,
% 127.78/80.35 (~v1050(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17062, 17061])).
% 127.78/80.35 tff(17064,plain,
% 127.78/80.35 (~v1052(constB3)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14266, 17063])).
% 127.78/80.35 tff(17065,plain,
% 127.78/80.35 (~v7(constB3, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14493, 17064])).
% 127.78/80.35 tff(17066,plain,
% 127.78/80.35 (~v7(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14485, 17065])).
% 127.78/80.35 tff(17067,plain,
% 127.78/80.35 (~sP957(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5878, 5875, 17066])).
% 127.78/80.35 tff(17068,plain,
% 127.78/80.35 (~sP960(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5867, 5864, 17066])).
% 127.78/80.35 tff(17069,plain,
% 127.78/80.35 ((~v13(constB6, bitIndex0)) | (~v11(constB4)) | v7(constB4, bitIndex1) | (~v13(constB6, bitIndex2)) | sP957(constB4) | sP960(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9069, 4978])).
% 127.78/80.35 tff(17070,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17069, 17068, 17067, 16806, 3685, 17040, 16663])).
% 127.78/80.35 tff(17071,plain,((~(constB10 = sK952_VarCurr)) | (~v13(constB8, bitIndex1)) | (~v11(constB8)) | v7(sK952_VarCurr, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17072,plain,
% 127.78/80.35 (~v11(constB8)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17071, 341, 8, 3])).
% 127.78/80.35 tff(17073,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[338, 335, 17072, 308])).
% 127.78/80.35 tff(17074,plain,((~(constB10 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17075,plain,
% 127.78/80.35 (~(constB10 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17074, 3])).
% 127.78/80.35 tff(17076,plain,
% 127.78/80.35 (~(constB5 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11728, 7, 16698])).
% 127.78/80.35 tff(17077,plain,
% 127.78/80.35 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(sK952_VarCurr, bitIndex2) | (~v929(sK952_VarCurr, bitIndex1)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(sK952_VarCurr, bitIndex2) | (~v929(sK952_VarCurr, bitIndex1)))),
% 127.78/80.35 inference(rewrite,[status(thm)],[])).
% 127.78/80.35 tff(17078,plain,
% 127.78/80.35 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(sK952_VarCurr, bitIndex2) | (~v929(sK952_VarCurr, bitIndex1)))),
% 127.78/80.35 inference(quant_inst,[status(thm)],[])).
% 127.78/80.35 tff(17079,plain,
% 127.78/80.35 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(sK952_VarCurr, bitIndex2) | (~v929(sK952_VarCurr, bitIndex1))),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17078, 17077])).
% 127.78/80.35 tff(17080,plain,
% 127.78/80.35 (~v929(sK952_VarCurr, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17079, 3, 8464])).
% 127.78/80.35 tff(17081,plain,
% 127.78/80.35 (v7(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11733, 2, 11])).
% 127.78/80.35 tff(17082,plain,
% 127.78/80.35 (v956(constB7, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2490, 17081])).
% 127.78/80.35 tff(17083,plain,
% 127.78/80.35 (v940(constB7, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2516, 17082])).
% 127.78/80.35 tff(17084,plain,
% 127.78/80.35 (v938(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2524, 17083])).
% 127.78/80.35 tff(17085,plain,
% 127.78/80.35 (v13(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11713, 17084])).
% 127.78/80.35 tff(17086,plain,
% 127.78/80.35 (v1052(constB7) <=> v1052(sK952_VarCurr)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[2])).
% 127.78/80.35 tff(17087,plain,
% 127.78/80.35 (v1052(sK952_VarCurr) <=> v1052(constB7)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17086])).
% 127.78/80.35 tff(17088,plain,
% 127.78/80.35 (v1044(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5841, 2])).
% 127.78/80.35 tff(17089,plain,
% 127.78/80.35 (v1052(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12067, 17088])).
% 127.78/80.35 tff(17090,plain,
% 127.78/80.35 (v1052(constB7)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17089, 17087])).
% 127.78/80.35 tff(17091,plain,
% 127.78/80.35 (v1050(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7111, 17090])).
% 127.78/80.35 tff(17092,plain,
% 127.78/80.35 (v11(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2531, 17084])).
% 127.78/80.35 tff(17093,plain,
% 127.78/80.35 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7105, 6040, 17092])).
% 127.78/80.35 tff(17094,plain,
% 127.78/80.35 (v13(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17093, 17091])).
% 127.78/80.35 tff(17095,plain,
% 127.78/80.35 (v7(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7204, 17094, 16699, 17085])).
% 127.78/80.35 tff(17096,plain,
% 127.78/80.35 (v7(constB5, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[834, 17095])).
% 127.78/80.35 tff(17097,plain,
% 127.78/80.35 (v929(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[783, 17096])).
% 127.78/80.35 tff(17098,plain,
% 127.78/80.35 (v940(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[765, 17097])).
% 127.78/80.35 tff(17099,plain,
% 127.78/80.35 (v938(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[699, 17098])).
% 127.78/80.35 tff(17100,plain,
% 127.78/80.35 (v13(constB4, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16811, 17099])).
% 127.78/80.35 tff(17101,plain,
% 127.78/80.35 (v929(constB7, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[2])).
% 127.78/80.35 tff(17102,plain,
% 127.78/80.35 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB7, bitIndex1)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17101])).
% 127.78/80.35 tff(17103,plain,
% 127.78/80.35 ((~v929(sK952_VarCurr, bitIndex1)) <=> (~v929(constB7, bitIndex1))),
% 127.78/80.35 inference(monotonicity,[status(thm)],[17102])).
% 127.78/80.35 tff(17104,assumption,(~v929(sK952_VarCurr, bitIndex1)), introduced(assumption)).
% 127.78/80.35 tff(17105,plain,
% 127.78/80.35 (~v929(constB7, bitIndex1)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17104, 17103])).
% 127.78/80.35 tff(17106,plain,
% 127.78/80.35 (~v940(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8486, 17105])).
% 127.78/80.35 tff(17107,plain,
% 127.78/80.35 (~v938(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8506, 17106])).
% 127.78/80.35 tff(17108,plain,
% 127.78/80.35 ((~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8520, 8517, 17092])).
% 127.78/80.35 tff(17109,plain,
% 127.78/80.35 (~v13(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17108, 17107])).
% 127.78/80.35 tff(17110,plain,
% 127.78/80.35 (v952(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8613, 17095, 17109])).
% 127.78/80.35 tff(17111,plain,
% 127.78/80.35 (v7(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16837, 17110, 17085, 17094])).
% 127.78/80.35 tff(17112,plain,
% 127.78/80.35 (v7(constB5, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5996, 17111])).
% 127.78/80.35 tff(17113,plain,
% 127.78/80.35 (v1052(constB5)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6014, 17112])).
% 127.78/80.35 tff(17114,plain,
% 127.78/80.35 (v1050(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6029, 17113])).
% 127.78/80.35 tff(17115,plain,
% 127.78/80.35 (v13(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16842, 17114])).
% 127.78/80.35 tff(17116,plain,
% 127.78/80.35 (v940(constB3, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17018, 17115, 17100])).
% 127.78/80.35 tff(17117,plain,
% 127.78/80.35 (v938(constB2, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14251, 17116])).
% 127.78/80.35 tff(17118,plain,
% 127.78/80.35 (v11(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16889, 17100])).
% 127.78/80.35 tff(17119,plain,
% 127.78/80.35 (v13(constB2, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14259, 2226, 17118, 17117])).
% 127.78/80.35 tff(17120,plain,
% 127.78/80.35 (~v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14419, 17119])).
% 127.78/80.35 tff(17121,plain,
% 127.78/80.35 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14273, 6040, 17118])).
% 127.78/80.35 tff(17122,plain,
% 127.78/80.35 (~v1050(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17121, 17120])).
% 127.78/80.35 tff(17123,plain,
% 127.78/80.35 (~v1052(constB3)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14266, 17122])).
% 127.78/80.35 tff(17124,plain,
% 127.78/80.35 (~v7(constB3, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14493, 17123])).
% 127.78/80.35 tff(17125,plain,
% 127.78/80.35 (~v7(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14485, 17124])).
% 127.78/80.35 tff(17126,plain,
% 127.78/80.35 (~sP960(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5867, 5864, 17125])).
% 127.78/80.35 tff(17127,plain,
% 127.78/80.35 (~sP957(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5878, 5875, 17125])).
% 127.78/80.35 tff(17128,plain,
% 127.78/80.35 ((~v13(constB4, bitIndex0)) | sP957(constB4) | v952(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6081, 6075, 3685])).
% 127.78/80.35 tff(17129,plain,
% 127.78/80.35 (v952(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17128, 17127, 17115])).
% 127.78/80.35 tff(17130,plain,
% 127.78/80.35 (sP960(constB4) | (~v952(constB4, bitIndex1))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6142, 6136, 17100])).
% 127.78/80.35 tff(17131,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17130, 17129, 17126])).
% 127.78/80.35 tff(17132,plain,((~(constB7 = sK952_VarCurr)) | v929(sK952_VarCurr, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17133,plain,
% 127.78/80.35 (~(constB7 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17132, 17080, 16672, 7])).
% 127.78/80.35 tff(17134,plain,
% 127.78/80.35 (v7(constB8, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2461, 2423, 7])).
% 127.78/80.35 tff(17135,plain,
% 127.78/80.35 (v7(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2482, 17134])).
% 127.78/80.35 tff(17136,plain,
% 127.78/80.35 (v956(constB7, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2490, 17135])).
% 127.78/80.35 tff(17137,plain,
% 127.78/80.35 (v940(constB7, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2516, 17136])).
% 127.78/80.35 tff(17138,plain,
% 127.78/80.35 (v938(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2524, 17137])).
% 127.78/80.35 tff(17139,plain,
% 127.78/80.35 (v13(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11713, 17138])).
% 127.78/80.35 tff(17140,plain,
% 127.78/80.35 (v7(constB8, bitIndex0)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[16672, 9209])).
% 127.78/80.35 tff(17141,plain,
% 127.78/80.35 (v7(constB7, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7137, 17140])).
% 127.78/80.35 tff(17142,plain,
% 127.78/80.35 (v1052(constB7)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7119, 17141])).
% 127.78/80.35 tff(17143,plain,
% 127.78/80.35 (v1050(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7111, 17142])).
% 127.78/80.35 tff(17144,plain,
% 127.78/80.35 (v11(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2531, 17138])).
% 127.78/80.35 tff(17145,plain,
% 127.78/80.35 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7105, 6040, 17144])).
% 127.78/80.35 tff(17146,plain,
% 127.78/80.35 (v13(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17145, 17143])).
% 127.78/80.35 tff(17147,plain,
% 127.78/80.35 (v7(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7204, 17146, 16699, 17139])).
% 127.78/80.35 tff(17148,plain,
% 127.78/80.35 (v7(constB5, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[834, 17147])).
% 127.78/80.35 tff(17149,plain,
% 127.78/80.35 (v929(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[783, 17148])).
% 127.78/80.35 tff(17150,plain,
% 127.78/80.35 (v940(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[765, 17149])).
% 127.78/80.35 tff(17151,plain,
% 127.78/80.35 (v938(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[699, 17150])).
% 127.78/80.35 tff(17152,plain,
% 127.78/80.35 (v13(constB4, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16811, 17151])).
% 127.78/80.35 tff(17153,plain,
% 127.78/80.35 ((~v7(sK952_VarCurr, bitIndex2)) <=> (~v7(constB8, bitIndex2))),
% 127.78/80.35 inference(monotonicity,[status(thm)],[2425])).
% 127.78/80.35 tff(17154,plain,
% 127.78/80.35 (~v7(constB8, bitIndex2)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[3, 17153])).
% 127.78/80.35 tff(17155,plain,
% 127.78/80.35 (~v7(constB7, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8454, 17154])).
% 127.78/80.35 tff(17156,plain,
% 127.78/80.35 (~v929(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8469, 17155])).
% 127.78/80.35 tff(17157,plain,
% 127.78/80.35 (~v940(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8486, 17156])).
% 127.78/80.35 tff(17158,plain,
% 127.78/80.35 (~v938(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8506, 17157])).
% 127.78/80.35 tff(17159,plain,
% 127.78/80.35 ((~v13(constB6, bitIndex2)) | v938(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8520, 8517, 17144])).
% 127.78/80.35 tff(17160,plain,
% 127.78/80.35 (~v13(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17159, 17158])).
% 127.78/80.35 tff(17161,plain,
% 127.78/80.35 (v952(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[8613, 17147, 17160])).
% 127.78/80.35 tff(17162,plain,
% 127.78/80.35 (v7(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16837, 17161, 17139, 17146])).
% 127.78/80.35 tff(17163,plain,
% 127.78/80.35 (v7(constB5, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5996, 17162])).
% 127.78/80.35 tff(17164,plain,
% 127.78/80.35 (v1052(constB5)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6014, 17163])).
% 127.78/80.35 tff(17165,plain,
% 127.78/80.35 (v1050(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6029, 17164])).
% 127.78/80.35 tff(17166,plain,
% 127.78/80.35 (v13(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16842, 17165])).
% 127.78/80.35 tff(17167,plain,
% 127.78/80.35 (v940(constB3, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17018, 17166, 17152])).
% 127.78/80.35 tff(17168,plain,
% 127.78/80.35 (v938(constB2, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14251, 17167])).
% 127.78/80.35 tff(17169,plain,
% 127.78/80.35 (v11(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16889, 17152])).
% 127.78/80.35 tff(17170,plain,
% 127.78/80.35 (v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14259, 2226, 17169])).
% 127.78/80.35 tff(17171,plain,
% 127.78/80.35 (v13(constB2, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17170, 17168])).
% 127.78/80.35 tff(17172,plain,
% 127.78/80.35 (~v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14419, 17171])).
% 127.78/80.35 tff(17173,plain,
% 127.78/80.35 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14273, 6040, 17169])).
% 127.78/80.35 tff(17174,plain,
% 127.78/80.35 (~v1050(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17173, 17172])).
% 127.78/80.35 tff(17175,plain,
% 127.78/80.35 (~v1052(constB3)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14266, 17174])).
% 127.78/80.35 tff(17176,plain,
% 127.78/80.35 (~v7(constB3, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14493, 17175])).
% 127.78/80.35 tff(17177,plain,
% 127.78/80.35 (~v7(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14485, 17176])).
% 127.78/80.35 tff(17178,plain,
% 127.78/80.35 (~sP960(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5867, 5864, 17177])).
% 127.78/80.35 tff(17179,plain,
% 127.78/80.35 (~sP957(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5878, 5875, 17177])).
% 127.78/80.35 tff(17180,plain,
% 127.78/80.35 (v952(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17128, 17179, 17166])).
% 127.78/80.35 tff(17181,plain,
% 127.78/80.35 (sP960(constB4) | (~v952(constB4, bitIndex1))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6142, 6136, 17152])).
% 127.78/80.35 tff(17182,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17181, 17180, 17178])).
% 127.78/80.35 tff(17183,plain,((~(constB8 = sK952_VarCurr)) | v7(sK952_VarCurr, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17184,plain,
% 127.78/80.35 (~(constB8 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17183, 3])).
% 127.78/80.35 tff(17185,plain,
% 127.78/80.35 (~(constB6 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11721, 7, 16699])).
% 127.78/80.35 tff(17186,plain,
% 127.78/80.35 (~(constB5 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11728, 11, 16698])).
% 127.78/80.35 tff(17187,plain,
% 127.78/80.35 (~(constB6 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11721, 11, 16699])).
% 127.78/80.35 tff(17188,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12373, 11735, 11710, 11, 17187, 4113, 4112, 17186, 11700, 1246])).
% 127.78/80.35 tff(17189,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17190,plain,
% 127.78/80.35 (v7(constB10, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17189, 1246, 17184, 17133, 16672, 7])).
% 127.78/80.35 tff(17191,plain,
% 127.78/80.35 (v7(constB9, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[188, 17190])).
% 127.78/80.35 tff(17192,plain,
% 127.78/80.35 (v956(constB9, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[206, 17191])).
% 127.78/80.35 tff(17193,plain,
% 127.78/80.35 (v940(constB9, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[289, 17192])).
% 127.78/80.35 tff(17194,plain,
% 127.78/80.35 (v938(constB8, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[307, 17193])).
% 127.78/80.35 tff(17195,plain,
% 127.78/80.35 (v11(constB8)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[338, 335, 17194])).
% 127.78/80.35 tff(17196,plain,
% 127.78/80.35 (v13(constB8, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[340, 17194])).
% 127.78/80.35 tff(17197,plain,
% 127.78/80.35 (~(constB10 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17071, 17196, 17195, 3])).
% 127.78/80.35 tff(17198,plain,
% 127.78/80.35 (constB9 = sK952_VarCurr),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12373, 17197, 7, 17185, 17184, 17133, 17076, 16672, 1246])).
% 127.78/80.35 tff(17199,plain,
% 127.78/80.35 (v1052(constB9) <=> v1052(sK952_VarCurr)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[17198])).
% 127.78/80.35 tff(17200,plain,
% 127.78/80.35 (v1052(sK952_VarCurr) <=> v1052(constB9)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17199])).
% 127.78/80.35 tff(17201,plain,
% 127.78/80.35 (v1044(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5826, 17198])).
% 127.78/80.35 tff(17202,plain,
% 127.78/80.35 ((~v1044(sK952_VarCurr)) | v1052(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12066, 6007, 16672])).
% 127.78/80.35 tff(17203,plain,
% 127.78/80.35 (v1052(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17202, 17201])).
% 127.78/80.35 tff(17204,plain,
% 127.78/80.35 (v1052(constB9)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17203, 17200])).
% 127.78/80.35 tff(17205,plain,
% 127.78/80.35 (v1050(constB8)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6483, 17204])).
% 127.78/80.35 tff(17206,plain,
% 127.78/80.35 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6491, 6040, 17195])).
% 127.78/80.35 tff(17207,plain,
% 127.78/80.35 (v13(constB8, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17206, 17205])).
% 127.78/80.35 tff(17208,plain,
% 127.78/80.35 (v929(constB9, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[17198])).
% 127.78/80.35 tff(17209,plain,
% 127.78/80.35 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB9, bitIndex1)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17208])).
% 127.78/80.35 tff(17210,plain,
% 127.78/80.35 ((~v929(sK952_VarCurr, bitIndex1)) <=> (~v929(constB9, bitIndex1))),
% 127.78/80.35 inference(monotonicity,[status(thm)],[17209])).
% 127.78/80.35 tff(17211,plain,
% 127.78/80.35 (~v929(constB9, bitIndex1)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17080, 17210])).
% 127.78/80.35 tff(17212,plain,
% 127.78/80.35 (~v940(constB9, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9325, 17211])).
% 127.78/80.35 tff(17213,plain,
% 127.78/80.35 (~v938(constB8, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9319, 17212])).
% 127.78/80.35 tff(17214,plain,
% 127.78/80.35 ((~v13(constB8, bitIndex2)) | v938(constB8, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9309, 8517, 17195])).
% 127.78/80.35 tff(17215,plain,
% 127.78/80.35 (~v13(constB8, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17214, 17213])).
% 127.78/80.35 tff(17216,plain,
% 127.78/80.35 (v7(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16759, 17215, 17196, 17207])).
% 127.78/80.35 tff(17217,plain,
% 127.78/80.35 (v7(constB8, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16801, 17215, 17196, 17207])).
% 127.78/80.35 tff(17218,plain,
% 127.78/80.35 (v7(constB7, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7137, 17217])).
% 127.78/80.35 tff(17219,plain,
% 127.78/80.35 (v1052(constB7)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7119, 17218])).
% 127.78/80.35 tff(17220,plain,
% 127.78/80.35 (v1050(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7111, 17219])).
% 127.78/80.35 tff(17221,plain,
% 127.78/80.35 (~v17(constB8, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1238, 17196])).
% 127.78/80.35 tff(17222,plain,
% 127.78/80.35 (~v17(constB7, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1191, 17221])).
% 127.78/80.35 tff(17223,plain,
% 127.78/80.35 (~v1019(constB7, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1171, 17222])).
% 127.78/80.35 tff(17224,plain,
% 127.78/80.35 (~v1017(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1138, 17223])).
% 127.78/80.35 tff(17225,plain,
% 127.78/80.35 (v11(constB6)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1112, 17224])).
% 127.78/80.35 tff(17226,plain,
% 127.78/80.35 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7105, 6040, 17225])).
% 127.78/80.35 tff(17227,plain,
% 127.78/80.35 (v13(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17226, 17220])).
% 127.78/80.35 tff(17228,plain,
% 127.78/80.35 (v7(constB8, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17034, 17227, 17196, 17207, 17216])).
% 127.78/80.35 tff(17229,plain,
% 127.78/80.35 (v7(constB7, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2450, 17228])).
% 127.78/80.35 tff(17230,plain,
% 127.78/80.35 (v929(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10337, 17229])).
% 127.78/80.35 tff(17231,plain,
% 127.78/80.35 (v940(constB7, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10333, 17230])).
% 127.78/80.35 tff(17232,plain,
% 127.78/80.35 (v938(constB6, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2545, 17231])).
% 127.78/80.35 tff(17233,plain,
% 127.78/80.35 (v13(constB6, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14085, 17232])).
% 127.78/80.35 tff(17234,plain,
% 127.78/80.35 (v7(constB5, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[834, 17216])).
% 127.78/80.35 tff(17235,plain,
% 127.78/80.35 (v929(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[783, 17234])).
% 127.78/80.35 tff(17236,plain,
% 127.78/80.35 (v940(constB5, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[765, 17235])).
% 127.78/80.35 tff(17237,plain,
% 127.78/80.35 (v938(constB4, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[699, 17236])).
% 127.78/80.35 tff(17238,plain,
% 127.78/80.35 (v13(constB4, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16811, 17237])).
% 127.78/80.35 tff(17239,plain,
% 127.78/80.35 (v7(constB6, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17050, 17233, 17227])).
% 127.78/80.35 tff(17240,plain,
% 127.78/80.35 (v7(constB5, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5996, 17239])).
% 127.78/80.35 tff(17241,plain,
% 127.78/80.35 (v1052(constB5)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6014, 17240])).
% 127.78/80.35 tff(17242,plain,
% 127.78/80.35 (v1050(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6029, 17241])).
% 127.78/80.35 tff(17243,plain,
% 127.78/80.35 (v13(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16842, 17242])).
% 127.78/80.35 tff(17244,plain,
% 127.78/80.35 (v940(constB3, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17018, 17243, 17238])).
% 127.78/80.35 tff(17245,plain,
% 127.78/80.35 (v938(constB2, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14251, 17244])).
% 127.78/80.35 tff(17246,plain,
% 127.78/80.35 (v11(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[16889, 17238])).
% 127.78/80.35 tff(17247,plain,
% 127.78/80.35 (v13(constB2, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14259, 2226, 17246, 17245])).
% 127.78/80.35 tff(17248,plain,
% 127.78/80.35 (~v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14419, 17247])).
% 127.78/80.35 tff(17249,plain,
% 127.78/80.35 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14273, 6040, 17246])).
% 127.78/80.35 tff(17250,plain,
% 127.78/80.35 (~v1050(constB2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17249, 17248])).
% 127.78/80.35 tff(17251,plain,
% 127.78/80.35 (~v1052(constB3)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14266, 17250])).
% 127.78/80.35 tff(17252,plain,
% 127.78/80.35 (~v7(constB3, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14493, 17251])).
% 127.78/80.35 tff(17253,plain,
% 127.78/80.35 (~v7(constB4, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[14485, 17252])).
% 127.78/80.35 tff(17254,plain,
% 127.78/80.35 (~sP957(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5878, 5875, 17253])).
% 127.78/80.35 tff(17255,plain,
% 127.78/80.35 (~sP960(constB4)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5867, 5864, 17253])).
% 127.78/80.35 tff(17256,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17069, 17255, 17254, 17227, 3685, 17233, 16663])).
% 127.78/80.35 tff(17257,plain,(v11(constB10) | v7(sK952_VarCurr, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17258,plain,
% 127.78/80.35 (v11(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17257, 3])).
% 127.78/80.35 tff(17259,plain,
% 127.78/80.35 (v7(constB19, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12639, 3965, 11])).
% 127.78/80.35 tff(17260,plain,
% 127.78/80.35 (v956(constB19, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11821, 17259])).
% 127.78/80.35 tff(17261,plain,
% 127.78/80.35 (v940(constB19, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11826, 17260])).
% 127.78/80.35 tff(17262,plain,
% 127.78/80.35 (v938(constB18, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11831, 17261])).
% 127.78/80.35 tff(17263,plain,
% 127.78/80.35 (v13(constB18, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11841, 17262])).
% 127.78/80.35 tff(17264,plain,
% 127.78/80.35 (v11(constB18)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11839, 335, 17262])).
% 127.78/80.35 tff(17265,plain,
% 127.78/80.35 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[3965])).
% 127.78/80.35 tff(17266,plain,
% 127.78/80.35 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17265])).
% 127.78/80.35 tff(17267,plain,
% 127.78/80.35 (v1044(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5791, 3965])).
% 127.78/80.35 tff(17268,plain,
% 127.78/80.35 (v1052(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12067, 17267])).
% 127.78/80.35 tff(17269,plain,
% 127.78/80.35 (v1052(constB19)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17268, 17266])).
% 127.78/80.35 tff(17270,plain,
% 127.78/80.35 (v1050(constB18)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11888, 17269])).
% 127.78/80.35 tff(17271,plain,
% 127.78/80.35 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11895, 6040, 17270])).
% 127.78/80.35 tff(17272,plain,
% 127.78/80.35 (v13(constB18, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17271, 17264])).
% 127.78/80.35 tff(17273,plain,
% 127.78/80.35 (v11(constB16)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12315, 17272, 17263])).
% 127.78/80.35 tff(17274,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[13874, 17273, 17272, 5374, 17263])).
% 127.78/80.35 tff(17275,plain,((~(constB19 = sK952_VarCurr)) | v11(constB14) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17276,plain,
% 127.78/80.35 (~(constB19 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17275, 5374, 11700, 11])).
% 127.78/80.35 tff(17277,plain,
% 127.78/80.35 (~v940(constB9, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6454, 6448])).
% 127.78/80.35 tff(17278,plain,
% 127.78/80.35 (~v929(constB9, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6446, 17277])).
% 127.78/80.35 tff(17279,plain,
% 127.78/80.35 (~v7(constB9, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6420, 17278])).
% 127.78/80.35 tff(17280,plain,
% 127.78/80.35 (~v7(constB10, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6412, 17279])).
% 127.78/80.35 tff(17281,plain,
% 127.78/80.35 (sP959(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6377, 1871, 17280])).
% 127.78/80.35 tff(17282,plain,
% 127.78/80.35 (v7(constB11, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[4103])).
% 127.78/80.35 tff(17283,plain,
% 127.78/80.35 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB11, bitIndex0)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17282])).
% 127.78/80.35 tff(17284,plain,
% 127.78/80.35 (v7(constB11, bitIndex0)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[11700, 17283])).
% 127.78/80.35 tff(17285,plain,
% 127.78/80.35 (~sP958(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6385, 12546, 12393])).
% 127.78/80.35 tff(17286,plain,
% 127.78/80.35 (~v13(constB10, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10943, 17285, 1])).
% 127.78/80.35 tff(17287,plain,
% 127.78/80.35 (~v1050(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7578, 17286])).
% 127.78/80.35 tff(17288,plain,
% 127.78/80.35 (~v1052(constB11)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7583, 17287])).
% 127.78/80.35 tff(17289,plain,
% 127.78/80.35 (~v7(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7591, 17288])).
% 127.78/80.35 tff(17290,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17289, 17284])).
% 127.78/80.35 tff(17291,plain,((~(constB11 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB10)) | v7(constB10, bitIndex1) | (~sP959(constB10)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17292,plain,
% 127.78/80.35 (~(constB11 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17291, 17281, 7563, 1, 11700, 11])).
% 127.78/80.35 tff(17293,plain,
% 127.78/80.35 (sP958(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10943, 15877, 1])).
% 127.78/80.35 tff(17294,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6385, 12585, 17293, 12393])).
% 127.78/80.35 tff(17295,plain,((~(constB12 = sK952_VarCurr)) | (~sP959(constB10)) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17296,plain,
% 127.78/80.35 (~(constB12 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17295, 17281, 1, 7563, 11, 11700])).
% 127.78/80.35 tff(17297,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9909, 335, 2012, 9905])).
% 127.78/80.35 tff(17298,plain,((~v938(constB12, bitIndex0)) | v11(constB12)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17299,plain,
% 127.78/80.35 (~v938(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17298, 2012])).
% 127.78/80.35 tff(17300,plain,
% 127.78/80.35 (~v940(constB13, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2159, 17299])).
% 127.78/80.35 tff(17301,plain,
% 127.78/80.35 (~v956(constB13, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2185, 17300])).
% 127.78/80.35 tff(17302,plain,
% 127.78/80.35 (~v7(constB13, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2193, 17301])).
% 127.78/80.35 tff(17303,plain,
% 127.78/80.35 (~(constB13 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11706, 17302, 11])).
% 127.78/80.35 tff(17304,plain,
% 127.78/80.35 (~v7(constB14, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2214, 17302])).
% 127.78/80.35 tff(17305,plain,
% 127.78/80.35 (v11(constB16)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12647, 17302, 11, 17187, 4113, 4111, 11346, 17186, 5323, 11774, 3694, 5310, 4112])).
% 127.78/80.35 tff(17306,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[13446, 17305, 17304, 11700, 11, 17187, 4113, 4112, 11346, 5323, 17186, 5310, 3694, 4111, 2012, 17303])).
% 127.78/80.35 tff(17307,plain,(v11(constB12) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | v7(constB15, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17308,plain,
% 127.78/80.35 (v11(constB12)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17307, 17276, 11, 4113, 4112, 17296, 17292, 11700, 3694, 11735, 11686])).
% 127.78/80.35 tff(17309,plain,
% 127.78/80.35 (v7(constB14, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[15945, 5349, 11700])).
% 127.78/80.35 tff(17310,plain,
% 127.78/80.35 (v7(constB13, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10822, 17309])).
% 127.78/80.35 tff(17311,plain,
% 127.78/80.35 (v1052(constB13)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10816, 17310])).
% 127.78/80.35 tff(17312,plain,
% 127.78/80.35 (v1050(constB12)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10808, 17311])).
% 127.78/80.35 tff(17313,plain,
% 127.78/80.35 (v13(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12481, 17312])).
% 127.78/80.35 tff(17314,plain,
% 127.78/80.35 (v13(constB8, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7939, 1876, 1, 1794, 7563])).
% 127.78/80.35 tff(17315,plain,
% 127.78/80.35 (v11(constB8)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7947, 1876, 1794, 7563, 1])).
% 127.78/80.35 tff(17316,plain,
% 127.78/80.35 ((~v11(constB8)) | (~v13(constB8, bitIndex2))),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9309, 8517, 6448])).
% 127.78/80.35 tff(17317,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17316, 17315, 17314])).
% 127.78/80.35 tff(17318,plain,((~v13(constB12, bitIndex1)) | v938(constB8, bitIndex1) | (~v13(constB12, bitIndex2)) | (~v11(constB10)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17319,plain,
% 127.78/80.35 (~v13(constB12, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17318, 12475, 6448, 7563, 1])).
% 127.78/80.35 tff(17320,plain,
% 127.78/80.35 (~v952(constB12, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11179, 7613, 1876, 1775])).
% 127.78/80.35 tff(17321,plain,
% 127.78/80.35 (~v7(constB12, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11148, 17320, 2216])).
% 127.78/80.35 tff(17322,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1874, 1871, 17321, 11159])).
% 127.78/80.35 tff(17323,plain,(v7(constB12, bitIndex0) | v13(constB12, bitIndex2) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17324,plain,
% 127.78/80.35 (v7(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17323, 17319, 12475, 17313])).
% 127.78/80.35 tff(17325,plain,
% 127.78/80.35 (v7(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7597, 17324])).
% 127.78/80.35 tff(17326,plain,
% 127.78/80.35 (v1052(constB11)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7591, 17325])).
% 127.78/80.35 tff(17327,plain,
% 127.78/80.35 (v1050(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7583, 17326])).
% 127.78/80.35 tff(17328,plain,
% 127.78/80.35 (v13(constB10, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7578, 17327])).
% 127.78/80.35 tff(17329,plain,
% 127.78/80.35 (~v13(constB10, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11193, 17328, 17280, 1])).
% 127.78/80.35 tff(17330,plain,
% 127.78/80.35 (~v938(constB10, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12418, 17329])).
% 127.78/80.35 tff(17331,plain,
% 127.78/80.35 (~v940(constB11, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1717, 17330])).
% 127.78/80.35 tff(17332,plain,
% 127.78/80.35 (~v929(constB11, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1743, 17331])).
% 127.78/80.35 tff(17333,plain,
% 127.78/80.35 (~v7(constB11, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1751, 17332])).
% 127.78/80.35 tff(17334,plain,
% 127.78/80.35 (~v7(constB12, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1772, 17333])).
% 127.78/80.35 tff(17335,plain,
% 127.78/80.35 (sP958(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10943, 17328, 1])).
% 127.78/80.35 tff(17336,plain,
% 127.78/80.35 (~v13(constB10, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6385, 17335, 17281])).
% 127.78/80.35 tff(17337,plain,
% 127.78/80.35 (~v938(constB10, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12400, 17336])).
% 127.78/80.35 tff(17338,plain,
% 127.78/80.35 (~v940(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1263, 17337])).
% 127.78/80.35 tff(17339,plain,
% 127.78/80.35 (~v956(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1303, 17338])).
% 127.78/80.35 tff(17340,plain,
% 127.78/80.35 (~v7(constB11, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1311, 17339])).
% 127.78/80.35 tff(17341,plain,
% 127.78/80.35 (~v7(constB12, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1342, 17340])).
% 127.78/80.35 tff(17342,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1987, 17341, 17334, 12475, 17313])).
% 127.78/80.35 tff(17343,plain,((~(constB14 = sK952_VarCurr)) | v7(constB10, bitIndex1) | (~v11(constB10)) | v938(constB8, bitIndex1) | (~v11(constB12)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17344,plain,
% 127.78/80.35 (~(constB14 = sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17343, 17308, 7563, 6448, 1, 11700, 11])).
% 127.78/80.35 tff(17345,plain,
% 127.78/80.35 (constB13 = sK952_VarCurr),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12610, 17344, 11, 11700, 17187, 4113, 4112, 17296, 17186, 17292, 5374, 3694, 11735, 17276])).
% 127.78/80.35 tff(17346,plain,
% 127.78/80.35 (v1052(constB13) <=> v1052(sK952_VarCurr)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[17345])).
% 127.78/80.35 tff(17347,plain,
% 127.78/80.35 (v1052(sK952_VarCurr) <=> v1052(constB13)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17346])).
% 127.78/80.35 tff(17348,plain,
% 127.78/80.35 (v1044(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5784, 17345])).
% 127.78/80.35 tff(17349,plain,
% 127.78/80.35 (v1052(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12067, 17348])).
% 127.78/80.35 tff(17350,plain,
% 127.78/80.35 (v1052(constB13)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17349, 17347])).
% 127.78/80.35 tff(17351,plain,
% 127.78/80.35 (v1050(constB12)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10808, 17350])).
% 127.78/80.35 tff(17352,plain,
% 127.78/80.35 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10802, 6040, 17308])).
% 127.78/80.35 tff(17353,plain,
% 127.78/80.35 (v13(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17352, 17351])).
% 127.78/80.35 tff(17354,plain,
% 127.78/80.35 (v7(constB13, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11706, 17345, 11])).
% 127.78/80.35 tff(17355,plain,
% 127.78/80.35 (v956(constB13, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2193, 17354])).
% 127.78/80.35 tff(17356,plain,
% 127.78/80.35 (v940(constB13, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2185, 17355])).
% 127.78/80.35 tff(17357,plain,
% 127.78/80.35 (v938(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[2159, 17356])).
% 127.78/80.35 tff(17358,plain,
% 127.78/80.35 (v13(constB12, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9911, 17357])).
% 127.78/80.35 tff(17359,plain,
% 127.78/80.35 (~v13(constB12, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17318, 17358, 6448, 7563, 1])).
% 127.78/80.35 tff(17360,plain,
% 127.78/80.35 (v7(constB12, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17323, 17353, 17358, 17359])).
% 127.78/80.35 tff(17361,plain,
% 127.78/80.35 (v7(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7597, 17360])).
% 127.78/80.35 tff(17362,plain,
% 127.78/80.35 (v1052(constB11)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7591, 17361])).
% 127.78/80.35 tff(17363,plain,
% 127.78/80.35 (v1050(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7583, 17362])).
% 127.78/80.35 tff(17364,plain,
% 127.78/80.35 (v13(constB10, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[7578, 17363])).
% 127.78/80.35 tff(17365,plain,
% 127.78/80.35 (~v13(constB10, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11193, 17364, 17280, 1])).
% 127.78/80.35 tff(17366,plain,
% 127.78/80.35 (~v938(constB10, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12418, 17365])).
% 127.78/80.35 tff(17367,plain,
% 127.78/80.35 (~v940(constB11, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1717, 17366])).
% 127.78/80.35 tff(17368,plain,
% 127.78/80.35 (~v929(constB11, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1743, 17367])).
% 127.78/80.35 tff(17369,plain,
% 127.78/80.35 (~v7(constB11, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1751, 17368])).
% 127.78/80.35 tff(17370,plain,
% 127.78/80.35 (~v7(constB12, bitIndex2)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1772, 17369])).
% 127.78/80.35 tff(17371,plain,
% 127.78/80.35 (sP958(constB10)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10943, 17364, 1])).
% 127.78/80.35 tff(17372,plain,
% 127.78/80.35 (~v13(constB10, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[6385, 17371, 17281])).
% 127.78/80.35 tff(17373,plain,
% 127.78/80.35 (~v938(constB10, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12400, 17372])).
% 127.78/80.35 tff(17374,plain,
% 127.78/80.35 (~v940(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1263, 17373])).
% 127.78/80.35 tff(17375,plain,
% 127.78/80.35 (~v956(constB11, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1303, 17374])).
% 127.78/80.35 tff(17376,plain,
% 127.78/80.35 (~v7(constB11, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1311, 17375])).
% 127.78/80.35 tff(17377,plain,
% 127.78/80.35 (~v7(constB12, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1342, 17376])).
% 127.78/80.35 tff(17378,plain,
% 127.78/80.35 ($false),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[1987, 17377, 17370, 17358, 17353])).
% 127.78/80.35 tff(17379,plain,(v11(constB14) | v7(constB10, bitIndex1) | (~v11(constB10)) | v938(constB8, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.35 tff(17380,plain,
% 127.78/80.35 (v11(constB14)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17379, 6448, 7563, 1, 11700, 11, 4113, 4112, 3694])).
% 127.78/80.35 tff(17381,plain,
% 127.78/80.35 (constB19 = sK952_VarCurr),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17307, 16464, 11, 4113, 4112, 11346, 5323, 11700, 3694, 4111, 2012])).
% 127.78/80.35 tff(17382,plain,
% 127.78/80.35 (v7(constB19, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12639, 17381, 11])).
% 127.78/80.35 tff(17383,plain,
% 127.78/80.35 (v956(constB19, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11821, 17382])).
% 127.78/80.35 tff(17384,plain,
% 127.78/80.35 (v940(constB19, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11826, 17383])).
% 127.78/80.35 tff(17385,plain,
% 127.78/80.35 (v938(constB18, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11831, 17384])).
% 127.78/80.35 tff(17386,plain,
% 127.78/80.35 (v11(constB18)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11839, 335, 17385])).
% 127.78/80.35 tff(17387,plain,
% 127.78/80.35 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.35 inference(monotonicity,[status(thm)],[17381])).
% 127.78/80.35 tff(17388,plain,
% 127.78/80.35 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.35 inference(symmetry,[status(thm)],[17387])).
% 127.78/80.35 tff(17389,plain,
% 127.78/80.35 (v1044(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5791, 17381])).
% 127.78/80.35 tff(17390,plain,
% 127.78/80.35 (v1052(sK952_VarCurr)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12067, 17389])).
% 127.78/80.35 tff(17391,plain,
% 127.78/80.35 (v1052(constB19)),
% 127.78/80.35 inference(modus_ponens,[status(thm)],[17390, 17388])).
% 127.78/80.35 tff(17392,plain,
% 127.78/80.35 (v1050(constB18)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11888, 17391])).
% 127.78/80.35 tff(17393,plain,
% 127.78/80.35 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11895, 6040, 17392])).
% 127.78/80.35 tff(17394,plain,
% 127.78/80.35 (v13(constB18, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17393, 17386])).
% 127.78/80.35 tff(17395,plain,
% 127.78/80.35 (v13(constB18, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11841, 17385])).
% 127.78/80.35 tff(17396,plain,
% 127.78/80.35 (v7(constB18, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12186, 5707, 5712, 3861])).
% 127.78/80.35 tff(17397,plain,
% 127.78/80.35 (v7(constB17, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5759, 17396])).
% 127.78/80.35 tff(17398,plain,
% 127.78/80.35 (v956(constB17, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[10249, 17397])).
% 127.78/80.35 tff(17399,plain,
% 127.78/80.35 (v940(constB17, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5567, 17398])).
% 127.78/80.35 tff(17400,plain,
% 127.78/80.35 (v938(constB16, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5541, 17399])).
% 127.78/80.35 tff(17401,plain,
% 127.78/80.35 (v11(constB16)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[12315, 3861, 5712])).
% 127.78/80.35 tff(17402,plain,
% 127.78/80.35 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[5532, 320, 17401])).
% 127.78/80.35 tff(17403,plain,
% 127.78/80.35 (v13(constB16, bitIndex1)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17402, 17400])).
% 127.78/80.35 tff(17404,plain,
% 127.78/80.35 (~v13(constB16, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[11697, 17403, 3984, 9534])).
% 127.78/80.35 tff(17405,plain,
% 127.78/80.35 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9582, 6040, 17401])).
% 127.78/80.35 tff(17406,plain,
% 127.78/80.35 (~v1050(constB16)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[17405, 17404])).
% 127.78/80.35 tff(17407,plain,
% 127.78/80.35 (~v1052(constB17)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9575, 17406])).
% 127.78/80.35 tff(17408,plain,
% 127.78/80.35 (~v7(constB17, bitIndex0)),
% 127.78/80.35 inference(unit_resolution,[status(thm)],[9570, 17407])).
% 127.78/80.36 tff(17409,plain,
% 127.78/80.36 (~v7(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9562, 17408])).
% 127.78/80.36 tff(17410,plain,
% 127.78/80.36 (~sP959(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12264, 17409, 5712, 3861])).
% 127.78/80.36 tff(17411,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5710, 1871, 5707, 17410])).
% 127.78/80.36 tff(17412,plain,(v7(constB18, bitIndex2) | (~v13(constB18, bitIndex1)) | (~v13(constB18, bitIndex0)) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17413,plain,
% 127.78/80.36 (v7(constB18, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17412, 17395, 17394, 16465, 16065])).
% 127.78/80.36 tff(17414,plain,
% 127.78/80.36 (v7(constB17, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5636, 17413])).
% 127.78/80.36 tff(17415,plain,
% 127.78/80.36 (v929(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5615, 17414])).
% 127.78/80.36 tff(17416,plain,
% 127.78/80.36 (v940(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5607, 17415])).
% 127.78/80.36 tff(17417,plain,
% 127.78/80.36 (v938(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5581, 17416])).
% 127.78/80.36 tff(17418,plain,
% 127.78/80.36 (v11(constB16)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12315, 17394, 17395])).
% 127.78/80.36 tff(17419,plain,
% 127.78/80.36 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5572, 2226, 17418])).
% 127.78/80.36 tff(17420,plain,
% 127.78/80.36 (v13(constB16, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17419, 17417])).
% 127.78/80.36 tff(17421,plain,
% 127.78/80.36 (~v13(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10103, 17420, 16465, 16065])).
% 127.78/80.36 tff(17422,plain,
% 127.78/80.36 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9582, 6040, 17418])).
% 127.78/80.36 tff(17423,plain,
% 127.78/80.36 (~v1050(constB16)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17422, 17421])).
% 127.78/80.36 tff(17424,plain,
% 127.78/80.36 (~v1052(constB17)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9575, 17423])).
% 127.78/80.36 tff(17425,plain,
% 127.78/80.36 (~v7(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9570, 17424])).
% 127.78/80.36 tff(17426,plain,
% 127.78/80.36 (~v7(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9562, 17425])).
% 127.78/80.36 tff(17427,plain,
% 127.78/80.36 (~v13(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10120, 17420, 16465, 16065])).
% 127.78/80.36 tff(17428,plain,
% 127.78/80.36 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5532, 320, 17418])).
% 127.78/80.36 tff(17429,plain,
% 127.78/80.36 (~v938(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17428, 17427])).
% 127.78/80.36 tff(17430,plain,
% 127.78/80.36 (~v940(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5541, 17429])).
% 127.78/80.36 tff(17431,plain,
% 127.78/80.36 (~v956(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5567, 17430])).
% 127.78/80.36 tff(17432,plain,
% 127.78/80.36 (~v7(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10249, 17431])).
% 127.78/80.36 tff(17433,plain,
% 127.78/80.36 (~v7(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5759, 17432])).
% 127.78/80.36 tff(17434,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12157, 17433, 17426, 17395, 17394])).
% 127.78/80.36 tff(17435,plain,(v11(constB12) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (~v11(constB14))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17436,plain,
% 127.78/80.36 (v11(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17435, 17296, 11, 4113, 4112, 11700, 17292, 3694, 11735, 17380])).
% 127.78/80.36 tff(17437,plain,
% 127.78/80.36 (~(constB14 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17343, 17436, 7563, 6448, 1, 11700, 11])).
% 127.78/80.36 tff(17438,plain,
% 127.78/80.36 (~v13(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12315, 3859, 3695])).
% 127.78/80.36 tff(17439,plain,
% 127.78/80.36 (~v938(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11841, 17438])).
% 127.78/80.36 tff(17440,plain,
% 127.78/80.36 (~v940(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11831, 17439])).
% 127.78/80.36 tff(17441,plain,
% 127.78/80.36 (~v956(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11826, 17440])).
% 127.78/80.36 tff(17442,plain,
% 127.78/80.36 (~v7(constB19, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11821, 17441])).
% 127.78/80.36 tff(17443,plain,
% 127.78/80.36 (~(constB19 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12639, 17442, 11])).
% 127.78/80.36 tff(17444,plain,
% 127.78/80.36 (~(constB11 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17291, 6378, 7563, 1, 11700, 11])).
% 127.78/80.36 tff(17445,plain,
% 127.78/80.36 (~(constB12 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17295, 6378, 1, 7563, 11, 11700])).
% 127.78/80.36 tff(17446,plain,
% 127.78/80.36 (v7(constB15, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12647, 11704, 11, 17187, 4113, 11735, 17445, 17186, 17444, 3695, 3694, 17443, 4112])).
% 127.78/80.36 tff(17447,plain,
% 127.78/80.36 (v956(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9649, 17446])).
% 127.78/80.36 tff(17448,plain,
% 127.78/80.36 (v940(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9654, 17447])).
% 127.78/80.36 tff(17449,plain,
% 127.78/80.36 (v938(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9659, 17448])).
% 127.78/80.36 tff(17450,plain,
% 127.78/80.36 (v13(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11741, 17449])).
% 127.78/80.36 tff(17451,plain,
% 127.78/80.36 (v7(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13812, 12643, 11700, 11, 4113, 4112, 17186, 17445, 17444, 11348, 17187, 11775, 11759, 11735, 3694, 17443])).
% 127.78/80.36 tff(17452,plain,
% 127.78/80.36 (v7(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10199, 17451])).
% 127.78/80.36 tff(17453,plain,
% 127.78/80.36 (v1052(constB15)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10207, 17452])).
% 127.78/80.36 tff(17454,plain,
% 127.78/80.36 (v1050(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10212, 17453])).
% 127.78/80.36 tff(17455,plain,
% 127.78/80.36 (v13(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10220, 17454])).
% 127.78/80.36 tff(17456,plain,
% 127.78/80.36 (v7(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12770, 17455, 12644, 17450])).
% 127.78/80.36 tff(17457,plain,
% 127.78/80.36 (v7(constB13, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2293, 17456])).
% 127.78/80.36 tff(17458,plain,
% 127.78/80.36 (v929(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2272, 17457])).
% 127.78/80.36 tff(17459,plain,
% 127.78/80.36 (v940(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2264, 17458])).
% 127.78/80.36 tff(17460,plain,
% 127.78/80.36 (v938(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2238, 17459])).
% 127.78/80.36 tff(17461,plain,
% 127.78/80.36 (v13(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[16046, 17460])).
% 127.78/80.36 tff(17462,plain,
% 127.78/80.36 (v7(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1863, 1775, 1794, 1703])).
% 127.78/80.36 tff(17463,plain,
% 127.78/80.36 (v7(constB11, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1772, 17462])).
% 127.78/80.36 tff(17464,plain,
% 127.78/80.36 (v929(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1751, 17463])).
% 127.78/80.36 tff(17465,plain,
% 127.78/80.36 (v940(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1743, 17464])).
% 127.78/80.36 tff(17466,plain,
% 127.78/80.36 (v938(constB10, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1717, 17465])).
% 127.78/80.36 tff(17467,plain,
% 127.78/80.36 (v13(constB10, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12418, 17466])).
% 127.78/80.36 tff(17468,plain,
% 127.78/80.36 (~v13(constB10, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11193, 17467, 6360, 1])).
% 127.78/80.36 tff(17469,plain,
% 127.78/80.36 (~v1050(constB10)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7578, 17468])).
% 127.78/80.36 tff(17470,plain,
% 127.78/80.36 (~v1052(constB11)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7583, 17469])).
% 127.78/80.36 tff(17471,plain,
% 127.78/80.36 (~v7(constB11, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7591, 17470])).
% 127.78/80.36 tff(17472,plain,
% 127.78/80.36 (~v7(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7597, 17471])).
% 127.78/80.36 tff(17473,plain,
% 127.78/80.36 (~sP960(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7601, 5864, 17472])).
% 127.78/80.36 tff(17474,plain,
% 127.78/80.36 (~sP957(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10879, 5875, 17472])).
% 127.78/80.36 tff(17475,plain,
% 127.78/80.36 (v952(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0))),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10886, 6075, 1703])).
% 127.78/80.36 tff(17476,plain,
% 127.78/80.36 (v952(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17475, 17474, 1775])).
% 127.78/80.36 tff(17477,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7626, 17476, 17473])).
% 127.78/80.36 tff(17478,plain,((~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex2)) | v7(constB12, bitIndex1) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17479,plain,
% 127.78/80.36 (~v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17478, 17461, 1703, 7563, 6360, 1])).
% 127.78/80.36 tff(17480,plain,
% 127.78/80.36 (v11(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17435, 17445, 11, 4113, 4112, 11700, 17444, 3694, 11735, 2358])).
% 127.78/80.36 tff(17481,plain,
% 127.78/80.36 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10802, 6040, 17480])).
% 127.78/80.36 tff(17482,plain,
% 127.78/80.36 (~v1050(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17481, 17479])).
% 127.78/80.36 tff(17483,plain,
% 127.78/80.36 (~v1052(constB13)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10808, 17482])).
% 127.78/80.36 tff(17484,plain,
% 127.78/80.36 (~v7(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10816, 17483])).
% 127.78/80.36 tff(17485,plain,
% 127.78/80.36 (~v7(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10822, 17484])).
% 127.78/80.36 tff(17486,plain,
% 127.78/80.36 (~v13(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12799, 17485, 12644, 17450])).
% 127.78/80.36 tff(17487,plain,
% 127.78/80.36 (~v952(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12833, 17485, 17450, 12644, 17455])).
% 127.78/80.36 tff(17488,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12871, 17487, 17486, 17456])).
% 127.78/80.36 tff(17489,plain,(v7(constB13, bitIndex1) | v7(constB12, bitIndex1) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB14)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17490,plain,
% 127.78/80.36 (v7(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17489, 3695, 7563, 17280, 1, 17380, 11700, 11, 4113, 4112, 17437, 3694, 1703])).
% 127.78/80.36 tff(17491,plain,
% 127.78/80.36 (v956(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2193, 17490])).
% 127.78/80.36 tff(17492,plain,
% 127.78/80.36 (v940(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2185, 17491])).
% 127.78/80.36 tff(17493,plain,
% 127.78/80.36 (v938(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2159, 17492])).
% 127.78/80.36 tff(17494,plain,
% 127.78/80.36 (v13(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9911, 17493])).
% 127.78/80.36 tff(17495,plain,
% 127.78/80.36 (~v13(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17318, 17494, 6448, 7563, 1])).
% 127.78/80.36 tff(17496,plain,
% 127.78/80.36 (v7(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1987, 1775, 1703, 1876])).
% 127.78/80.36 tff(17497,plain,
% 127.78/80.36 (v7(constB11, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1772, 17496])).
% 127.78/80.36 tff(17498,plain,
% 127.78/80.36 (v929(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1751, 17497])).
% 127.78/80.36 tff(17499,plain,
% 127.78/80.36 (v940(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1743, 17498])).
% 127.78/80.36 tff(17500,plain,
% 127.78/80.36 (v938(constB10, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1717, 17499])).
% 127.78/80.36 tff(17501,plain,
% 127.78/80.36 (v7(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17323, 1775, 1876, 2216])).
% 127.78/80.36 tff(17502,plain,
% 127.78/80.36 (v7(constB11, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7597, 17501])).
% 127.78/80.36 tff(17503,plain,
% 127.78/80.36 (v1052(constB11)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7591, 17502])).
% 127.78/80.36 tff(17504,plain,
% 127.78/80.36 (v1050(constB10)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7583, 17503])).
% 127.78/80.36 tff(17505,plain,
% 127.78/80.36 (v13(constB10, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7578, 17504])).
% 127.78/80.36 tff(17506,plain,
% 127.78/80.36 (~v13(constB10, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11193, 17505, 6360, 1])).
% 127.78/80.36 tff(17507,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12418, 17506, 17500])).
% 127.78/80.36 tff(17508,plain,((~v13(constB12, bitIndex0)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB10)) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex1)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17509,plain,
% 127.78/80.36 (~v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17508, 17494, 1, 7563, 1703, 17280, 17495])).
% 127.78/80.36 tff(17510,plain,
% 127.78/80.36 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10802, 6040, 17436])).
% 127.78/80.36 tff(17511,plain,
% 127.78/80.36 (~v1050(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17510, 17509])).
% 127.78/80.36 tff(17512,plain,
% 127.78/80.36 (~v1052(constB13)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10808, 17511])).
% 127.78/80.36 tff(17513,plain,
% 127.78/80.36 (~v7(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10816, 17512])).
% 127.78/80.36 tff(17514,plain,
% 127.78/80.36 (~v7(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10822, 17513])).
% 127.78/80.36 tff(17515,plain,
% 127.78/80.36 (sP958(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12791, 5886, 17514])).
% 127.78/80.36 tff(17516,plain,
% 127.78/80.36 (~v938(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[16046, 17495])).
% 127.78/80.36 tff(17517,plain,
% 127.78/80.36 (~v940(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2238, 17516])).
% 127.78/80.36 tff(17518,plain,
% 127.78/80.36 (~v929(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2264, 17517])).
% 127.78/80.36 tff(17519,plain,
% 127.78/80.36 (~v7(constB13, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2272, 17518])).
% 127.78/80.36 tff(17520,plain,
% 127.78/80.36 (~v7(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2293, 17519])).
% 127.78/80.36 tff(17521,plain,
% 127.78/80.36 (~sP957(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10826, 5875, 17514])).
% 127.78/80.36 tff(17522,assumption,(sP958(constB14)), introduced(assumption)).
% 127.78/80.36 tff(17523,plain,
% 127.78/80.36 (v7(constB15, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11848, 2408, 11, 17187, 4113, 4112, 4111, 11346, 17186, 5323, 3695, 17443, 3694, 11348])).
% 127.78/80.36 tff(17524,plain,
% 127.78/80.36 (v956(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9649, 17523])).
% 127.78/80.36 tff(17525,plain,
% 127.78/80.36 (v940(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9654, 17524])).
% 127.78/80.36 tff(17526,plain,
% 127.78/80.36 (v938(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9659, 17525])).
% 127.78/80.36 tff(17527,plain,
% 127.78/80.36 (v13(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11741, 17526])).
% 127.78/80.36 tff(17528,plain,
% 127.78/80.36 ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~v17(constB14, bitIndex2))),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12895, 1205, 15323])).
% 127.78/80.36 tff(17529,plain,
% 127.78/80.36 (~v17(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17528, 17527, 17522])).
% 127.78/80.36 tff(17530,plain,
% 127.78/80.36 ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~v17(constB14, bitIndex1))),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12903, 5118, 15323])).
% 127.78/80.36 tff(17531,plain,
% 127.78/80.36 (~v17(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17530, 17527, 17522])).
% 127.78/80.36 tff(17532,plain,
% 127.78/80.36 ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~v17(constB14, bitIndex0))),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12911, 7256, 15323])).
% 127.78/80.36 tff(17533,plain,
% 127.78/80.36 (~v17(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17532, 17527, 17522])).
% 127.78/80.36 tff(17534,plain,
% 127.78/80.36 (~v1003(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12916, 4834, 17533, 17531])).
% 127.78/80.36 tff(17535,assumption,(~sP957(constB14)), introduced(assumption)).
% 127.78/80.36 tff(17536,plain,
% 127.78/80.36 (v7(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13812, 2408, 11700, 11, 4113, 4112, 17186, 11346, 5323, 11348, 17187, 11775, 11759, 4111, 3694, 17443])).
% 127.78/80.36 tff(17537,plain,
% 127.78/80.36 (v7(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10199, 17536])).
% 127.78/80.36 tff(17538,plain,
% 127.78/80.36 (v1052(constB15)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10207, 17537])).
% 127.78/80.36 tff(17539,plain,
% 127.78/80.36 (v1050(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10212, 17538])).
% 127.78/80.36 tff(17540,plain,
% 127.78/80.36 (v13(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10220, 17539])).
% 127.78/80.36 tff(17541,plain,
% 127.78/80.36 (~v924(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12746, 17540, 17535])).
% 127.78/80.36 tff(17542,plain,
% 127.78/80.36 (~sP954_aig_name(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12928, 1982, 17541])).
% 127.78/80.36 tff(17543,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12924, 17542, 17534, 17529])).
% 127.78/80.36 tff(17544,plain,((constB13 = sK952_VarCurr) | sP957(constB14) | v7(constB14, bitIndex2) | (~sP958(constB14)) | (~v11(constB14)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17545,plain,
% 127.78/80.36 (constB13 = sK952_VarCurr),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17544, 17521, 17520, 17515, 17380, 11700, 11, 4113, 4112, 17296, 17292, 17437, 11735, 3694, 3695])).
% 127.78/80.36 tff(17546,plain,
% 127.78/80.36 (v7(constB13, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.36 inference(monotonicity,[status(thm)],[17545])).
% 127.78/80.36 tff(17547,plain,
% 127.78/80.36 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB13, bitIndex0)),
% 127.78/80.36 inference(symmetry,[status(thm)],[17546])).
% 127.78/80.36 tff(17548,plain,
% 127.78/80.36 (v7(constB13, bitIndex0)),
% 127.78/80.36 inference(modus_ponens,[status(thm)],[11700, 17547])).
% 127.78/80.36 tff(17549,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17513, 17548])).
% 127.78/80.36 tff(17550,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v7(constB10, bitIndex1) | (~v11(constB10)) | v7(constB12, bitIndex1) | v938(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17551,plain,
% 127.78/80.36 (v7(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17550, 3695, 11, 4113, 4112, 3694, 1, 7563, 11700, 6448])).
% 127.78/80.36 tff(17552,plain,
% 127.78/80.36 (v7(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1342, 17551])).
% 127.78/80.36 tff(17553,plain,
% 127.78/80.36 (v956(constB11, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1311, 17552])).
% 127.78/80.36 tff(17554,plain,
% 127.78/80.36 (v940(constB11, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1303, 17553])).
% 127.78/80.36 tff(17555,plain,
% 127.78/80.36 (v938(constB10, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1263, 17554])).
% 127.78/80.36 tff(17556,plain,
% 127.78/80.36 (v13(constB10, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12400, 17555])).
% 127.78/80.36 tff(17557,plain,
% 127.78/80.36 (~sP958(constB10)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[6385, 17556, 17281])).
% 127.78/80.36 tff(17558,plain,
% 127.78/80.36 (~v13(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10954, 17557, 17280, 7563, 1])).
% 127.78/80.36 tff(17559,plain,
% 127.78/80.36 (~v938(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[16046, 17558])).
% 127.78/80.36 tff(17560,plain,
% 127.78/80.36 (~v940(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2238, 17559])).
% 127.78/80.36 tff(17561,plain,
% 127.78/80.36 (~v929(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2264, 17560])).
% 127.78/80.36 tff(17562,plain,
% 127.78/80.36 (~v7(constB13, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2272, 17561])).
% 127.78/80.36 tff(17563,plain,
% 127.78/80.36 (~v7(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2293, 17562])).
% 127.78/80.36 tff(17564,plain,
% 127.78/80.36 (~v13(constB10, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[6391, 17556, 17280, 1])).
% 127.78/80.36 tff(17565,plain,
% 127.78/80.36 (~v938(constB10, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12418, 17564])).
% 127.78/80.36 tff(17566,plain,
% 127.78/80.36 (~v940(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1717, 17565])).
% 127.78/80.36 tff(17567,plain,
% 127.78/80.36 (~v929(constB11, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1743, 17566])).
% 127.78/80.36 tff(17568,plain,
% 127.78/80.36 (~v7(constB11, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1751, 17567])).
% 127.78/80.36 tff(17569,plain,
% 127.78/80.36 (~v7(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1772, 17568])).
% 127.78/80.36 tff(17570,plain,
% 127.78/80.36 (sP959(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[1874, 1871, 17569])).
% 127.78/80.36 tff(17571,plain,
% 127.78/80.36 (~v13(constB10, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10943, 17557, 1])).
% 127.78/80.36 tff(17572,plain,
% 127.78/80.36 (~v1050(constB10)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7578, 17571])).
% 127.78/80.36 tff(17573,plain,
% 127.78/80.36 (~v1052(constB11)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7583, 17572])).
% 127.78/80.36 tff(17574,plain,
% 127.78/80.36 (~v7(constB11, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7591, 17573])).
% 127.78/80.36 tff(17575,plain,
% 127.78/80.36 (~v7(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[7597, 17574])).
% 127.78/80.36 tff(17576,plain,
% 127.78/80.36 (sP958(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12765, 17540, 12722])).
% 127.78/80.36 tff(17577,plain,
% 127.78/80.36 (sP957(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17544, 17576, 3695, 12722, 2358, 11700, 11, 4113, 4112, 11346, 5323, 11348, 4111, 3694, 2408])).
% 127.78/80.36 tff(17578,plain,
% 127.78/80.36 (v7(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12770, 17540, 12722, 17527])).
% 127.78/80.36 tff(17579,plain,
% 127.78/80.36 (v7(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2214, 17578])).
% 127.78/80.36 tff(17580,plain,
% 127.78/80.36 (v956(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2193, 17579])).
% 127.78/80.36 tff(17581,plain,
% 127.78/80.36 (v940(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2185, 17580])).
% 127.78/80.36 tff(17582,plain,
% 127.78/80.36 (v938(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2159, 17581])).
% 127.78/80.36 tff(17583,plain,
% 127.78/80.36 (v13(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9911, 17582])).
% 127.78/80.36 tff(17584,plain,
% 127.78/80.36 (~v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11096, 17583, 7613, 11090])).
% 127.78/80.36 tff(17585,plain,
% 127.78/80.36 (v11(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17435, 11346, 11, 4113, 4112, 11700, 5323, 3694, 4111, 2358])).
% 127.78/80.36 tff(17586,plain,
% 127.78/80.36 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10802, 6040, 17585])).
% 127.78/80.36 tff(17587,plain,
% 127.78/80.36 (~v1050(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17586, 17584])).
% 127.78/80.36 tff(17588,plain,
% 127.78/80.36 (~v1052(constB13)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10808, 17587])).
% 127.78/80.36 tff(17589,plain,
% 127.78/80.36 (~v7(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10816, 17588])).
% 127.78/80.36 tff(17590,plain,
% 127.78/80.36 (~v7(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10822, 17589])).
% 127.78/80.36 tff(17591,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10826, 5875, 17590, 17577])).
% 127.78/80.36 tff(17592,plain,((constB13 = sK952_VarCurr) | v7(constB12, bitIndex0) | (~sP959(constB12)) | v11(constB16) | v7(constB14, bitIndex2) | (~v11(constB14)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17593,plain,
% 127.78/80.36 (constB13 = sK952_VarCurr),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17592, 17575, 17570, 3695, 17563, 17380, 11700, 11, 4113, 4112, 17296, 17292, 17437, 11735, 3694])).
% 127.78/80.36 tff(17594,plain,
% 127.78/80.36 (v7(constB13, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.36 inference(monotonicity,[status(thm)],[17593])).
% 127.78/80.36 tff(17595,plain,
% 127.78/80.36 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB13, bitIndex0)),
% 127.78/80.36 inference(symmetry,[status(thm)],[17594])).
% 127.78/80.36 tff(17596,plain,
% 127.78/80.36 (v7(constB13, bitIndex0)),
% 127.78/80.36 inference(modus_ponens,[status(thm)],[11700, 17595])).
% 127.78/80.36 tff(17597,plain,
% 127.78/80.36 (v7(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11706, 17593, 11])).
% 127.78/80.36 tff(17598,plain,
% 127.78/80.36 (v956(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2193, 17597])).
% 127.78/80.36 tff(17599,plain,
% 127.78/80.36 (v940(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2185, 17598])).
% 127.78/80.36 tff(17600,plain,
% 127.78/80.36 (v938(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2159, 17599])).
% 127.78/80.36 tff(17601,plain,
% 127.78/80.36 (v13(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9911, 17600])).
% 127.78/80.36 tff(17602,plain,
% 127.78/80.36 (~v13(constB12, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11096, 17601, 17575, 17570])).
% 127.78/80.36 tff(17603,plain,
% 127.78/80.36 (~v1050(constB12)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17510, 17602])).
% 127.78/80.36 tff(17604,plain,
% 127.78/80.36 (~v1052(constB13)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10808, 17603])).
% 127.78/80.36 tff(17605,plain,
% 127.78/80.36 (~v7(constB13, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10816, 17604])).
% 127.78/80.36 tff(17606,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17605, 17596])).
% 127.78/80.36 tff(17607,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1) | v938(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17608,plain,
% 127.78/80.36 (v11(constB16)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17607, 1, 11, 4113, 4112, 3694, 7563, 11700, 6448])).
% 127.78/80.36 tff(17609,plain,
% 127.78/80.36 (~v13(constB12, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17318, 1876, 6448, 7563, 1])).
% 127.78/80.36 tff(17610,plain,
% 127.78/80.36 (~v938(constB12, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[16046, 17609])).
% 127.78/80.36 tff(17611,plain,
% 127.78/80.36 (~v940(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2238, 17610])).
% 127.78/80.36 tff(17612,plain,
% 127.78/80.36 (~v929(constB13, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2264, 17611])).
% 127.78/80.36 tff(17613,plain,
% 127.78/80.36 (~v7(constB13, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2272, 17612])).
% 127.78/80.36 tff(17614,plain,
% 127.78/80.36 (~v7(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[2293, 17613])).
% 127.78/80.36 tff(17615,plain,
% 127.78/80.36 (v7(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13123, 11774, 11700, 11, 9481, 4112, 17186, 11346, 5323, 11348, 2408, 17187, 4113, 5310, 4111, 3694, 9534])).
% 127.78/80.36 tff(17616,plain,
% 127.78/80.36 (v7(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5759, 17615])).
% 127.78/80.36 tff(17617,plain,
% 127.78/80.36 (v956(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10249, 17616])).
% 127.78/80.36 tff(17618,plain,
% 127.78/80.36 (v940(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5567, 17617])).
% 127.78/80.36 tff(17619,plain,
% 127.78/80.36 (v938(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5541, 17618])).
% 127.78/80.36 tff(17620,plain,
% 127.78/80.36 (v13(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9541, 17619])).
% 127.78/80.36 tff(17621,plain,
% 127.78/80.36 (~v13(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11697, 17620, 11808, 9534])).
% 127.78/80.36 tff(17622,plain,
% 127.78/80.36 (~v1050(constB16)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9583, 17621])).
% 127.78/80.36 tff(17623,plain,
% 127.78/80.36 (~v1052(constB17)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9575, 17622])).
% 127.78/80.36 tff(17624,plain,
% 127.78/80.36 (~v7(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9570, 17623])).
% 127.78/80.36 tff(17625,plain,
% 127.78/80.36 (~v7(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9562, 17624])).
% 127.78/80.36 tff(17626,plain,
% 127.78/80.36 (~(constB18 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13479, 17625, 11700])).
% 127.78/80.36 tff(17627,plain,
% 127.78/80.36 (~(constB17 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13484, 17624, 11700])).
% 127.78/80.36 tff(17628,plain,
% 127.78/80.36 (constB20 = sK952_VarCurr),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11811, 17627, 11, 17187, 4113, 4112, 4111, 11346, 17186, 5323, 2408, 5310, 3694, 11348, 11774, 17626])).
% 127.78/80.36 tff(17629,plain,
% 127.78/80.36 (v7(constB20, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11815, 17628, 11])).
% 127.78/80.36 tff(17630,plain,
% 127.78/80.36 (v7(constB19, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9468, 17629])).
% 127.78/80.36 tff(17631,plain,
% 127.78/80.36 (v956(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11821, 17630])).
% 127.78/80.36 tff(17632,plain,
% 127.78/80.36 (v940(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11826, 17631])).
% 127.78/80.36 tff(17633,plain,
% 127.78/80.36 (v938(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11831, 17632])).
% 127.78/80.36 tff(17634,plain,
% 127.78/80.36 (~v13(constB16, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10120, 17620, 11808, 9534])).
% 127.78/80.36 tff(17635,plain,
% 127.78/80.36 (~v938(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10079, 17634])).
% 127.78/80.36 tff(17636,plain,
% 127.78/80.36 (~v940(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5581, 17635])).
% 127.78/80.36 tff(17637,plain,
% 127.78/80.36 (~v929(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5607, 17636])).
% 127.78/80.36 tff(17638,plain,
% 127.78/80.36 (~v7(constB17, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5615, 17637])).
% 127.78/80.36 tff(17639,plain,
% 127.78/80.36 (~v7(constB18, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5636, 17638])).
% 127.78/80.36 tff(17640,plain,
% 127.78/80.36 (v13(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11841, 17633])).
% 127.78/80.36 tff(17641,plain,
% 127.78/80.36 (~v13(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17412, 17640, 17639, 11808, 9534])).
% 127.78/80.36 tff(17642,plain,
% 127.78/80.36 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.36 inference(monotonicity,[status(thm)],[17628])).
% 127.78/80.36 tff(17643,plain,
% 127.78/80.36 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.36 inference(symmetry,[status(thm)],[17642])).
% 127.78/80.36 tff(17644,plain,
% 127.78/80.36 (v7(constB20, bitIndex0)),
% 127.78/80.36 inference(modus_ponens,[status(thm)],[11700, 17643])).
% 127.78/80.36 tff(17645,plain,
% 127.78/80.36 (v7(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11875, 17644])).
% 127.78/80.36 tff(17646,plain,
% 127.78/80.36 (v1052(constB19)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11883, 17645])).
% 127.78/80.36 tff(17647,plain,
% 127.78/80.36 (v1050(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11888, 17646])).
% 127.78/80.36 tff(17648,plain,
% 127.78/80.36 (~v11(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11895, 6040, 17647, 17641])).
% 127.78/80.36 tff(17649,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11839, 335, 17648, 17633])).
% 127.78/80.36 tff(17650,plain,(v7(constB15, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB16, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17651,plain,
% 127.78/80.36 (v7(constB15, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17650, 5310, 15335, 11, 4113, 4112, 4111, 11346, 5323, 2408, 11700, 3694, 11348, 9481])).
% 127.78/80.36 tff(17652,plain,
% 127.78/80.36 (v956(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9649, 17651])).
% 127.78/80.36 tff(17653,plain,
% 127.78/80.36 (v940(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9654, 17652])).
% 127.78/80.36 tff(17654,plain,
% 127.78/80.36 (v938(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9659, 17653])).
% 127.78/80.36 tff(17655,plain,
% 127.78/80.36 (v13(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11741, 17654])).
% 127.78/80.36 tff(17656,plain,
% 127.78/80.36 (~v17(constB14, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17528, 17655, 12792])).
% 127.78/80.36 tff(17657,plain,
% 127.78/80.36 (~v17(constB14, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17530, 17655, 12792])).
% 127.78/80.36 tff(17658,plain,
% 127.78/80.36 (~v17(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17532, 17655, 12792])).
% 127.78/80.36 tff(17659,plain,
% 127.78/80.36 (~v1003(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12916, 4834, 17658, 17657])).
% 127.78/80.36 tff(17660,plain,
% 127.78/80.36 (sP954_aig_name(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12924, 17659, 17656])).
% 127.78/80.36 tff(17661,plain,
% 127.78/80.36 (v924(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12928, 1982, 17660])).
% 127.78/80.36 tff(17662,plain,
% 127.78/80.36 (~v13(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12746, 17661, 10991])).
% 127.78/80.36 tff(17663,plain,
% 127.78/80.36 (~v1050(constB14)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10220, 17662])).
% 127.78/80.36 tff(17664,plain,
% 127.78/80.36 (~v1052(constB15)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10212, 17663])).
% 127.78/80.36 tff(17665,plain,
% 127.78/80.36 (~v7(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10207, 17664])).
% 127.78/80.36 tff(17666,plain,
% 127.78/80.36 (~v7(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10199, 17665])).
% 127.78/80.36 tff(17667,plain,
% 127.78/80.36 (~v13(constB16, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[15344, 17655, 2358, 12722, 10989])).
% 127.78/80.36 tff(17668,plain,
% 127.78/80.36 (~v938(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10079, 17667])).
% 127.78/80.36 tff(17669,plain,
% 127.78/80.36 (~v940(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5581, 17668])).
% 127.78/80.36 tff(17670,plain,
% 127.78/80.36 (~v929(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5607, 17669])).
% 127.78/80.36 tff(17671,plain,
% 127.78/80.36 (~v7(constB17, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5615, 17670])).
% 127.78/80.36 tff(17672,plain,
% 127.78/80.36 (~v7(constB18, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5636, 17671])).
% 127.78/80.36 tff(17673,plain,
% 127.78/80.36 (v7(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13812, 17666, 11700, 11, 4113, 4112, 17186, 11346, 5323, 11348, 17187, 2408, 5310, 4111, 3694, 17672])).
% 127.78/80.36 tff(17674,plain,
% 127.78/80.36 (v7(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5759, 17673])).
% 127.78/80.36 tff(17675,plain,
% 127.78/80.36 (v956(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10249, 17674])).
% 127.78/80.36 tff(17676,plain,
% 127.78/80.36 (v940(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5567, 17675])).
% 127.78/80.36 tff(17677,plain,
% 127.78/80.36 (v938(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5541, 17676])).
% 127.78/80.36 tff(17678,plain,
% 127.78/80.36 (v13(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9541, 17677])).
% 127.78/80.36 tff(17679,plain,
% 127.78/80.36 (~v13(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11331, 17678, 17666])).
% 127.78/80.36 tff(17680,plain,
% 127.78/80.36 (~v1050(constB16)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9583, 17679])).
% 127.78/80.36 tff(17681,plain,
% 127.78/80.36 (~v1052(constB17)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9575, 17680])).
% 127.78/80.36 tff(17682,plain,
% 127.78/80.36 (~v7(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9570, 17681])).
% 127.78/80.36 tff(17683,plain,
% 127.78/80.36 (~(constB17 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13484, 17682, 11700])).
% 127.78/80.36 tff(17684,plain,
% 127.78/80.36 (~v7(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9562, 17682])).
% 127.78/80.36 tff(17685,plain,
% 127.78/80.36 (~(constB18 = sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[13479, 17684, 11700])).
% 127.78/80.36 tff(17686,plain,
% 127.78/80.36 (constB20 = sK952_VarCurr),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12716, 17685, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 17186, 4111, 11346, 5323, 11700, 17187, 2408, 3694, 11348, 5310, 17666, 17683])).
% 127.78/80.36 tff(17687,plain,
% 127.78/80.36 (v7(constB20, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11815, 17686, 11])).
% 127.78/80.36 tff(17688,plain,
% 127.78/80.36 (v7(constB19, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9468, 17687])).
% 127.78/80.36 tff(17689,plain,
% 127.78/80.36 (v956(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11821, 17688])).
% 127.78/80.36 tff(17690,plain,
% 127.78/80.36 (v940(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11826, 17689])).
% 127.78/80.36 tff(17691,plain,
% 127.78/80.36 (v938(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11831, 17690])).
% 127.78/80.36 tff(17692,plain,
% 127.78/80.36 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.36 inference(monotonicity,[status(thm)],[17686])).
% 127.78/80.36 tff(17693,plain,
% 127.78/80.36 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.36 inference(symmetry,[status(thm)],[17692])).
% 127.78/80.36 tff(17694,plain,
% 127.78/80.36 (v7(constB20, bitIndex0)),
% 127.78/80.36 inference(modus_ponens,[status(thm)],[11700, 17693])).
% 127.78/80.36 tff(17695,plain,
% 127.78/80.36 (v7(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11875, 17694])).
% 127.78/80.36 tff(17696,plain,
% 127.78/80.36 (v1052(constB19)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11883, 17695])).
% 127.78/80.36 tff(17697,plain,
% 127.78/80.36 (v1050(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11888, 17696])).
% 127.78/80.36 tff(17698,plain,
% 127.78/80.36 (sP959(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5710, 1871, 17672])).
% 127.78/80.36 tff(17699,plain,
% 127.78/80.36 (v13(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11841, 17691])).
% 127.78/80.36 tff(17700,plain,
% 127.78/80.36 (~v13(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12264, 17699, 17698, 17684])).
% 127.78/80.36 tff(17701,plain,
% 127.78/80.36 ((~v1050(constB18)) | (~v11(constB18))),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11895, 6040, 17700])).
% 127.78/80.36 tff(17702,plain,
% 127.78/80.36 (~v11(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17701, 17697])).
% 127.78/80.36 tff(17703,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11839, 335, 17702, 17691])).
% 127.78/80.36 tff(17704,plain,((constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (~v11(constB14)) | v7(constB14, bitIndex2) | v7(constB14, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17705,plain,
% 127.78/80.36 (constB19 = sK952_VarCurr),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17704, 10989, 11, 4113, 4112, 4111, 11346, 5323, 2408, 3694, 11348, 9481, 2358, 12722, 11700])).
% 127.78/80.36 tff(17706,plain,
% 127.78/80.36 (v7(constB19, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12639, 17705, 11])).
% 127.78/80.36 tff(17707,plain,
% 127.78/80.36 (v956(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11821, 17706])).
% 127.78/80.36 tff(17708,plain,
% 127.78/80.36 (v940(constB19, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11826, 17707])).
% 127.78/80.36 tff(17709,plain,
% 127.78/80.36 (v938(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11831, 17708])).
% 127.78/80.36 tff(17710,plain,
% 127.78/80.36 (v13(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11841, 17709])).
% 127.78/80.36 tff(17711,plain,
% 127.78/80.36 (v11(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11839, 335, 17709])).
% 127.78/80.36 tff(17712,plain,
% 127.78/80.36 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.36 inference(monotonicity,[status(thm)],[17705])).
% 127.78/80.36 tff(17713,plain,
% 127.78/80.36 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.36 inference(symmetry,[status(thm)],[17712])).
% 127.78/80.36 tff(17714,plain,
% 127.78/80.36 (v1044(sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5791, 17705])).
% 127.78/80.36 tff(17715,plain,
% 127.78/80.36 (v1052(sK952_VarCurr)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12067, 17714])).
% 127.78/80.36 tff(17716,plain,
% 127.78/80.36 (v1052(constB19)),
% 127.78/80.36 inference(modus_ponens,[status(thm)],[17715, 17713])).
% 127.78/80.36 tff(17717,plain,
% 127.78/80.36 (v1050(constB18)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11888, 17716])).
% 127.78/80.36 tff(17718,plain,
% 127.78/80.36 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[11895, 6040, 17717])).
% 127.78/80.36 tff(17719,plain,
% 127.78/80.36 (v13(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17718, 17711])).
% 127.78/80.36 tff(17720,plain,
% 127.78/80.36 (v7(constB18, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17412, 3984, 3861, 5712, 9534])).
% 127.78/80.36 tff(17721,plain,
% 127.78/80.36 (v7(constB17, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5636, 17720])).
% 127.78/80.36 tff(17722,plain,
% 127.78/80.36 (v929(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5615, 17721])).
% 127.78/80.36 tff(17723,plain,
% 127.78/80.36 (v940(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5607, 17722])).
% 127.78/80.36 tff(17724,plain,
% 127.78/80.36 (v938(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5581, 17723])).
% 127.78/80.36 tff(17725,plain,
% 127.78/80.36 (v13(constB16, bitIndex2)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10079, 17724])).
% 127.78/80.36 tff(17726,plain,
% 127.78/80.36 (~v13(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10103, 17725, 3984, 9534])).
% 127.78/80.36 tff(17727,plain,
% 127.78/80.36 (~v1050(constB16)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9583, 17726])).
% 127.78/80.36 tff(17728,plain,
% 127.78/80.36 (~v1052(constB17)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9575, 17727])).
% 127.78/80.36 tff(17729,plain,
% 127.78/80.36 (~v7(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9570, 17728])).
% 127.78/80.36 tff(17730,plain,
% 127.78/80.36 (~v7(constB18, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9562, 17729])).
% 127.78/80.36 tff(17731,plain,
% 127.78/80.36 (~v13(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10120, 17725, 3984, 9534])).
% 127.78/80.36 tff(17732,plain,
% 127.78/80.36 (~v938(constB16, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9541, 17731])).
% 127.78/80.36 tff(17733,plain,
% 127.78/80.36 (~v940(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5541, 17732])).
% 127.78/80.36 tff(17734,plain,
% 127.78/80.36 (~v956(constB17, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5567, 17733])).
% 127.78/80.36 tff(17735,plain,
% 127.78/80.36 (~v7(constB17, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[10249, 17734])).
% 127.78/80.36 tff(17736,plain,
% 127.78/80.36 (~v7(constB18, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[5759, 17735])).
% 127.78/80.36 tff(17737,plain,
% 127.78/80.36 ($false),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[12157, 17736, 17730, 3861, 5712])).
% 127.78/80.36 tff(17738,plain,(v7(constB16, bitIndex1) | (~v13(constB18, bitIndex0)) | (~v13(constB18, bitIndex1)) | (~v11(constB16)) | v7(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.36 tff(17739,plain,
% 127.78/80.36 (v7(constB16, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[17738, 17719, 17710, 9481, 15335])).
% 127.78/80.36 tff(17740,plain,
% 127.78/80.36 (v7(constB15, bitIndex1)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[4007, 17739])).
% 127.78/80.36 tff(17741,plain,
% 127.78/80.36 (v956(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9649, 17740])).
% 127.78/80.36 tff(17742,plain,
% 127.78/80.36 (v940(constB15, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9654, 17741])).
% 127.78/80.36 tff(17743,plain,
% 127.78/80.36 (v938(constB14, bitIndex0)),
% 127.78/80.36 inference(unit_resolution,[status(thm)],[9659, 17742])).
% 127.78/80.37 tff(17744,plain,
% 127.78/80.37 (v13(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11741, 17743])).
% 127.78/80.37 tff(17745,plain,
% 127.78/80.37 (~v17(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17528, 17744, 12792])).
% 127.78/80.37 tff(17746,plain,
% 127.78/80.37 (~v17(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17530, 17744, 12792])).
% 127.78/80.37 tff(17747,plain,
% 127.78/80.37 (~v17(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17532, 17744, 12792])).
% 127.78/80.37 tff(17748,plain,
% 127.78/80.37 (~v1003(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12916, 4834, 17747, 17746])).
% 127.78/80.37 tff(17749,plain,
% 127.78/80.37 (sP954_aig_name(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12924, 17748, 17745])).
% 127.78/80.37 tff(17750,plain,
% 127.78/80.37 (~v13(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[15344, 17744, 2358, 12722, 10989])).
% 127.78/80.37 tff(17751,plain,
% 127.78/80.37 (~v938(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10079, 17750])).
% 127.78/80.37 tff(17752,plain,
% 127.78/80.37 (~v940(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5581, 17751])).
% 127.78/80.37 tff(17753,plain,
% 127.78/80.37 (~v929(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5607, 17752])).
% 127.78/80.37 tff(17754,plain,
% 127.78/80.37 (~v7(constB17, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5615, 17753])).
% 127.78/80.37 tff(17755,plain,
% 127.78/80.37 (~v7(constB18, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5636, 17754])).
% 127.78/80.37 tff(17756,plain,
% 127.78/80.37 (v7(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12186, 17755, 17719, 17710])).
% 127.78/80.37 tff(17757,plain,
% 127.78/80.37 (v7(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5759, 17756])).
% 127.78/80.37 tff(17758,plain,
% 127.78/80.37 (v956(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10249, 17757])).
% 127.78/80.37 tff(17759,plain,
% 127.78/80.37 (v940(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5567, 17758])).
% 127.78/80.37 tff(17760,plain,
% 127.78/80.37 (v938(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5541, 17759])).
% 127.78/80.37 tff(17761,plain,
% 127.78/80.37 (v13(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9541, 17760])).
% 127.78/80.37 tff(17762,plain,
% 127.78/80.37 (sP959(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5710, 1871, 17755])).
% 127.78/80.37 tff(17763,plain,
% 127.78/80.37 (v7(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12264, 17762, 17710, 17719])).
% 127.78/80.37 tff(17764,plain,
% 127.78/80.37 (v7(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9562, 17763])).
% 127.78/80.37 tff(17765,plain,
% 127.78/80.37 (v1052(constB17)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9570, 17764])).
% 127.78/80.37 tff(17766,plain,
% 127.78/80.37 (v1050(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9575, 17765])).
% 127.78/80.37 tff(17767,plain,
% 127.78/80.37 (v13(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9583, 17766])).
% 127.78/80.37 tff(17768,plain,
% 127.78/80.37 (v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11331, 17767, 17761])).
% 127.78/80.37 tff(17769,plain,
% 127.78/80.37 (v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 17768])).
% 127.78/80.37 tff(17770,plain,
% 127.78/80.37 (v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 17769])).
% 127.78/80.37 tff(17771,plain,
% 127.78/80.37 (v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 17770])).
% 127.78/80.37 tff(17772,plain,
% 127.78/80.37 (v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 17771])).
% 127.78/80.37 tff(17773,plain,
% 127.78/80.37 (~v924(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12746, 17772, 10991])).
% 127.78/80.37 tff(17774,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12928, 1982, 17773, 17749])).
% 127.78/80.37 tff(17775,plain,(v7(constB14, bitIndex0) | v7(constB14, bitIndex2) | (~v11(constB14)) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17776,plain,
% 127.78/80.37 (v7(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17775, 17614, 17380, 17608, 11700, 11, 4113, 4112, 11735, 17296, 17292, 2408, 3694, 17437])).
% 127.78/80.37 tff(17777,plain,
% 127.78/80.37 (v7(constB13, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10822, 17776])).
% 127.78/80.37 tff(17778,plain,
% 127.78/80.37 (v1052(constB13)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10816, 17777])).
% 127.78/80.37 tff(17779,plain,
% 127.78/80.37 (v1050(constB12)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10808, 17778])).
% 127.78/80.37 tff(17780,plain,
% 127.78/80.37 (v13(constB12, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17510, 17779])).
% 127.78/80.37 tff(17781,plain,
% 127.78/80.37 (v7(constB12, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17323, 17780, 1876, 17609])).
% 127.78/80.37 tff(17782,plain,
% 127.78/80.37 (~v938(constB12, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[16046, 2216])).
% 127.78/80.37 tff(17783,plain,
% 127.78/80.37 (~v940(constB13, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2238, 17782])).
% 127.78/80.37 tff(17784,plain,
% 127.78/80.37 (~v929(constB13, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2264, 17783])).
% 127.78/80.37 tff(17785,plain,
% 127.78/80.37 (~v7(constB13, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2272, 17784])).
% 127.78/80.37 tff(17786,plain,
% 127.78/80.37 (~v7(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2293, 17785])).
% 127.78/80.37 tff(17787,plain,
% 127.78/80.37 (v7(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17775, 2408, 2358, 9481, 11700, 11, 4113, 4112, 11735, 17445, 17444, 17786, 3694, 11348])).
% 127.78/80.37 tff(17788,plain,
% 127.78/80.37 (v7(constB13, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10822, 17787])).
% 127.78/80.37 tff(17789,plain,
% 127.78/80.37 (v1052(constB13)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10816, 17788])).
% 127.78/80.37 tff(17790,plain,
% 127.78/80.37 (v1050(constB12)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10808, 17789])).
% 127.78/80.37 tff(17791,plain,
% 127.78/80.37 (v13(constB12, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17481, 17790])).
% 127.78/80.37 tff(17792,plain,
% 127.78/80.37 (~v13(constB12, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17508, 17791, 1, 7563, 1703, 6360, 2216])).
% 127.78/80.37 tff(17793,plain,
% 127.78/80.37 (~v938(constB12, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9911, 17792])).
% 127.78/80.37 tff(17794,plain,
% 127.78/80.37 (~v940(constB13, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2159, 17793])).
% 127.78/80.37 tff(17795,plain,
% 127.78/80.37 (~v956(constB13, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2185, 17794])).
% 127.78/80.37 tff(17796,plain,
% 127.78/80.37 (~v7(constB13, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2193, 17795])).
% 127.78/80.37 tff(17797,plain,
% 127.78/80.37 (~v7(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2214, 17796])).
% 127.78/80.37 tff(17798,plain,
% 127.78/80.37 (v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13812, 5310, 11700, 11, 4113, 4112, 17186, 11346, 5323, 11348, 17187, 2408, 5706, 4111, 3694, 5707])).
% 127.78/80.37 tff(17799,plain,
% 127.78/80.37 (v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 17798])).
% 127.78/80.37 tff(17800,plain,
% 127.78/80.37 (v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 17799])).
% 127.78/80.37 tff(17801,plain,
% 127.78/80.37 (v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 17800])).
% 127.78/80.37 tff(17802,plain,
% 127.78/80.37 (v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 17801])).
% 127.78/80.37 tff(17803,plain,
% 127.78/80.37 (~v13(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13037, 17802, 12722, 7542])).
% 127.78/80.37 tff(17804,plain,
% 127.78/80.37 (~v938(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2362, 17803])).
% 127.78/80.37 tff(17805,plain,
% 127.78/80.37 (~v940(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2356, 17804])).
% 127.78/80.37 tff(17806,plain,
% 127.78/80.37 (~v929(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2348, 17805])).
% 127.78/80.37 tff(17807,plain,
% 127.78/80.37 (~v7(constB15, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5505, 17806])).
% 127.78/80.37 tff(17808,plain,
% 127.78/80.37 (~v13(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12770, 17802, 12722, 7542])).
% 127.78/80.37 tff(17809,plain,
% 127.78/80.37 (~v938(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11741, 17808])).
% 127.78/80.37 tff(17810,plain,
% 127.78/80.37 (~v940(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9659, 17809])).
% 127.78/80.37 tff(17811,plain,
% 127.78/80.37 (~v956(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9654, 17810])).
% 127.78/80.37 tff(17812,plain,
% 127.78/80.37 (~v7(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9649, 17811])).
% 127.78/80.37 tff(17813,plain,
% 127.78/80.37 (v7(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17650, 17812, 5310, 11, 4113, 4112, 4111, 11346, 5323, 2408, 11700, 3694, 11348, 9481])).
% 127.78/80.37 tff(17814,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4072, 17813, 17807])).
% 127.78/80.37 tff(17815,plain,((constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (~v11(constB14)) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | v7(constB18, bitIndex1) | v7(constB18, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17816,plain,
% 127.78/80.37 (constB19 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17815, 5707, 4113, 4112, 4111, 11346, 5323, 2408, 11700, 3694, 11348, 9481, 2358, 12722, 7542, 5706, 11])).
% 127.78/80.37 tff(17817,plain,
% 127.78/80.37 (v7(constB19, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12639, 17816, 11])).
% 127.78/80.37 tff(17818,plain,
% 127.78/80.37 (v956(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11821, 17817])).
% 127.78/80.37 tff(17819,plain,
% 127.78/80.37 (v940(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11826, 17818])).
% 127.78/80.37 tff(17820,plain,
% 127.78/80.37 (v938(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11831, 17819])).
% 127.78/80.37 tff(17821,plain,
% 127.78/80.37 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[17816])).
% 127.78/80.37 tff(17822,plain,
% 127.78/80.37 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.37 inference(symmetry,[status(thm)],[17821])).
% 127.78/80.37 tff(17823,plain,
% 127.78/80.37 (v1044(sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5791, 17816])).
% 127.78/80.37 tff(17824,plain,
% 127.78/80.37 (v1052(sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12067, 17823])).
% 127.78/80.37 tff(17825,plain,
% 127.78/80.37 (v1052(constB19)),
% 127.78/80.37 inference(modus_ponens,[status(thm)],[17824, 17822])).
% 127.78/80.37 tff(17826,plain,
% 127.78/80.37 (v1050(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11888, 17825])).
% 127.78/80.37 tff(17827,plain,
% 127.78/80.37 (v13(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11841, 17820])).
% 127.78/80.37 tff(17828,plain,
% 127.78/80.37 (~v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12186, 17827, 5706, 5707])).
% 127.78/80.37 tff(17829,plain,
% 127.78/80.37 ((~v1050(constB18)) | (~v11(constB18))),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11895, 6040, 17828])).
% 127.78/80.37 tff(17830,plain,
% 127.78/80.37 (~v11(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17829, 17826])).
% 127.78/80.37 tff(17831,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11839, 335, 17830, 17820])).
% 127.78/80.37 tff(17832,plain,(v7(constB18, bitIndex2) | v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (~v11(constB14)) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17833,plain,
% 127.78/80.37 (v7(constB18, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17832, 5706, 11700, 11, 4113, 4112, 4111, 11346, 5323, 2408, 3694, 11348, 9481, 2358, 17786, 7542])).
% 127.78/80.37 tff(17834,plain,
% 127.78/80.37 (v7(constB17, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5636, 17833])).
% 127.78/80.37 tff(17835,plain,
% 127.78/80.37 (v929(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5615, 17834])).
% 127.78/80.37 tff(17836,plain,
% 127.78/80.37 (v940(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5607, 17835])).
% 127.78/80.37 tff(17837,plain,
% 127.78/80.37 (v938(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5581, 17836])).
% 127.78/80.37 tff(17838,plain,
% 127.78/80.37 (v13(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10079, 17837])).
% 127.78/80.37 tff(17839,plain,
% 127.78/80.37 (~v13(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13260, 17838, 2216, 7542, 2358])).
% 127.78/80.37 tff(17840,plain,
% 127.78/80.37 (~v938(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11741, 17839])).
% 127.78/80.37 tff(17841,plain,
% 127.78/80.37 (~v940(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9659, 17840])).
% 127.78/80.37 tff(17842,plain,
% 127.78/80.37 (~v956(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9654, 17841])).
% 127.78/80.37 tff(17843,plain,
% 127.78/80.37 (~v7(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9649, 17842])).
% 127.78/80.37 tff(17844,plain,
% 127.78/80.37 (constB20 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12623, 5310, 11, 17186, 4113, 4111, 11346, 17187, 5323, 3694, 2408, 11348, 5706, 4112, 11774])).
% 127.78/80.37 tff(17845,plain,
% 127.78/80.37 (v7(constB20, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11815, 17844, 11])).
% 127.78/80.37 tff(17846,plain,
% 127.78/80.37 (v7(constB19, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9468, 17845])).
% 127.78/80.37 tff(17847,plain,
% 127.78/80.37 (v956(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11821, 17846])).
% 127.78/80.37 tff(17848,plain,
% 127.78/80.37 (v940(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11826, 17847])).
% 127.78/80.37 tff(17849,plain,
% 127.78/80.37 (v938(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11831, 17848])).
% 127.78/80.37 tff(17850,plain,
% 127.78/80.37 (v13(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11841, 17849])).
% 127.78/80.37 tff(17851,plain,
% 127.78/80.37 (v7(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17650, 5310, 11774, 11, 4113, 4112, 4111, 11346, 5323, 2408, 11700, 3694, 11348, 9481])).
% 127.78/80.37 tff(17852,plain,
% 127.78/80.37 (v7(constB15, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4072, 17851])).
% 127.78/80.37 tff(17853,plain,
% 127.78/80.37 (v929(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5505, 17852])).
% 127.78/80.37 tff(17854,plain,
% 127.78/80.37 (v940(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2348, 17853])).
% 127.78/80.37 tff(17855,plain,
% 127.78/80.37 (v938(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2356, 17854])).
% 127.78/80.37 tff(17856,plain,
% 127.78/80.37 (v13(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2362, 17855])).
% 127.78/80.37 tff(17857,plain,
% 127.78/80.37 (~v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13037, 17856, 12722, 7542])).
% 127.78/80.37 tff(17858,plain,
% 127.78/80.37 (~v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 17857])).
% 127.78/80.37 tff(17859,plain,
% 127.78/80.37 (~v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 17858])).
% 127.78/80.37 tff(17860,plain,
% 127.78/80.37 (~v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 17859])).
% 127.78/80.37 tff(17861,plain,
% 127.78/80.37 (~v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 17860])).
% 127.78/80.37 tff(17862,plain,
% 127.78/80.37 (~sP957(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11254, 5875, 17861])).
% 127.78/80.37 tff(17863,plain,
% 127.78/80.37 (~sP960(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10179, 5864, 17861])).
% 127.78/80.37 tff(17864,plain,
% 127.78/80.37 (v7(constB18, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17832, 5706, 11700, 11, 4113, 4112, 4111, 11346, 5323, 2408, 3694, 11348, 9481, 2358, 12722, 7542])).
% 127.78/80.37 tff(17865,plain,
% 127.78/80.37 (v7(constB17, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5636, 17864])).
% 127.78/80.37 tff(17866,plain,
% 127.78/80.37 (v929(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5615, 17865])).
% 127.78/80.37 tff(17867,plain,
% 127.78/80.37 (v940(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5607, 17866])).
% 127.78/80.37 tff(17868,plain,
% 127.78/80.37 (v938(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5581, 17867])).
% 127.78/80.37 tff(17869,plain,
% 127.78/80.37 (v13(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10079, 17868])).
% 127.78/80.37 tff(17870,plain,
% 127.78/80.37 (sP960(constB16) | (~v952(constB16, bitIndex1))),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10186, 6136, 17869])).
% 127.78/80.37 tff(17871,plain,
% 127.78/80.37 (~v952(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17870, 17863])).
% 127.78/80.37 tff(17872,plain,
% 127.78/80.37 (~v13(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13163, 17871, 17862])).
% 127.78/80.37 tff(17873,plain,
% 127.78/80.37 (~v1050(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9583, 17872])).
% 127.78/80.37 tff(17874,plain,
% 127.78/80.37 (~v1052(constB17)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9575, 17873])).
% 127.78/80.37 tff(17875,plain,
% 127.78/80.37 (~v7(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9570, 17874])).
% 127.78/80.37 tff(17876,plain,
% 127.78/80.37 (~v7(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9562, 17875])).
% 127.78/80.37 tff(17877,plain,
% 127.78/80.37 (~v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12157, 17876, 5706, 17850])).
% 127.78/80.37 tff(17878,plain,
% 127.78/80.37 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[17844])).
% 127.78/80.37 tff(17879,plain,
% 127.78/80.37 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.37 inference(symmetry,[status(thm)],[17878])).
% 127.78/80.37 tff(17880,plain,
% 127.78/80.37 (v7(constB20, bitIndex0)),
% 127.78/80.37 inference(modus_ponens,[status(thm)],[11700, 17879])).
% 127.78/80.37 tff(17881,plain,
% 127.78/80.37 (v7(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11875, 17880])).
% 127.78/80.37 tff(17882,plain,
% 127.78/80.37 (v1052(constB19)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11883, 17881])).
% 127.78/80.37 tff(17883,plain,
% 127.78/80.37 (v1050(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11888, 17882])).
% 127.78/80.37 tff(17884,plain,
% 127.78/80.37 (~v11(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11895, 6040, 17883, 17877])).
% 127.78/80.37 tff(17885,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11839, 335, 17884, 17849])).
% 127.78/80.37 tff(17886,plain,((constB19 = sK952_VarCurr) | v7(constB18, bitIndex1) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB14)) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB15, bitIndex1) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17887,plain,
% 127.78/80.37 (constB19 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17886, 5706, 9481, 11700, 2358, 17786, 7542, 11, 17843, 4113, 4112, 4111, 11346, 5323, 2408, 3694, 11348])).
% 127.78/80.37 tff(17888,plain,
% 127.78/80.37 (v7(constB19, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12639, 17887, 11])).
% 127.78/80.37 tff(17889,plain,
% 127.78/80.37 (v956(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11821, 17888])).
% 127.78/80.37 tff(17890,plain,
% 127.78/80.37 (v940(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11826, 17889])).
% 127.78/80.37 tff(17891,plain,
% 127.78/80.37 (v938(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11831, 17890])).
% 127.78/80.37 tff(17892,plain,
% 127.78/80.37 (v13(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11841, 17891])).
% 127.78/80.37 tff(17893,plain,
% 127.78/80.37 (~v7(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4007, 17843])).
% 127.78/80.37 tff(17894,plain,
% 127.78/80.37 (v11(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11839, 335, 17891])).
% 127.78/80.37 tff(17895,plain,
% 127.78/80.37 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[17887])).
% 127.78/80.37 tff(17896,plain,
% 127.78/80.37 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.37 inference(symmetry,[status(thm)],[17895])).
% 127.78/80.37 tff(17897,plain,
% 127.78/80.37 (v1044(sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5791, 17887])).
% 127.78/80.37 tff(17898,plain,
% 127.78/80.37 (v1052(sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12067, 17897])).
% 127.78/80.37 tff(17899,plain,
% 127.78/80.37 (v1052(constB19)),
% 127.78/80.37 inference(modus_ponens,[status(thm)],[17898, 17896])).
% 127.78/80.37 tff(17900,plain,
% 127.78/80.37 (v1050(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11888, 17899])).
% 127.78/80.37 tff(17901,plain,
% 127.78/80.37 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11895, 6040, 17900])).
% 127.78/80.37 tff(17902,plain,
% 127.78/80.37 (v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17901, 17894])).
% 127.78/80.37 tff(17903,plain,
% 127.78/80.37 (v7(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17738, 17902, 17893, 9481, 17892])).
% 127.78/80.37 tff(17904,plain,
% 127.78/80.37 (v7(constB15, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4072, 17903])).
% 127.78/80.37 tff(17905,plain,
% 127.78/80.37 (v929(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5505, 17904])).
% 127.78/80.37 tff(17906,plain,
% 127.78/80.37 (v940(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2348, 17905])).
% 127.78/80.37 tff(17907,plain,
% 127.78/80.37 (v938(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2356, 17906])).
% 127.78/80.37 tff(17908,plain,
% 127.78/80.37 (v13(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2362, 17907])).
% 127.78/80.37 tff(17909,plain,
% 127.78/80.37 (~v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13037, 17908, 17786, 7542])).
% 127.78/80.37 tff(17910,plain,
% 127.78/80.37 (~v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 17909])).
% 127.78/80.37 tff(17911,plain,
% 127.78/80.37 (~v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 17910])).
% 127.78/80.37 tff(17912,plain,
% 127.78/80.37 (~v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 17911])).
% 127.78/80.37 tff(17913,plain,
% 127.78/80.37 (~v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 17912])).
% 127.78/80.37 tff(17914,plain,
% 127.78/80.37 (~sP960(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10179, 5864, 17913])).
% 127.78/80.37 tff(17915,plain,
% 127.78/80.37 (v7(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12157, 17902, 5706, 17892])).
% 127.78/80.37 tff(17916,plain,
% 127.78/80.37 (v7(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9562, 17915])).
% 127.78/80.37 tff(17917,plain,
% 127.78/80.37 (v1052(constB17)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9570, 17916])).
% 127.78/80.37 tff(17918,plain,
% 127.78/80.37 (v1050(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9575, 17917])).
% 127.78/80.37 tff(17919,plain,
% 127.78/80.37 (v13(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9583, 17918])).
% 127.78/80.37 tff(17920,plain,
% 127.78/80.37 (~sP957(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11254, 5875, 17913])).
% 127.78/80.37 tff(17921,plain,
% 127.78/80.37 (v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0)) | sP957(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11381, 6075, 17893])).
% 127.78/80.37 tff(17922,plain,
% 127.78/80.37 (v952(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17921, 17920, 17919])).
% 127.78/80.37 tff(17923,plain,
% 127.78/80.37 (sP960(constB16) | (~v952(constB16, bitIndex1))),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10186, 6136, 17838])).
% 127.78/80.37 tff(17924,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17923, 17922, 17914])).
% 127.78/80.37 tff(17925,plain,(v7(constB18, bitIndex1) | (~v11(constB14)) | v7(constB14, bitIndex1) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17926,plain,
% 127.78/80.37 (v7(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17925, 17797, 2358, 9481, 11700, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348, 2216])).
% 127.78/80.37 tff(17927,plain,
% 127.78/80.37 (v7(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5759, 17926])).
% 127.78/80.37 tff(17928,plain,
% 127.78/80.37 (v956(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10249, 17927])).
% 127.78/80.37 tff(17929,plain,
% 127.78/80.37 (v940(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5567, 17928])).
% 127.78/80.37 tff(17930,plain,
% 127.78/80.37 (v938(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5541, 17929])).
% 127.78/80.37 tff(17931,plain,
% 127.78/80.37 (v13(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9541, 17930])).
% 127.78/80.37 tff(17932,plain,
% 127.78/80.37 (~v13(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13260, 5480, 2216, 14774, 2358])).
% 127.78/80.37 tff(17933,plain,
% 127.78/80.37 (~v938(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11741, 17932])).
% 127.78/80.37 tff(17934,plain,
% 127.78/80.37 (~v940(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9659, 17933])).
% 127.78/80.37 tff(17935,plain,
% 127.78/80.37 (v7(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10241, 5480, 2147, 2216, 10117, 2358])).
% 127.78/80.37 tff(17936,plain,
% 127.78/80.37 (v7(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4007, 17935])).
% 127.78/80.37 tff(17937,plain,
% 127.78/80.37 (v956(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9649, 17936])).
% 127.78/80.37 tff(17938,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9654, 17937, 17934])).
% 127.78/80.37 tff(17939,plain,((~v13(constB16, bitIndex2)) | v13(constB12, bitIndex1) | v13(constB12, bitIndex2) | (~v13(constB16, bitIndex1)) | (~v11(constB14))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17940,plain,
% 127.78/80.37 (~v13(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17939, 17792, 2216, 17931, 2358])).
% 127.78/80.37 tff(17941,plain,
% 127.78/80.37 (~v938(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10079, 17940])).
% 127.78/80.37 tff(17942,plain,
% 127.78/80.37 (~v940(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5581, 17941])).
% 127.78/80.37 tff(17943,plain,
% 127.78/80.37 (~v929(constB17, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5607, 17942])).
% 127.78/80.37 tff(17944,plain,
% 127.78/80.37 (~v7(constB17, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5615, 17943])).
% 127.78/80.37 tff(17945,plain,
% 127.78/80.37 (~v7(constB18, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5636, 17944])).
% 127.78/80.37 tff(17946,plain,
% 127.78/80.37 (sP959(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5710, 1871, 17945])).
% 127.78/80.37 tff(17947,plain,
% 127.78/80.37 (v7(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17650, 11774, 5310, 11, 4113, 4112, 4111, 11346, 5323, 2408, 11700, 3694, 11348, 9481])).
% 127.78/80.37 tff(17948,plain,
% 127.78/80.37 (v7(constB15, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4072, 17947])).
% 127.78/80.37 tff(17949,plain,
% 127.78/80.37 (v929(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5505, 17948])).
% 127.78/80.37 tff(17950,plain,
% 127.78/80.37 (v940(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2348, 17949])).
% 127.78/80.37 tff(17951,plain,
% 127.78/80.37 (v938(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2356, 17950])).
% 127.78/80.37 tff(17952,plain,
% 127.78/80.37 (v13(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2362, 17951])).
% 127.78/80.37 tff(17953,plain,
% 127.78/80.37 (~v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13037, 17952, 12722, 7542])).
% 127.78/80.37 tff(17954,plain,
% 127.78/80.37 (~v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 17953])).
% 127.78/80.37 tff(17955,plain,
% 127.78/80.37 (~v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 17954])).
% 127.78/80.37 tff(17956,plain,
% 127.78/80.37 (~v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 17955])).
% 127.78/80.37 tff(17957,plain,
% 127.78/80.37 (~v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 17956])).
% 127.78/80.37 tff(17958,plain,
% 127.78/80.37 (~v13(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11331, 17957, 10117])).
% 127.78/80.37 tff(17959,plain,
% 127.78/80.37 (~v1050(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9583, 17958])).
% 127.78/80.37 tff(17960,plain,
% 127.78/80.37 (~v1052(constB17)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9575, 17959])).
% 127.78/80.37 tff(17961,plain,
% 127.78/80.37 (~v7(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9570, 17960])).
% 127.78/80.37 tff(17962,plain,
% 127.78/80.37 (~v7(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9562, 17961])).
% 127.78/80.37 tff(17963,plain,
% 127.78/80.37 (~(constB18 = sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13479, 17962, 11700])).
% 127.78/80.37 tff(17964,plain,
% 127.78/80.37 (~(constB17 = sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13484, 17961, 11700])).
% 127.78/80.37 tff(17965,plain,
% 127.78/80.37 (constB20 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11811, 17964, 11, 17187, 4113, 4112, 4111, 11346, 17186, 5323, 2408, 5310, 3694, 11348, 11774, 17963])).
% 127.78/80.37 tff(17966,plain,
% 127.78/80.37 (v7(constB20, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11815, 17965, 11])).
% 127.78/80.37 tff(17967,plain,
% 127.78/80.37 (v7(constB19, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9468, 17966])).
% 127.78/80.37 tff(17968,plain,
% 127.78/80.37 (v956(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11821, 17967])).
% 127.78/80.37 tff(17969,plain,
% 127.78/80.37 (v940(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11826, 17968])).
% 127.78/80.37 tff(17970,plain,
% 127.78/80.37 (v938(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11831, 17969])).
% 127.78/80.37 tff(17971,plain,
% 127.78/80.37 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[17965])).
% 127.78/80.37 tff(17972,plain,
% 127.78/80.37 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.37 inference(symmetry,[status(thm)],[17971])).
% 127.78/80.37 tff(17973,plain,
% 127.78/80.37 (v7(constB20, bitIndex0)),
% 127.78/80.37 inference(modus_ponens,[status(thm)],[11700, 17972])).
% 127.78/80.37 tff(17974,plain,
% 127.78/80.37 (v7(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11875, 17973])).
% 127.78/80.37 tff(17975,plain,
% 127.78/80.37 (v1052(constB19)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11883, 17974])).
% 127.78/80.37 tff(17976,plain,
% 127.78/80.37 (v1050(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11888, 17975])).
% 127.78/80.37 tff(17977,plain,
% 127.78/80.37 (v13(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11841, 17970])).
% 127.78/80.37 tff(17978,plain,
% 127.78/80.37 (~v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12264, 17977, 12234, 17962])).
% 127.78/80.37 tff(17979,plain,
% 127.78/80.37 ((~v1050(constB18)) | (~v11(constB18))),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11895, 6040, 17978])).
% 127.78/80.37 tff(17980,plain,
% 127.78/80.37 (~v11(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17979, 17976])).
% 127.78/80.37 tff(17981,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11839, 335, 17980, 17970])).
% 127.78/80.37 tff(17982,plain,(v7(constB15, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~sP959(constB18)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (~v13(constB16, bitIndex1)) | (~v11(constB14)) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(17983,plain,
% 127.78/80.37 (v7(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17982, 12234, 11700, 11, 4113, 4112, 4111, 11346, 5323, 2408, 5310, 3694, 11348, 9481, 10117, 2358, 12722, 7542])).
% 127.78/80.37 tff(17984,plain,
% 127.78/80.37 (v956(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9649, 17983])).
% 127.78/80.37 tff(17985,plain,
% 127.78/80.37 (v940(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9654, 17984])).
% 127.78/80.37 tff(17986,plain,
% 127.78/80.37 (v938(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9659, 17985])).
% 127.78/80.37 tff(17987,plain,
% 127.78/80.37 (v13(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11741, 17986])).
% 127.78/80.37 tff(17988,plain,
% 127.78/80.37 (~v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12770, 17987, 12722, 7542])).
% 127.78/80.37 tff(17989,plain,
% 127.78/80.37 (~v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 17988])).
% 127.78/80.37 tff(17990,plain,
% 127.78/80.37 (~v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 17989])).
% 127.78/80.37 tff(17991,plain,
% 127.78/80.37 (~v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 17990])).
% 127.78/80.37 tff(17992,plain,
% 127.78/80.37 (~v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 17991])).
% 127.78/80.37 tff(17993,plain,
% 127.78/80.37 (~v13(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11331, 17992, 10117])).
% 127.78/80.37 tff(17994,plain,
% 127.78/80.37 (~v1050(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9583, 17993])).
% 127.78/80.37 tff(17995,plain,
% 127.78/80.37 (~v1052(constB17)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9575, 17994])).
% 127.78/80.37 tff(17996,plain,
% 127.78/80.37 (~v7(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9570, 17995])).
% 127.78/80.37 tff(17997,plain,
% 127.78/80.37 (~(constB17 = sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13484, 17996, 11700])).
% 127.78/80.37 tff(17998,plain,
% 127.78/80.37 (~v7(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9562, 17996])).
% 127.78/80.37 tff(17999,plain,
% 127.78/80.37 (~(constB18 = sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13479, 17998, 11700])).
% 127.78/80.37 tff(18000,plain,
% 127.78/80.37 (constB20 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12716, 17999, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 17186, 4111, 11346, 5323, 11700, 17187, 2408, 3694, 11348, 5310, 17992, 17997])).
% 127.78/80.37 tff(18001,plain,
% 127.78/80.37 (v7(constB20, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11815, 18000, 11])).
% 127.78/80.37 tff(18002,plain,
% 127.78/80.37 (v7(constB19, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9468, 18001])).
% 127.78/80.37 tff(18003,plain,
% 127.78/80.37 (v956(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11821, 18002])).
% 127.78/80.37 tff(18004,plain,
% 127.78/80.37 (v940(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11826, 18003])).
% 127.78/80.37 tff(18005,plain,
% 127.78/80.37 (v938(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11831, 18004])).
% 127.78/80.37 tff(18006,plain,
% 127.78/80.37 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[18000])).
% 127.78/80.37 tff(18007,plain,
% 127.78/80.37 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.37 inference(symmetry,[status(thm)],[18006])).
% 127.78/80.37 tff(18008,plain,
% 127.78/80.37 (v7(constB20, bitIndex0)),
% 127.78/80.37 inference(modus_ponens,[status(thm)],[11700, 18007])).
% 127.78/80.37 tff(18009,plain,
% 127.78/80.37 (v7(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11875, 18008])).
% 127.78/80.37 tff(18010,plain,
% 127.78/80.37 (v1052(constB19)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11883, 18009])).
% 127.78/80.37 tff(18011,plain,
% 127.78/80.37 (v1050(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11888, 18010])).
% 127.78/80.37 tff(18012,plain,
% 127.78/80.37 (v13(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11841, 18005])).
% 127.78/80.37 tff(18013,plain,
% 127.78/80.37 (~v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12264, 18012, 12234, 17998])).
% 127.78/80.37 tff(18014,plain,
% 127.78/80.37 ((~v1050(constB18)) | (~v11(constB18))),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11895, 6040, 18013])).
% 127.78/80.37 tff(18015,plain,
% 127.78/80.37 (~v11(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[18014, 18011])).
% 127.78/80.37 tff(18016,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11839, 335, 18015, 18005])).
% 127.78/80.37 tff(18017,plain,((~sP959(constB18)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (~v11(constB16)) | (~v13(constB16, bitIndex1)) | (~v11(constB14)) | v7(constB14, bitIndex2) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(18018,plain,
% 127.78/80.37 (constB19 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[18017, 17946, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348, 11700, 9481, 17931, 2358, 17786, 17797])).
% 127.78/80.37 tff(18019,plain,
% 127.78/80.37 (v7(constB19, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12639, 18018, 11])).
% 127.78/80.37 tff(18020,plain,
% 127.78/80.37 (v956(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11821, 18019])).
% 127.78/80.37 tff(18021,plain,
% 127.78/80.37 (v940(constB19, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11826, 18020])).
% 127.78/80.37 tff(18022,plain,
% 127.78/80.37 (v938(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11831, 18021])).
% 127.78/80.37 tff(18023,plain,
% 127.78/80.37 (v13(constB18, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11841, 18022])).
% 127.78/80.37 tff(18024,plain,
% 127.78/80.37 (v11(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11839, 335, 18022])).
% 127.78/80.37 tff(18025,plain,
% 127.78/80.37 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[18018])).
% 127.78/80.37 tff(18026,plain,
% 127.78/80.37 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.37 inference(symmetry,[status(thm)],[18025])).
% 127.78/80.37 tff(18027,plain,
% 127.78/80.37 (v1044(sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5791, 18018])).
% 127.78/80.37 tff(18028,plain,
% 127.78/80.37 (v1052(sK952_VarCurr)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12067, 18027])).
% 127.78/80.37 tff(18029,plain,
% 127.78/80.37 (v1052(constB19)),
% 127.78/80.37 inference(modus_ponens,[status(thm)],[18028, 18026])).
% 127.78/80.37 tff(18030,plain,
% 127.78/80.37 (v1050(constB18)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11888, 18029])).
% 127.78/80.37 tff(18031,plain,
% 127.78/80.37 (v13(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11895, 6040, 18030, 18024])).
% 127.78/80.37 tff(18032,plain,
% 127.78/80.37 (v7(constB18, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12264, 18031, 17946, 18023])).
% 127.78/80.37 tff(18033,plain,
% 127.78/80.37 (v7(constB17, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9562, 18032])).
% 127.78/80.37 tff(18034,plain,
% 127.78/80.37 (v1052(constB17)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9570, 18033])).
% 127.78/80.37 tff(18035,plain,
% 127.78/80.37 (v1050(constB16)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9575, 18034])).
% 127.78/80.37 tff(18036,plain,
% 127.78/80.37 (v13(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9583, 18035])).
% 127.78/80.37 tff(18037,plain,
% 127.78/80.37 (v7(constB16, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11331, 18036, 17931])).
% 127.78/80.37 tff(18038,plain,
% 127.78/80.37 (v7(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10199, 18037])).
% 127.78/80.37 tff(18039,plain,
% 127.78/80.37 (v1052(constB15)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10207, 18038])).
% 127.78/80.37 tff(18040,plain,
% 127.78/80.37 (v1050(constB14)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10212, 18039])).
% 127.78/80.37 tff(18041,plain,
% 127.78/80.37 (v13(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[10220, 18040])).
% 127.78/80.37 tff(18042,plain,
% 127.78/80.37 (~v13(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[12770, 18041, 17786, 17797])).
% 127.78/80.37 tff(18043,plain,
% 127.78/80.37 (~v938(constB14, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[11741, 18042])).
% 127.78/80.37 tff(18044,plain,
% 127.78/80.37 (~v940(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9659, 18043])).
% 127.78/80.37 tff(18045,plain,
% 127.78/80.37 (~v956(constB15, bitIndex0)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9654, 18044])).
% 127.78/80.37 tff(18046,plain,
% 127.78/80.37 (~v7(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[9649, 18045])).
% 127.78/80.37 tff(18047,plain,
% 127.78/80.37 (~v7(constB16, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4007, 18046])).
% 127.78/80.37 tff(18048,plain,
% 127.78/80.37 (~v13(constB14, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[13037, 18041, 17786, 17797])).
% 127.78/80.37 tff(18049,plain,
% 127.78/80.37 (~v938(constB14, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2362, 18048])).
% 127.78/80.37 tff(18050,plain,
% 127.78/80.37 (~v940(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2356, 18049])).
% 127.78/80.37 tff(18051,plain,
% 127.78/80.37 (~v929(constB15, bitIndex1)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[2348, 18050])).
% 127.78/80.37 tff(18052,plain,
% 127.78/80.37 (~v7(constB15, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[5505, 18051])).
% 127.78/80.37 tff(18053,plain,
% 127.78/80.37 (~v7(constB16, bitIndex2)),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[4072, 18052])).
% 127.78/80.37 tff(18054,plain,
% 127.78/80.37 ($false),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[17738, 18053, 18047, 18031, 9481, 18023])).
% 127.78/80.37 tff(18055,plain,((constB13 = sK952_VarCurr) | (~v11(constB16)) | (~v11(constB14)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB10)) | v7(constB12, bitIndex1) | v7(constB10, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.37 tff(18056,plain,
% 127.78/80.37 (constB13 = sK952_VarCurr),
% 127.78/80.37 inference(unit_resolution,[status(thm)],[18055, 2216, 2358, 11700, 11, 4113, 4112, 3694, 11348, 9481, 1, 7563, 1703, 6360])).
% 127.78/80.37 tff(18057,plain,
% 127.78/80.37 (v7(constB13, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.37 inference(monotonicity,[status(thm)],[18056])).
% 127.78/80.37 tff(18058,plain,
% 127.78/80.37 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB13, bitIndex0)),
% 127.78/80.37 inference(symmetry,[status(thm)],[18057])).
% 127.78/80.37 tff(18059,plain,
% 127.78/80.38 (v7(constB13, bitIndex0)),
% 127.78/80.38 inference(modus_ponens,[status(thm)],[11700, 18058])).
% 127.78/80.38 tff(18060,plain,
% 127.78/80.38 (v7(constB13, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11706, 18056, 11])).
% 127.78/80.38 tff(18061,plain,
% 127.78/80.38 (v956(constB13, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2193, 18060])).
% 127.78/80.38 tff(18062,plain,
% 127.78/80.38 (v940(constB13, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2185, 18061])).
% 127.78/80.38 tff(18063,plain,
% 127.78/80.38 (v938(constB12, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2159, 18062])).
% 127.78/80.38 tff(18064,plain,
% 127.78/80.38 (v13(constB12, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9911, 18063])).
% 127.78/80.38 tff(18065,plain,
% 127.78/80.38 (~v13(constB12, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[17508, 18064, 1, 7563, 1703, 6360, 2216])).
% 127.78/80.38 tff(18066,plain,
% 127.78/80.38 (~v1050(constB12)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[17481, 18065])).
% 127.78/80.38 tff(18067,plain,
% 127.78/80.38 (~v1052(constB13)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10808, 18066])).
% 127.78/80.38 tff(18068,plain,
% 127.78/80.38 (~v7(constB13, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10816, 18067])).
% 127.78/80.38 tff(18069,plain,
% 127.78/80.38 ($false),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18068, 18059])).
% 127.78/80.38 tff(18070,plain,(v13(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB10, bitIndex1) | (~v11(constB10)) | v7(constB12, bitIndex1) | v7(constB10, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1)) | (~v11(constB14)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.38 tff(18071,plain,
% 127.78/80.38 (v7(constB12, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18070, 17609, 1, 7563, 11700, 17280, 11, 17380, 4113, 4112, 3694, 17437, 17608])).
% 127.78/80.38 tff(18072,plain,
% 127.78/80.38 (v7(constB11, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1342, 18071])).
% 127.78/80.38 tff(18073,plain,
% 127.78/80.38 (v956(constB11, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1311, 18072])).
% 127.78/80.38 tff(18074,plain,
% 127.78/80.38 (v940(constB11, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1303, 18073])).
% 127.78/80.38 tff(18075,plain,
% 127.78/80.38 (v938(constB10, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1263, 18074])).
% 127.78/80.38 tff(18076,plain,
% 127.78/80.38 (v13(constB10, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12400, 18075])).
% 127.78/80.38 tff(18077,plain,
% 127.78/80.38 (~sP958(constB10)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[6385, 18076, 17281])).
% 127.78/80.38 tff(18078,plain,
% 127.78/80.38 (~v13(constB10, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10943, 18077, 1])).
% 127.78/80.38 tff(18079,plain,
% 127.78/80.38 (~v1050(constB10)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[7578, 18078])).
% 127.78/80.38 tff(18080,plain,
% 127.78/80.38 (~v1052(constB11)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[7583, 18079])).
% 127.78/80.38 tff(18081,plain,
% 127.78/80.38 (~v7(constB11, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[7591, 18080])).
% 127.78/80.38 tff(18082,plain,
% 127.78/80.38 ($false),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[7597, 18081, 17781])).
% 127.78/80.38 tff(18083,plain,((~v13(constB12, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v938(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.38 tff(18084,plain,
% 127.78/80.38 (~v13(constB12, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18083, 2408, 1, 11700, 11, 4113, 4112, 7563, 3694, 6448])).
% 127.78/80.38 tff(18085,plain,
% 127.78/80.38 (~v938(constB12, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9911, 18084])).
% 127.78/80.38 tff(18086,plain,
% 127.78/80.38 (~v940(constB13, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2159, 18085])).
% 127.78/80.38 tff(18087,plain,
% 127.78/80.38 (~v956(constB13, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2185, 18086])).
% 127.78/80.38 tff(18088,plain,
% 127.78/80.38 (~v7(constB13, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2193, 18087])).
% 127.78/80.38 tff(18089,plain,
% 127.78/80.38 (~v7(constB14, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2214, 18088])).
% 127.78/80.38 tff(18090,plain,
% 127.78/80.38 (v13(constB12, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[17925, 5706, 2358, 9481, 11700, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348, 7542])).
% 127.78/80.38 tff(18091,plain,
% 127.78/80.38 (sP958(constB10)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10954, 18090, 6360, 7563, 1])).
% 127.78/80.38 tff(18092,plain,
% 127.78/80.38 (~v13(constB10, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[6385, 18091, 6378])).
% 127.78/80.38 tff(18093,plain,
% 127.78/80.38 (~v938(constB10, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12400, 18092])).
% 127.78/80.38 tff(18094,plain,
% 127.78/80.38 (~v940(constB11, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1263, 18093])).
% 127.78/80.38 tff(18095,plain,
% 127.78/80.38 (~v956(constB11, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1303, 18094])).
% 127.78/80.38 tff(18096,plain,
% 127.78/80.38 (~v7(constB11, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1311, 18095])).
% 127.78/80.38 tff(18097,plain,
% 127.78/80.38 (~v7(constB12, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[1342, 18096])).
% 127.78/80.38 tff(18098,plain,
% 127.78/80.38 (~v13(constB12, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[17478, 18097, 18090, 7563, 6360, 1])).
% 127.78/80.38 tff(18099,plain,
% 127.78/80.38 (~v1050(constB12)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[17481, 18098])).
% 127.78/80.38 tff(18100,plain,
% 127.78/80.38 (~v1052(constB13)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10808, 18099])).
% 127.78/80.38 tff(18101,plain,
% 127.78/80.38 (~v7(constB13, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10816, 18100])).
% 127.78/80.38 tff(18102,plain,
% 127.78/80.38 (~v7(constB14, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10822, 18101])).
% 127.78/80.38 tff(18103,plain,
% 127.78/80.38 (~v13(constB14, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10996, 17856, 10989, 7542])).
% 127.78/80.38 tff(18104,plain,
% 127.78/80.38 (~v1050(constB14)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10220, 18103])).
% 127.78/80.38 tff(18105,plain,
% 127.78/80.38 (~v1052(constB15)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10212, 18104])).
% 127.78/80.38 tff(18106,plain,
% 127.78/80.38 (~v7(constB15, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10207, 18105])).
% 127.78/80.38 tff(18107,plain,
% 127.78/80.38 (~v7(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10199, 18106])).
% 127.78/80.38 tff(18108,plain,
% 127.78/80.38 (constB20 = sK952_VarCurr),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12623, 5706, 11, 17186, 4113, 4111, 11346, 17187, 5323, 3694, 2408, 11348, 5310, 4112, 11774])).
% 127.78/80.38 tff(18109,plain,
% 127.78/80.38 (v7(constB20, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11815, 18108, 11])).
% 127.78/80.38 tff(18110,plain,
% 127.78/80.38 (v7(constB19, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9468, 18109])).
% 127.78/80.38 tff(18111,plain,
% 127.78/80.38 (v956(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11821, 18110])).
% 127.78/80.38 tff(18112,plain,
% 127.78/80.38 (v940(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11826, 18111])).
% 127.78/80.38 tff(18113,plain,
% 127.78/80.38 (v938(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11831, 18112])).
% 127.78/80.38 tff(18114,plain,
% 127.78/80.38 (v13(constB18, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11841, 18113])).
% 127.78/80.38 tff(18115,plain,
% 127.78/80.38 (v7(constB18, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[13812, 5706, 11700, 11, 4113, 4112, 17186, 11346, 5323, 11348, 17187, 2408, 10171, 4111, 3694, 5310])).
% 127.78/80.38 tff(18116,plain,
% 127.78/80.38 (v7(constB17, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5636, 18115])).
% 127.78/80.38 tff(18117,plain,
% 127.78/80.38 (v929(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5615, 18116])).
% 127.78/80.38 tff(18118,plain,
% 127.78/80.38 (v940(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5607, 18117])).
% 127.78/80.38 tff(18119,plain,
% 127.78/80.38 (v938(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5581, 18118])).
% 127.78/80.38 tff(18120,plain,
% 127.78/80.38 (v13(constB16, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10079, 18119])).
% 127.78/80.38 tff(18121,plain,
% 127.78/80.38 (~v952(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11474, 18120])).
% 127.78/80.38 tff(18122,plain,
% 127.78/80.38 (~v13(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[13163, 18121, 11255])).
% 127.78/80.38 tff(18123,plain,
% 127.78/80.38 (~v1050(constB16)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9583, 18122])).
% 127.78/80.38 tff(18124,plain,
% 127.78/80.38 (~v1052(constB17)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9575, 18123])).
% 127.78/80.38 tff(18125,plain,
% 127.78/80.38 (~v7(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9570, 18124])).
% 127.78/80.38 tff(18126,plain,
% 127.78/80.38 (~v7(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9562, 18125])).
% 127.78/80.38 tff(18127,plain,
% 127.78/80.38 (~v13(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12157, 18126, 5706, 18114])).
% 127.78/80.38 tff(18128,plain,
% 127.78/80.38 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.38 inference(monotonicity,[status(thm)],[18108])).
% 127.78/80.38 tff(18129,plain,
% 127.78/80.38 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.38 inference(symmetry,[status(thm)],[18128])).
% 127.78/80.38 tff(18130,plain,
% 127.78/80.38 (v7(constB20, bitIndex0)),
% 127.78/80.38 inference(modus_ponens,[status(thm)],[11700, 18129])).
% 127.78/80.38 tff(18131,plain,
% 127.78/80.38 (v7(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11875, 18130])).
% 127.78/80.38 tff(18132,plain,
% 127.78/80.38 (v1052(constB19)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11883, 18131])).
% 127.78/80.38 tff(18133,plain,
% 127.78/80.38 (v1050(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11888, 18132])).
% 127.78/80.38 tff(18134,plain,
% 127.78/80.38 (~v11(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11895, 6040, 18133, 18127])).
% 127.78/80.38 tff(18135,plain,
% 127.78/80.38 ($false),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11839, 335, 18134, 18113])).
% 127.78/80.38 tff(18136,plain,(v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB16, bitIndex0) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | v7(constB15, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.38 tff(18137,plain,
% 127.78/80.38 (v7(constB18, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18136, 18107, 9481, 11, 4113, 4112, 11346, 5323, 11348, 2408, 11700, 4111, 3694, 5310, 11774])).
% 127.78/80.38 tff(18138,plain,
% 127.78/80.38 (v7(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5759, 18137])).
% 127.78/80.38 tff(18139,plain,
% 127.78/80.38 (v956(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10249, 18138])).
% 127.78/80.38 tff(18140,plain,
% 127.78/80.38 (v940(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5567, 18139])).
% 127.78/80.38 tff(18141,plain,
% 127.78/80.38 (v938(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5541, 18140])).
% 127.78/80.38 tff(18142,plain,
% 127.78/80.38 (v13(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9541, 18141])).
% 127.78/80.38 tff(18143,plain,
% 127.78/80.38 (~v13(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11331, 18142, 18107])).
% 127.78/80.38 tff(18144,plain,
% 127.78/80.38 (~v1050(constB16)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9583, 18143])).
% 127.78/80.38 tff(18145,plain,
% 127.78/80.38 (~v1052(constB17)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9575, 18144])).
% 127.78/80.38 tff(18146,plain,
% 127.78/80.38 (~v7(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9570, 18145])).
% 127.78/80.38 tff(18147,plain,
% 127.78/80.38 (~v7(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9562, 18146])).
% 127.78/80.38 tff(18148,plain,
% 127.78/80.38 (~(constB18 = sK952_VarCurr)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[13479, 18147, 11700])).
% 127.78/80.38 tff(18149,plain,
% 127.78/80.38 (~(constB17 = sK952_VarCurr)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[13484, 18146, 11700])).
% 127.78/80.38 tff(18150,plain,
% 127.78/80.38 (constB20 = sK952_VarCurr),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11811, 18149, 11, 17187, 4113, 4112, 4111, 11346, 17186, 5323, 2408, 11774, 3694, 11348, 5310, 18148])).
% 127.78/80.38 tff(18151,plain,
% 127.78/80.38 (v7(constB20, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11815, 18150, 11])).
% 127.78/80.38 tff(18152,plain,
% 127.78/80.38 (v7(constB19, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9468, 18151])).
% 127.78/80.38 tff(18153,plain,
% 127.78/80.38 (v956(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11821, 18152])).
% 127.78/80.38 tff(18154,plain,
% 127.78/80.38 (v940(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11826, 18153])).
% 127.78/80.38 tff(18155,plain,
% 127.78/80.38 (v938(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11831, 18154])).
% 127.78/80.38 tff(18156,plain,
% 127.78/80.38 (v13(constB18, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11841, 18155])).
% 127.78/80.38 tff(18157,plain,
% 127.78/80.38 (~v13(constB16, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10193, 18142, 11808, 18107])).
% 127.78/80.38 tff(18158,plain,
% 127.78/80.38 (~v938(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10079, 18157])).
% 127.78/80.38 tff(18159,plain,
% 127.78/80.38 (~v940(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5581, 18158])).
% 127.78/80.38 tff(18160,plain,
% 127.78/80.38 (~v929(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5607, 18159])).
% 127.78/80.38 tff(18161,plain,
% 127.78/80.38 (~v7(constB17, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5615, 18160])).
% 127.78/80.38 tff(18162,plain,
% 127.78/80.38 (~v7(constB18, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5636, 18161])).
% 127.78/80.38 tff(18163,plain,
% 127.78/80.38 (sP959(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5710, 1871, 18162])).
% 127.78/80.38 tff(18164,plain,
% 127.78/80.38 (~v13(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12264, 18163, 18147, 18156])).
% 127.78/80.38 tff(18165,plain,
% 127.78/80.38 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.78/80.38 inference(monotonicity,[status(thm)],[18150])).
% 127.78/80.38 tff(18166,plain,
% 127.78/80.38 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.78/80.38 inference(symmetry,[status(thm)],[18165])).
% 127.78/80.38 tff(18167,plain,
% 127.78/80.38 (v7(constB20, bitIndex0)),
% 127.78/80.38 inference(modus_ponens,[status(thm)],[11700, 18166])).
% 127.78/80.38 tff(18168,plain,
% 127.78/80.38 (v7(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11875, 18167])).
% 127.78/80.38 tff(18169,plain,
% 127.78/80.38 (v1052(constB19)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11883, 18168])).
% 127.78/80.38 tff(18170,plain,
% 127.78/80.38 (v1050(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11888, 18169])).
% 127.78/80.38 tff(18171,plain,
% 127.78/80.38 (~v11(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11895, 6040, 18170, 18164])).
% 127.78/80.38 tff(18172,plain,
% 127.78/80.38 ($false),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11839, 335, 18171, 18155])).
% 127.78/80.38 tff(18173,plain,((constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v7(constB15, bitIndex1) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (~v11(constB14)) | v7(constB14, bitIndex0) | v7(constB14, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.78/80.38 tff(18174,plain,
% 127.78/80.38 (constB19 = sK952_VarCurr),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18173, 11774, 11, 4113, 4112, 4111, 11346, 5323, 2408, 11700, 3694, 11348, 9481, 2358, 10989, 7542])).
% 127.78/80.38 tff(18175,plain,
% 127.78/80.38 (v7(constB19, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12639, 18174, 11])).
% 127.78/80.38 tff(18176,plain,
% 127.78/80.38 (v956(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11821, 18175])).
% 127.78/80.38 tff(18177,plain,
% 127.78/80.38 (v940(constB19, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11826, 18176])).
% 127.78/80.38 tff(18178,plain,
% 127.78/80.38 (v938(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11831, 18177])).
% 127.78/80.38 tff(18179,plain,
% 127.78/80.38 (v13(constB18, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11841, 18178])).
% 127.78/80.38 tff(18180,plain,
% 127.78/80.38 (v11(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11839, 335, 18178])).
% 127.78/80.38 tff(18181,plain,
% 127.78/80.38 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.78/80.38 inference(monotonicity,[status(thm)],[18174])).
% 127.78/80.38 tff(18182,plain,
% 127.78/80.38 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.78/80.38 inference(symmetry,[status(thm)],[18181])).
% 127.78/80.38 tff(18183,plain,
% 127.78/80.38 (v1044(sK952_VarCurr)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5791, 18174])).
% 127.78/80.38 tff(18184,plain,
% 127.78/80.38 (v1052(sK952_VarCurr)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12067, 18183])).
% 127.78/80.38 tff(18185,plain,
% 127.78/80.38 (v1052(constB19)),
% 127.78/80.38 inference(modus_ponens,[status(thm)],[18184, 18182])).
% 127.78/80.38 tff(18186,plain,
% 127.78/80.38 (v1050(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11888, 18185])).
% 127.78/80.38 tff(18187,plain,
% 127.78/80.38 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11895, 6040, 18186])).
% 127.78/80.38 tff(18188,plain,
% 127.78/80.38 (v13(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18187, 18180])).
% 127.78/80.38 tff(18189,plain,
% 127.78/80.38 (v7(constB16, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[17738, 18188, 11808, 9481, 18179])).
% 127.78/80.38 tff(18190,plain,
% 127.78/80.38 (v7(constB15, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[4072, 18189])).
% 127.78/80.38 tff(18191,plain,
% 127.78/80.38 (v929(constB15, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5505, 18190])).
% 127.78/80.38 tff(18192,plain,
% 127.78/80.38 (v940(constB15, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2348, 18191])).
% 127.78/80.38 tff(18193,plain,
% 127.78/80.38 (v938(constB14, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2356, 18192])).
% 127.78/80.38 tff(18194,plain,
% 127.78/80.38 (v13(constB14, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[2362, 18193])).
% 127.78/80.38 tff(18195,plain,
% 127.78/80.38 (~v13(constB14, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10996, 18194, 10989, 7542])).
% 127.78/80.38 tff(18196,plain,
% 127.78/80.38 (~v1050(constB14)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10220, 18195])).
% 127.78/80.38 tff(18197,plain,
% 127.78/80.38 (~v1052(constB15)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10212, 18196])).
% 127.78/80.38 tff(18198,plain,
% 127.78/80.38 (~v7(constB15, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10207, 18197])).
% 127.78/80.38 tff(18199,plain,
% 127.78/80.38 (~v7(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10199, 18198])).
% 127.78/80.38 tff(18200,plain,
% 127.78/80.38 (~sP957(constB16)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11254, 5875, 18199])).
% 127.78/80.38 tff(18201,plain,
% 127.78/80.38 (~sP960(constB16)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10179, 5864, 18199])).
% 127.78/80.38 tff(18202,plain,
% 127.78/80.38 (v952(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11382, 13864, 11362])).
% 127.78/80.38 tff(18203,plain,
% 127.78/80.38 ($false),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11385, 13881, 18202])).
% 127.78/80.38 tff(18204,plain,(v7(constB18, bitIndex1) | sP960(constB16) | (~v11(constB16)) | sP957(constB16) | v7(constB16, bitIndex1) | (~v13(constB18, bitIndex0)) | (~v13(constB18, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.78/80.38 tff(18205,plain,
% 127.78/80.38 (v7(constB18, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[18204, 18201, 9481, 18200, 11808, 18188, 18179])).
% 127.78/80.38 tff(18206,plain,
% 127.78/80.38 (v7(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5759, 18205])).
% 127.78/80.38 tff(18207,plain,
% 127.78/80.38 (v956(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10249, 18206])).
% 127.78/80.38 tff(18208,plain,
% 127.78/80.38 (v940(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5567, 18207])).
% 127.78/80.38 tff(18209,plain,
% 127.78/80.38 (v938(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5541, 18208])).
% 127.78/80.38 tff(18210,plain,
% 127.78/80.38 (v13(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9541, 18209])).
% 127.78/80.38 tff(18211,plain,
% 127.78/80.38 (~v13(constB16, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[11331, 18210, 18199])).
% 127.78/80.38 tff(18212,plain,
% 127.78/80.38 (~v1050(constB16)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9583, 18211])).
% 127.78/80.38 tff(18213,plain,
% 127.78/80.38 (~v1052(constB17)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9575, 18212])).
% 127.78/80.38 tff(18214,plain,
% 127.78/80.38 (~v7(constB17, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9570, 18213])).
% 127.78/80.38 tff(18215,plain,
% 127.78/80.38 (~v7(constB18, bitIndex0)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[9562, 18214])).
% 127.78/80.38 tff(18216,plain,
% 127.78/80.38 (~sP959(constB18)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[12264, 18215, 18188, 18179])).
% 127.78/80.38 tff(18217,plain,
% 127.78/80.38 (~v13(constB16, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10193, 18210, 11808, 18199])).
% 127.78/80.38 tff(18218,plain,
% 127.78/80.38 (~v938(constB16, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[10079, 18217])).
% 127.78/80.38 tff(18219,plain,
% 127.78/80.38 (~v940(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5581, 18218])).
% 127.78/80.38 tff(18220,plain,
% 127.78/80.38 (~v929(constB17, bitIndex1)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5607, 18219])).
% 127.78/80.38 tff(18221,plain,
% 127.78/80.38 (~v7(constB17, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5615, 18220])).
% 127.78/80.38 tff(18222,plain,
% 127.78/80.38 (~v7(constB18, bitIndex2)),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5636, 18221])).
% 127.78/80.38 tff(18223,plain,
% 127.78/80.38 ($false),
% 127.78/80.38 inference(unit_resolution,[status(thm)],[5710, 1871, 18222, 18216])).
% 127.78/80.38 tff(18224,plain,(v7(constB15, bitIndex1) | (~v11(constB16)) | (~v11(constB14)) | v7(constB14, bitIndex0) | v7(constB14, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.85/80.38 tff(18225,plain,
% 127.85/80.38 (v7(constB15, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[18224, 18102, 2358, 9481, 7542, 11700, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348])).
% 127.85/80.38 tff(18226,plain,
% 127.85/80.38 (v956(constB15, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9649, 18225])).
% 127.85/80.38 tff(18227,plain,
% 127.85/80.38 (v940(constB15, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9654, 18226])).
% 127.85/80.38 tff(18228,plain,
% 127.85/80.38 (v938(constB14, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9659, 18227])).
% 127.85/80.38 tff(18229,plain,
% 127.85/80.38 (v13(constB14, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11741, 18228])).
% 127.85/80.38 tff(18230,plain,
% 127.85/80.38 (v7(constB14, bitIndex2)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[12770, 7542, 1990, 2299])).
% 127.85/80.38 tff(18231,plain,
% 127.85/80.38 (v13(constB12, bitIndex2)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[17925, 7542, 2358, 9481, 11700, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348, 5706])).
% 127.85/80.38 tff(18232,plain,
% 127.85/80.38 (sP958(constB10)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10954, 18231, 6360, 7563, 1])).
% 127.85/80.38 tff(18233,plain,
% 127.85/80.38 (~v13(constB10, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[6385, 18232, 6378])).
% 127.85/80.38 tff(18234,plain,
% 127.85/80.38 (~v938(constB10, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[12400, 18233])).
% 127.85/80.38 tff(18235,plain,
% 127.85/80.38 (~v940(constB11, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[1263, 18234])).
% 127.85/80.38 tff(18236,plain,
% 127.85/80.38 (~v956(constB11, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[1303, 18235])).
% 127.85/80.38 tff(18237,plain,
% 127.85/80.38 (~v7(constB11, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[1311, 18236])).
% 127.85/80.38 tff(18238,plain,
% 127.85/80.38 (~v7(constB12, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[1342, 18237])).
% 127.85/80.38 tff(18239,plain,
% 127.85/80.38 (~v13(constB12, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[17478, 18238, 18231, 7563, 6360, 1])).
% 127.85/80.38 tff(18240,plain,
% 127.85/80.38 (~v1050(constB12)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[17481, 18239])).
% 127.85/80.38 tff(18241,plain,
% 127.85/80.38 (~v1052(constB13)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10808, 18240])).
% 127.85/80.38 tff(18242,plain,
% 127.85/80.38 (~v7(constB13, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10816, 18241])).
% 127.85/80.38 tff(18243,plain,
% 127.85/80.38 (~v7(constB14, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10822, 18242])).
% 127.85/80.38 tff(18244,plain,
% 127.85/80.38 (~v13(constB14, bitIndex2)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10996, 18243, 1990, 7542])).
% 127.85/80.38 tff(18245,plain,
% 127.85/80.38 (~v952(constB14, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[12833, 18243, 1990, 7542, 2299])).
% 127.85/80.38 tff(18246,plain,
% 127.85/80.38 ($false),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[12871, 18245, 18244, 18230])).
% 127.85/80.38 tff(18247,plain,(v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0)) | (~v13(constB14, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB14)) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v7(constB18, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.85/80.38 tff(18248,plain,
% 127.85/80.38 (~v13(constB14, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[18247, 18229, 7542, 7563, 6360, 1, 2358, 9481, 11700, 11, 4113, 4112, 2408, 3694, 11348, 5706])).
% 127.85/80.38 tff(18249,plain,
% 127.85/80.38 (~v1050(constB14)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10220, 18248])).
% 127.85/80.38 tff(18250,plain,
% 127.85/80.38 (~v1052(constB15)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10212, 18249])).
% 127.85/80.38 tff(18251,plain,
% 127.85/80.38 (~v7(constB15, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10207, 18250])).
% 127.85/80.38 tff(18252,plain,
% 127.85/80.38 (~v7(constB16, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10199, 18251])).
% 127.85/80.38 tff(18253,plain,
% 127.85/80.38 (~v13(constB16, bitIndex2)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[13682, 18229, 7542, 2358, 18102])).
% 127.85/80.38 tff(18254,plain,
% 127.85/80.38 (~v938(constB16, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10079, 18253])).
% 127.85/80.38 tff(18255,plain,
% 127.85/80.38 (~v940(constB17, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5581, 18254])).
% 127.85/80.38 tff(18256,plain,
% 127.85/80.38 (~v929(constB17, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5607, 18255])).
% 127.85/80.38 tff(18257,plain,
% 127.85/80.38 (~v7(constB17, bitIndex2)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5615, 18256])).
% 127.85/80.38 tff(18258,plain,
% 127.85/80.38 (~v7(constB18, bitIndex2)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5636, 18257])).
% 127.85/80.38 tff(18259,plain,
% 127.85/80.38 (v7(constB18, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[13812, 5310, 11700, 11, 4113, 4112, 17186, 11346, 5323, 11348, 17187, 2408, 5707, 4111, 3694, 10171])).
% 127.85/80.38 tff(18260,plain,
% 127.85/80.38 (v7(constB17, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5759, 18259])).
% 127.85/80.38 tff(18261,plain,
% 127.85/80.38 (v956(constB17, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[10249, 18260])).
% 127.85/80.38 tff(18262,plain,
% 127.85/80.38 (v940(constB17, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5567, 18261])).
% 127.85/80.38 tff(18263,plain,
% 127.85/80.38 (v938(constB16, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[5541, 18262])).
% 127.85/80.38 tff(18264,plain,
% 127.85/80.38 (v13(constB16, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9541, 18263])).
% 127.85/80.38 tff(18265,plain,
% 127.85/80.38 (~v13(constB16, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11331, 18264, 10171])).
% 127.85/80.38 tff(18266,plain,
% 127.85/80.38 (~v1050(constB16)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9583, 18265])).
% 127.85/80.38 tff(18267,plain,
% 127.85/80.38 (~v1052(constB17)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9575, 18266])).
% 127.85/80.38 tff(18268,plain,
% 127.85/80.38 (~v7(constB17, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9570, 18267])).
% 127.85/80.38 tff(18269,plain,
% 127.85/80.38 (~(constB17 = sK952_VarCurr)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[13484, 18268, 11700])).
% 127.85/80.38 tff(18270,plain,
% 127.85/80.38 (~v7(constB18, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9562, 18268])).
% 127.85/80.38 tff(18271,plain,
% 127.85/80.38 (~(constB18 = sK952_VarCurr)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[13479, 18270, 11700])).
% 127.85/80.38 tff(18272,plain,
% 127.85/80.38 (constB20 = sK952_VarCurr),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[12716, 18271, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 17186, 4111, 11346, 5323, 11700, 17187, 2408, 3694, 11348, 5310, 10171, 18269])).
% 127.85/80.38 tff(18273,plain,
% 127.85/80.38 (v7(constB20, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11815, 18272, 11])).
% 127.85/80.38 tff(18274,plain,
% 127.85/80.38 (v7(constB19, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[9468, 18273])).
% 127.85/80.38 tff(18275,plain,
% 127.85/80.38 (v956(constB19, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11821, 18274])).
% 127.85/80.38 tff(18276,plain,
% 127.85/80.38 (v940(constB19, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11826, 18275])).
% 127.85/80.38 tff(18277,plain,
% 127.85/80.38 (v938(constB18, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11831, 18276])).
% 127.85/80.38 tff(18278,plain,
% 127.85/80.38 (v7(constB20, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.85/80.38 inference(monotonicity,[status(thm)],[18272])).
% 127.85/80.38 tff(18279,plain,
% 127.85/80.38 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB20, bitIndex0)),
% 127.85/80.38 inference(symmetry,[status(thm)],[18278])).
% 127.85/80.38 tff(18280,plain,
% 127.85/80.38 (v7(constB20, bitIndex0)),
% 127.85/80.38 inference(modus_ponens,[status(thm)],[11700, 18279])).
% 127.85/80.38 tff(18281,plain,
% 127.85/80.38 (v7(constB19, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11875, 18280])).
% 127.85/80.38 tff(18282,plain,
% 127.85/80.38 (v1052(constB19)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11883, 18281])).
% 127.85/80.38 tff(18283,plain,
% 127.85/80.38 (v1050(constB18)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11888, 18282])).
% 127.85/80.38 tff(18284,plain,
% 127.85/80.38 (v13(constB18, bitIndex1)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11841, 18277])).
% 127.85/80.38 tff(18285,plain,
% 127.85/80.38 (~v13(constB18, bitIndex0)),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[12264, 18284, 5711, 18270])).
% 127.85/80.38 tff(18286,plain,
% 127.85/80.38 ((~v1050(constB18)) | (~v11(constB18))),
% 127.85/80.38 inference(unit_resolution,[status(thm)],[11895, 6040, 18285])).
% 127.86/80.38 tff(18287,plain,
% 127.86/80.38 (~v11(constB18)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18286, 18283])).
% 127.86/80.38 tff(18288,plain,
% 127.86/80.38 ($false),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11839, 335, 18287, 18277])).
% 127.86/80.38 tff(18289,plain,((constB19 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v7(constB16, bitIndex0) | (~v11(constB16)) | v7(constB18, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.38 tff(18290,plain,
% 127.86/80.38 (constB19 = sK952_VarCurr),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18289, 18258, 11, 4113, 4112, 11735, 11700, 17444, 17445, 3694, 11348, 9481, 2408, 18252])).
% 127.86/80.38 tff(18291,plain,
% 127.86/80.38 (v7(constB19, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12639, 18290, 11])).
% 127.86/80.38 tff(18292,plain,
% 127.86/80.38 (v956(constB19, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11821, 18291])).
% 127.86/80.38 tff(18293,plain,
% 127.86/80.38 (v940(constB19, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11826, 18292])).
% 127.86/80.38 tff(18294,plain,
% 127.86/80.38 (v938(constB18, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11831, 18293])).
% 127.86/80.38 tff(18295,plain,
% 127.86/80.38 (v13(constB18, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11841, 18294])).
% 127.86/80.38 tff(18296,plain,
% 127.86/80.38 (~v13(constB18, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12186, 18295, 5706, 18258])).
% 127.86/80.38 tff(18297,plain,
% 127.86/80.38 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.86/80.38 inference(monotonicity,[status(thm)],[18290])).
% 127.86/80.38 tff(18298,plain,
% 127.86/80.38 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.86/80.38 inference(symmetry,[status(thm)],[18297])).
% 127.86/80.38 tff(18299,plain,
% 127.86/80.38 (v1044(sK952_VarCurr)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[5791, 18290])).
% 127.86/80.38 tff(18300,plain,
% 127.86/80.38 (v1052(sK952_VarCurr)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12067, 18299])).
% 127.86/80.38 tff(18301,plain,
% 127.86/80.38 (v1052(constB19)),
% 127.86/80.38 inference(modus_ponens,[status(thm)],[18300, 18298])).
% 127.86/80.38 tff(18302,plain,
% 127.86/80.38 (v1050(constB18)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11888, 18301])).
% 127.86/80.38 tff(18303,plain,
% 127.86/80.38 (~v11(constB18)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11895, 6040, 18302, 18296])).
% 127.86/80.38 tff(18304,plain,
% 127.86/80.38 ($false),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11839, 335, 18303, 18294])).
% 127.86/80.38 tff(18305,plain,(v7(constB18, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (constB13 = sK952_VarCurr) | (~v11(constB14)) | v7(constB14, bitIndex1) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.38 tff(18306,plain,
% 127.86/80.38 (v7(constB18, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18305, 2408, 11, 4113, 4112, 3694, 11348, 9481, 11700, 2358, 7542, 7563, 6360, 1])).
% 127.86/80.38 tff(18307,plain,
% 127.86/80.38 (v7(constB17, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[5759, 18306])).
% 127.86/80.38 tff(18308,plain,
% 127.86/80.38 (v956(constB17, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10249, 18307])).
% 127.86/80.38 tff(18309,plain,
% 127.86/80.38 (v940(constB17, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[5567, 18308])).
% 127.86/80.38 tff(18310,plain,
% 127.86/80.38 (v938(constB16, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[5541, 18309])).
% 127.86/80.38 tff(18311,plain,
% 127.86/80.38 (v13(constB16, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9541, 18310])).
% 127.86/80.38 tff(18312,plain,
% 127.86/80.38 (v7(constB14, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18017, 5310, 11, 4113, 4112, 11735, 17445, 17444, 9481, 3694, 11348, 11700, 2408, 18311, 2358, 5711, 7542])).
% 127.86/80.38 tff(18313,plain,
% 127.86/80.38 (v7(constB13, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2293, 18312])).
% 127.86/80.38 tff(18314,plain,
% 127.86/80.38 (v929(constB13, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2272, 18313])).
% 127.86/80.38 tff(18315,plain,
% 127.86/80.38 (v940(constB13, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2264, 18314])).
% 127.86/80.38 tff(18316,plain,
% 127.86/80.38 (v938(constB12, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2238, 18315])).
% 127.86/80.38 tff(18317,plain,
% 127.86/80.38 (v13(constB12, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[16046, 18316])).
% 127.86/80.38 tff(18318,plain,
% 127.86/80.38 (sP958(constB10)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10954, 18317, 6360, 7563, 1])).
% 127.86/80.38 tff(18319,plain,
% 127.86/80.38 (~v13(constB10, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[6385, 18318, 6378])).
% 127.86/80.38 tff(18320,plain,
% 127.86/80.38 (~v938(constB10, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12400, 18319])).
% 127.86/80.38 tff(18321,plain,
% 127.86/80.38 (~v940(constB11, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1263, 18320])).
% 127.86/80.38 tff(18322,plain,
% 127.86/80.38 (~v956(constB11, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1303, 18321])).
% 127.86/80.38 tff(18323,plain,
% 127.86/80.38 (~v7(constB11, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1311, 18322])).
% 127.86/80.38 tff(18324,plain,
% 127.86/80.38 (~v7(constB12, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1342, 18323])).
% 127.86/80.38 tff(18325,plain,
% 127.86/80.38 (~v13(constB12, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17478, 18324, 18317, 7563, 6360, 1])).
% 127.86/80.38 tff(18326,plain,
% 127.86/80.38 (~v1050(constB12)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17481, 18325])).
% 127.86/80.38 tff(18327,plain,
% 127.86/80.38 (~v1052(constB13)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10808, 18326])).
% 127.86/80.38 tff(18328,plain,
% 127.86/80.38 (~v7(constB13, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10816, 18327])).
% 127.86/80.38 tff(18329,plain,
% 127.86/80.38 (~v7(constB14, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10822, 18328])).
% 127.86/80.38 tff(18330,plain,
% 127.86/80.38 (v7(constB16, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18289, 5310, 11, 4113, 4112, 11735, 11700, 17444, 17445, 3694, 11348, 9481, 2408, 5707])).
% 127.86/80.38 tff(18331,plain,
% 127.86/80.38 (v7(constB15, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10199, 18330])).
% 127.86/80.38 tff(18332,plain,
% 127.86/80.38 (v1052(constB15)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10207, 18331])).
% 127.86/80.38 tff(18333,plain,
% 127.86/80.38 (v1050(constB14)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10212, 18332])).
% 127.86/80.38 tff(18334,plain,
% 127.86/80.38 (v13(constB14, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10220, 18333])).
% 127.86/80.38 tff(18335,plain,
% 127.86/80.38 (~v13(constB14, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10996, 18329, 18334, 7542])).
% 127.86/80.38 tff(18336,plain,
% 127.86/80.38 (v952(constB14, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12871, 18335, 18312])).
% 127.86/80.38 tff(18337,plain,
% 127.86/80.38 (~v13(constB14, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12833, 18336, 18334, 7542, 18329])).
% 127.86/80.38 tff(18338,plain,
% 127.86/80.38 (v7(constB15, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18224, 18329, 2358, 9481, 7542, 11700, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348])).
% 127.86/80.38 tff(18339,plain,
% 127.86/80.38 (v956(constB15, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9649, 18338])).
% 127.86/80.38 tff(18340,plain,
% 127.86/80.38 (v940(constB15, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9654, 18339])).
% 127.86/80.38 tff(18341,plain,
% 127.86/80.38 (v938(constB14, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9659, 18340])).
% 127.86/80.38 tff(18342,plain,
% 127.86/80.38 ($false),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11741, 18341, 18337])).
% 127.86/80.38 tff(18343,plain,((constB19 = sK952_VarCurr) | v7(constB14, bitIndex1) | (~v11(constB14)) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | v7(constB18, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.38 tff(18344,plain,
% 127.86/80.38 (constB19 = sK952_VarCurr),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18343, 5707, 2358, 9481, 11700, 11, 4113, 4112, 2408, 3694, 11348, 7563, 6360, 1, 7542])).
% 127.86/80.38 tff(18345,plain,
% 127.86/80.38 (v7(constB19, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12639, 18344, 11])).
% 127.86/80.38 tff(18346,plain,
% 127.86/80.38 (v956(constB19, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11821, 18345])).
% 127.86/80.38 tff(18347,plain,
% 127.86/80.38 (v940(constB19, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11826, 18346])).
% 127.86/80.38 tff(18348,plain,
% 127.86/80.38 (v938(constB18, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11831, 18347])).
% 127.86/80.38 tff(18349,plain,
% 127.86/80.38 (v13(constB18, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11841, 18348])).
% 127.86/80.38 tff(18350,plain,
% 127.86/80.38 (v11(constB18)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11839, 335, 18348])).
% 127.86/80.38 tff(18351,plain,
% 127.86/80.38 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.86/80.38 inference(monotonicity,[status(thm)],[18344])).
% 127.86/80.38 tff(18352,plain,
% 127.86/80.38 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.86/80.38 inference(symmetry,[status(thm)],[18351])).
% 127.86/80.38 tff(18353,plain,
% 127.86/80.38 (v1044(sK952_VarCurr)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[5791, 18344])).
% 127.86/80.38 tff(18354,plain,
% 127.86/80.38 (v1052(sK952_VarCurr)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12067, 18353])).
% 127.86/80.38 tff(18355,plain,
% 127.86/80.38 (v1052(constB19)),
% 127.86/80.38 inference(modus_ponens,[status(thm)],[18354, 18352])).
% 127.86/80.38 tff(18356,plain,
% 127.86/80.38 (v1050(constB18)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11888, 18355])).
% 127.86/80.38 tff(18357,plain,
% 127.86/80.38 (v13(constB18, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11895, 6040, 18356, 18350])).
% 127.86/80.38 tff(18358,plain,
% 127.86/80.38 (v7(constB18, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12264, 18357, 18349, 5711])).
% 127.86/80.38 tff(18359,plain,
% 127.86/80.38 (v7(constB17, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9562, 18358])).
% 127.86/80.38 tff(18360,plain,
% 127.86/80.38 (v1052(constB17)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9570, 18359])).
% 127.86/80.38 tff(18361,plain,
% 127.86/80.38 (v1050(constB16)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9575, 18360])).
% 127.86/80.38 tff(18362,plain,
% 127.86/80.38 (v13(constB16, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9583, 18361])).
% 127.86/80.38 tff(18363,plain,
% 127.86/80.38 (v7(constB16, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11331, 18362, 18311])).
% 127.86/80.38 tff(18364,plain,
% 127.86/80.38 (v7(constB15, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10199, 18363])).
% 127.86/80.38 tff(18365,plain,
% 127.86/80.38 (v1052(constB15)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10207, 18364])).
% 127.86/80.38 tff(18366,plain,
% 127.86/80.38 (v1050(constB14)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10212, 18365])).
% 127.86/80.38 tff(18367,plain,
% 127.86/80.38 (v13(constB14, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10220, 18366])).
% 127.86/80.38 tff(18368,plain,
% 127.86/80.38 (v7(constB14, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18224, 11774, 2358, 9481, 7542, 11700, 11, 4113, 4112, 11735, 17445, 17444, 2408, 3694, 11348])).
% 127.86/80.38 tff(18369,plain,
% 127.86/80.38 (v7(constB13, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10822, 18368])).
% 127.86/80.38 tff(18370,plain,
% 127.86/80.38 (v1052(constB13)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10816, 18369])).
% 127.86/80.38 tff(18371,plain,
% 127.86/80.38 (v1050(constB12)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10808, 18370])).
% 127.86/80.38 tff(18372,plain,
% 127.86/80.38 (v13(constB12, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17481, 18371])).
% 127.86/80.38 tff(18373,plain,
% 127.86/80.38 (v7(constB16, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17412, 11808, 5707, 18357, 18349])).
% 127.86/80.38 tff(18374,plain,
% 127.86/80.38 (v7(constB15, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[4072, 18373])).
% 127.86/80.38 tff(18375,plain,
% 127.86/80.38 (v929(constB15, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[5505, 18374])).
% 127.86/80.38 tff(18376,plain,
% 127.86/80.38 (v940(constB15, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2348, 18375])).
% 127.86/80.38 tff(18377,plain,
% 127.86/80.38 (v938(constB14, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2356, 18376])).
% 127.86/80.38 tff(18378,plain,
% 127.86/80.38 (v13(constB14, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2362, 18377])).
% 127.86/80.38 tff(18379,plain,
% 127.86/80.38 (v7(constB14, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[13037, 18378, 7542, 18367])).
% 127.86/80.38 tff(18380,plain,
% 127.86/80.38 (v7(constB13, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2293, 18379])).
% 127.86/80.38 tff(18381,plain,
% 127.86/80.38 (v929(constB13, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2272, 18380])).
% 127.86/80.38 tff(18382,plain,
% 127.86/80.38 (v940(constB13, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2264, 18381])).
% 127.86/80.38 tff(18383,plain,
% 127.86/80.38 (v938(constB12, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2238, 18382])).
% 127.86/80.38 tff(18384,plain,
% 127.86/80.38 (v13(constB12, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[16046, 18383])).
% 127.86/80.38 tff(18385,plain,
% 127.86/80.38 (v7(constB12, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17478, 18384, 18372, 7563, 6360, 1])).
% 127.86/80.38 tff(18386,plain,
% 127.86/80.38 (v7(constB11, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1342, 18385])).
% 127.86/80.38 tff(18387,plain,
% 127.86/80.38 (v956(constB11, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1311, 18386])).
% 127.86/80.38 tff(18388,plain,
% 127.86/80.38 (sP958(constB10)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10954, 18384, 6360, 7563, 1])).
% 127.86/80.38 tff(18389,plain,
% 127.86/80.38 (~v13(constB10, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[6385, 18388, 6378])).
% 127.86/80.38 tff(18390,plain,
% 127.86/80.38 (~v938(constB10, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12400, 18389])).
% 127.86/80.38 tff(18391,plain,
% 127.86/80.38 (~v940(constB11, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1263, 18390])).
% 127.86/80.38 tff(18392,plain,
% 127.86/80.38 ($false),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1303, 18391, 18387])).
% 127.86/80.38 tff(18393,plain,(v7(constB15, bitIndex1) | v7(constB10, bitIndex1) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB14, bitIndex1) | (~v11(constB14)) | v7(constB18, bitIndex2) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.38 tff(18394,plain,
% 127.86/80.38 (v7(constB15, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[18393, 5707, 7563, 6360, 7542, 2358, 1, 9481, 11700, 11, 4113, 4112, 2408, 3694, 11348])).
% 127.86/80.38 tff(18395,plain,
% 127.86/80.38 (v956(constB15, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9649, 18394])).
% 127.86/80.38 tff(18396,plain,
% 127.86/80.38 (v940(constB15, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9654, 18395])).
% 127.86/80.38 tff(18397,plain,
% 127.86/80.38 (v938(constB14, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[9659, 18396])).
% 127.86/80.38 tff(18398,plain,
% 127.86/80.38 (v13(constB14, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[11741, 18397])).
% 127.86/80.38 tff(18399,plain,
% 127.86/80.38 (v7(constB14, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12770, 18398, 7542, 18367])).
% 127.86/80.38 tff(18400,plain,
% 127.86/80.38 (v7(constB13, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2293, 18399])).
% 127.86/80.38 tff(18401,plain,
% 127.86/80.38 (v929(constB13, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2272, 18400])).
% 127.86/80.38 tff(18402,plain,
% 127.86/80.38 (v940(constB13, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2264, 18401])).
% 127.86/80.38 tff(18403,plain,
% 127.86/80.38 (v938(constB12, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[2238, 18402])).
% 127.86/80.38 tff(18404,plain,
% 127.86/80.38 (v13(constB12, bitIndex2)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[16046, 18403])).
% 127.86/80.38 tff(18405,plain,
% 127.86/80.38 (sP958(constB10)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10954, 18404, 6360, 7563, 1])).
% 127.86/80.38 tff(18406,plain,
% 127.86/80.38 (~v13(constB10, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[6385, 18405, 6378])).
% 127.86/80.38 tff(18407,plain,
% 127.86/80.38 (~v938(constB10, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[12400, 18406])).
% 127.86/80.38 tff(18408,plain,
% 127.86/80.38 (~v940(constB11, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1263, 18407])).
% 127.86/80.38 tff(18409,plain,
% 127.86/80.38 (~v956(constB11, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1303, 18408])).
% 127.86/80.38 tff(18410,plain,
% 127.86/80.38 (~v7(constB11, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1311, 18409])).
% 127.86/80.38 tff(18411,plain,
% 127.86/80.38 (~v7(constB12, bitIndex1)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[1342, 18410])).
% 127.86/80.38 tff(18412,plain,
% 127.86/80.38 (~v13(constB12, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17478, 18411, 18404, 7563, 6360, 1])).
% 127.86/80.38 tff(18413,plain,
% 127.86/80.38 (~v1050(constB12)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[17481, 18412])).
% 127.86/80.38 tff(18414,plain,
% 127.86/80.38 (~v1052(constB13)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10808, 18413])).
% 127.86/80.38 tff(18415,plain,
% 127.86/80.38 (~v7(constB13, bitIndex0)),
% 127.86/80.38 inference(unit_resolution,[status(thm)],[10816, 18414])).
% 127.86/80.38 tff(18416,plain,
% 127.86/80.38 (~v7(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10822, 18415])).
% 127.86/80.39 tff(18417,plain,
% 127.86/80.39 (~v13(constB14, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10996, 18416, 18367, 7542])).
% 127.86/80.39 tff(18418,plain,
% 127.86/80.39 (~v952(constB14, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12833, 18416, 18367, 7542, 18398])).
% 127.86/80.39 tff(18419,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12871, 18418, 18417, 18399])).
% 127.86/80.39 tff(18420,plain,(v7(constB18, bitIndex2) | v7(constB14, bitIndex1) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v11(constB14)) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18421,plain,
% 127.86/80.39 (v7(constB18, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18420, 18089, 7563, 17280, 1, 17380, 17608, 11700, 11, 4113, 4112, 2408, 3694, 17437])).
% 127.86/80.39 tff(18422,plain,
% 127.86/80.39 (v7(constB17, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5636, 18421])).
% 127.86/80.39 tff(18423,plain,
% 127.86/80.39 (v929(constB17, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5615, 18422])).
% 127.86/80.39 tff(18424,plain,
% 127.86/80.39 (v940(constB17, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5607, 18423])).
% 127.86/80.39 tff(18425,plain,
% 127.86/80.39 (v938(constB16, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5581, 18424])).
% 127.86/80.39 tff(18426,plain,
% 127.86/80.39 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5572, 2226, 17608])).
% 127.86/80.39 tff(18427,plain,
% 127.86/80.39 (v13(constB16, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18426, 18425])).
% 127.86/80.39 tff(18428,plain,
% 127.86/80.39 (v7(constB18, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18305, 2408, 11, 4113, 4112, 3694, 17437, 17608, 11700, 17380, 18089, 7563, 17280, 1])).
% 127.86/80.39 tff(18429,plain,
% 127.86/80.39 (v7(constB17, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5759, 18428])).
% 127.86/80.39 tff(18430,plain,
% 127.86/80.39 (v956(constB17, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10249, 18429])).
% 127.86/80.39 tff(18431,plain,
% 127.86/80.39 (v940(constB17, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5567, 18430])).
% 127.86/80.39 tff(18432,plain,
% 127.86/80.39 (v938(constB16, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5541, 18431])).
% 127.86/80.39 tff(18433,plain,
% 127.86/80.39 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5532, 320, 17608])).
% 127.86/80.39 tff(18434,plain,
% 127.86/80.39 (v13(constB16, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18433, 18432])).
% 127.86/80.39 tff(18435,plain,
% 127.86/80.39 (v13(constB12, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17939, 18427, 18084, 18434, 17380])).
% 127.86/80.39 tff(18436,plain,
% 127.86/80.39 (sP958(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10954, 18435, 17280, 7563, 1])).
% 127.86/80.39 tff(18437,plain,
% 127.86/80.39 (~v13(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6385, 18436, 17281])).
% 127.86/80.39 tff(18438,plain,
% 127.86/80.39 (~v938(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12400, 18437])).
% 127.86/80.39 tff(18439,plain,
% 127.86/80.39 (~v940(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1263, 18438])).
% 127.86/80.39 tff(18440,plain,
% 127.86/80.39 (~v956(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1303, 18439])).
% 127.86/80.39 tff(18441,plain,
% 127.86/80.39 (~v7(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1311, 18440])).
% 127.86/80.39 tff(18442,plain,
% 127.86/80.39 (~v7(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1342, 18441])).
% 127.86/80.39 tff(18443,plain,
% 127.86/80.39 (~v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17478, 18442, 18435, 7563, 17280, 1])).
% 127.86/80.39 tff(18444,plain,
% 127.86/80.39 (~v1050(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17510, 18443])).
% 127.86/80.39 tff(18445,plain,
% 127.86/80.39 (~v1052(constB13)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10808, 18444])).
% 127.86/80.39 tff(18446,plain,
% 127.86/80.39 (~v7(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10816, 18445])).
% 127.86/80.39 tff(18447,plain,
% 127.86/80.39 (~v7(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10822, 18446])).
% 127.86/80.39 tff(18448,plain,
% 127.86/80.39 (~v13(constB14, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[13682, 18447, 18089, 17380, 18427])).
% 127.86/80.39 tff(18449,plain,
% 127.86/80.39 (~v938(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11741, 18448])).
% 127.86/80.39 tff(18450,plain,
% 127.86/80.39 (v7(constB15, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18224, 18447, 17380, 17608, 18089, 11700, 11, 4113, 4112, 11735, 17296, 17292, 2408, 3694, 17437])).
% 127.86/80.39 tff(18451,plain,
% 127.86/80.39 (v956(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9649, 18450])).
% 127.86/80.39 tff(18452,plain,
% 127.86/80.39 (v940(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9654, 18451])).
% 127.86/80.39 tff(18453,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9659, 18452, 18449])).
% 127.86/80.39 tff(18454,plain,((constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1) | v938(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18455,plain,
% 127.86/80.39 (v7(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18454, 7652, 11, 4113, 4112, 3694, 7563, 11700, 2408])).
% 127.86/80.39 tff(18456,plain,
% 127.86/80.39 (v7(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[188, 18455])).
% 127.86/80.39 tff(18457,plain,
% 127.86/80.39 (v956(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[206, 18456])).
% 127.86/80.39 tff(18458,plain,
% 127.86/80.39 (v940(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[289, 18457])).
% 127.86/80.39 tff(18459,plain,
% 127.86/80.39 (v938(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[307, 18458])).
% 127.86/80.39 tff(18460,plain,
% 127.86/80.39 (v13(constB8, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[340, 18459])).
% 127.86/80.39 tff(18461,plain,
% 127.86/80.39 (v7(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[16801, 6725, 7564, 1193])).
% 127.86/80.39 tff(18462,plain,
% 127.86/80.39 (v7(constB7, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7137, 18461])).
% 127.86/80.39 tff(18463,plain,
% 127.86/80.39 (v1052(constB7)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7119, 18462])).
% 127.86/80.39 tff(18464,plain,
% 127.86/80.39 (v1050(constB6)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7111, 18463])).
% 127.86/80.39 tff(18465,plain,
% 127.86/80.39 (v13(constB6, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[16721, 18464])).
% 127.86/80.39 tff(18466,plain,
% 127.86/80.39 (v7(constB6, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[16759, 6725, 7564, 1193])).
% 127.86/80.39 tff(18467,plain,
% 127.86/80.39 (v7(constB8, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17034, 18465, 1193, 6725, 18466])).
% 127.86/80.39 tff(18468,plain,
% 127.86/80.39 (v7(constB7, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2450, 18467])).
% 127.86/80.39 tff(18469,plain,
% 127.86/80.39 (v929(constB7, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10337, 18468])).
% 127.86/80.39 tff(18470,plain,
% 127.86/80.39 (v940(constB7, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10333, 18469])).
% 127.86/80.39 tff(18471,plain,
% 127.86/80.39 (v938(constB6, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2545, 18470])).
% 127.86/80.39 tff(18472,plain,
% 127.86/80.39 (v13(constB6, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14085, 18471])).
% 127.86/80.39 tff(18473,plain,
% 127.86/80.39 (v7(constB5, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[834, 18466])).
% 127.86/80.39 tff(18474,plain,
% 127.86/80.39 (v929(constB5, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[783, 18473])).
% 127.86/80.39 tff(18475,plain,
% 127.86/80.39 (v940(constB5, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[765, 18474])).
% 127.86/80.39 tff(18476,plain,
% 127.86/80.39 (v938(constB4, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[699, 18475])).
% 127.86/80.39 tff(18477,plain,
% 127.86/80.39 (v13(constB4, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[16811, 18476])).
% 127.86/80.39 tff(18478,plain,
% 127.86/80.39 (v7(constB6, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17050, 18472, 18465])).
% 127.86/80.39 tff(18479,plain,
% 127.86/80.39 (v7(constB5, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5996, 18478])).
% 127.86/80.39 tff(18480,plain,
% 127.86/80.39 (v1052(constB5)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6014, 18479])).
% 127.86/80.39 tff(18481,plain,
% 127.86/80.39 (v1050(constB4)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6029, 18480])).
% 127.86/80.39 tff(18482,plain,
% 127.86/80.39 (v13(constB4, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[16842, 18481])).
% 127.86/80.39 tff(18483,plain,
% 127.86/80.39 (v940(constB3, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17018, 18482, 18477])).
% 127.86/80.39 tff(18484,plain,
% 127.86/80.39 (v938(constB2, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14251, 18483])).
% 127.86/80.39 tff(18485,plain,
% 127.86/80.39 (v11(constB2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[16889, 18477])).
% 127.86/80.39 tff(18486,plain,
% 127.86/80.39 (v13(constB2, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14259, 2226, 18485, 18484])).
% 127.86/80.39 tff(18487,plain,
% 127.86/80.39 (~v13(constB2, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14419, 18486])).
% 127.86/80.39 tff(18488,plain,
% 127.86/80.39 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14273, 6040, 18485])).
% 127.86/80.39 tff(18489,plain,
% 127.86/80.39 (~v1050(constB2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18488, 18487])).
% 127.86/80.39 tff(18490,plain,
% 127.86/80.39 (~v1052(constB3)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14266, 18489])).
% 127.86/80.39 tff(18491,plain,
% 127.86/80.39 (~v7(constB3, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14493, 18490])).
% 127.86/80.39 tff(18492,plain,
% 127.86/80.39 (~v7(constB4, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[14485, 18491])).
% 127.86/80.39 tff(18493,plain,
% 127.86/80.39 (~sP957(constB4)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5878, 5875, 18492])).
% 127.86/80.39 tff(18494,plain,
% 127.86/80.39 (~sP960(constB4)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5867, 5864, 18492])).
% 127.86/80.39 tff(18495,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17069, 18494, 18493, 18472, 3685, 18465, 16663])).
% 127.86/80.39 tff(18496,plain,((~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex1)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18497,plain,
% 127.86/80.39 (~v13(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18496, 18460, 7564])).
% 127.86/80.39 tff(18498,plain,
% 127.86/80.39 (v11(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[338, 335, 18459])).
% 127.86/80.39 tff(18499,plain,
% 127.86/80.39 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6491, 6040, 18498])).
% 127.86/80.39 tff(18500,plain,
% 127.86/80.39 (~v1050(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18499, 18497])).
% 127.86/80.39 tff(18501,plain,
% 127.86/80.39 (~v1052(constB9)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6483, 18500])).
% 127.86/80.39 tff(18502,plain,
% 127.86/80.39 (~v7(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6478, 18501])).
% 127.86/80.39 tff(18503,plain,
% 127.86/80.39 (~v7(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6470, 18502])).
% 127.86/80.39 tff(18504,plain,
% 127.86/80.39 (~v13(constB12, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8864, 12475, 6360, 7950, 7563])).
% 127.86/80.39 tff(18505,plain,
% 127.86/80.39 (v11(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17298, 12474])).
% 127.86/80.39 tff(18506,plain,
% 127.86/80.39 (v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10802, 6040, 17312, 18505])).
% 127.86/80.39 tff(18507,plain,
% 127.86/80.39 (v7(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17323, 18506, 12475, 18504])).
% 127.86/80.39 tff(18508,plain,
% 127.86/80.39 (v7(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7597, 18507])).
% 127.86/80.39 tff(18509,plain,
% 127.86/80.39 (v1052(constB11)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7591, 18508])).
% 127.86/80.39 tff(18510,plain,
% 127.86/80.39 (v1050(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7583, 18509])).
% 127.86/80.39 tff(18511,plain,
% 127.86/80.39 (v13(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7578, 18510])).
% 127.86/80.39 tff(18512,plain,
% 127.86/80.39 (~v924(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8861, 18511, 7955])).
% 127.86/80.39 tff(18513,plain,
% 127.86/80.39 (~sP956_aig_name(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7856, 7293, 18512])).
% 127.86/80.39 tff(18514,plain,
% 127.86/80.39 (~v938(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12418, 8804])).
% 127.86/80.39 tff(18515,plain,
% 127.86/80.39 (~v940(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1717, 18514])).
% 127.86/80.39 tff(18516,plain,
% 127.86/80.39 (~v929(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1743, 18515])).
% 127.86/80.39 tff(18517,plain,
% 127.86/80.39 (~v7(constB11, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1751, 18516])).
% 127.86/80.39 tff(18518,plain,
% 127.86/80.39 (~v7(constB12, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1772, 18517])).
% 127.86/80.39 tff(18519,plain,
% 127.86/80.39 (v7(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1987, 18506, 18518, 12475])).
% 127.86/80.39 tff(18520,plain,
% 127.86/80.39 (v7(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1342, 18519])).
% 127.86/80.39 tff(18521,plain,
% 127.86/80.39 (v956(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1311, 18520])).
% 127.86/80.39 tff(18522,plain,
% 127.86/80.39 (v940(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1303, 18521])).
% 127.86/80.39 tff(18523,plain,
% 127.86/80.39 (v938(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1263, 18522])).
% 127.86/80.39 tff(18524,plain,
% 127.86/80.39 (v13(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12400, 18523])).
% 127.86/80.39 tff(18525,plain,
% 127.86/80.39 (~v17(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8822, 18524, 8803])).
% 127.86/80.39 tff(18526,plain,
% 127.86/80.39 (~v17(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8830, 18524, 8803])).
% 127.86/80.39 tff(18527,plain,
% 127.86/80.39 (~v1003(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8841, 18526, 18525])).
% 127.86/80.39 tff(18528,plain,
% 127.86/80.39 (~v17(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8846, 18524, 8803])).
% 127.86/80.39 tff(18529,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7862, 7308, 18528, 18527, 18513])).
% 127.86/80.39 tff(18530,plain,((~(constB14 = sK952_VarCurr)) | v7(constB10, bitIndex2) | (~v11(constB10)) | v7(constB10, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18531,plain,
% 127.86/80.39 (~(constB14 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18530, 18503, 7563, 7656, 11700, 11])).
% 127.86/80.39 tff(18532,plain,
% 127.86/80.39 (v7(constB9, bitIndex0)),
% 127.86/80.39 inference(modus_ponens,[status(thm)],[11700, 15404])).
% 127.86/80.39 tff(18533,assumption,(~v7(constB9, bitIndex0)), introduced(assumption)).
% 127.86/80.39 tff(18534,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18533, 18532])).
% 127.86/80.39 tff(18535,plain,((~(constB9 = sK952_VarCurr)) | v7(constB9, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18536,plain,
% 127.86/80.39 (~(constB9 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18535, 18502, 11700])).
% 127.86/80.39 tff(18537,plain,
% 127.86/80.39 (v938(constB8, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18454, 1, 11, 4113, 4112, 3694, 7563, 11700, 2408])).
% 127.86/80.39 tff(18538,plain,
% 127.86/80.39 (v13(constB8, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7651, 18537])).
% 127.86/80.39 tff(18539,plain,
% 127.86/80.39 (sP958(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10943, 1, 7662])).
% 127.86/80.39 tff(18540,plain,
% 127.86/80.39 (sP957(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8002, 1, 7662, 6374, 18539])).
% 127.86/80.39 tff(18541,plain,
% 127.86/80.39 (v7(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7954, 5875, 18540])).
% 127.86/80.39 tff(18542,plain,
% 127.86/80.39 (v7(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6470, 18541])).
% 127.86/80.39 tff(18543,plain,
% 127.86/80.39 (v1052(constB9)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6478, 18542])).
% 127.86/80.39 tff(18544,plain,
% 127.86/80.39 (v1050(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6483, 18543])).
% 127.86/80.39 tff(18545,plain,
% 127.86/80.39 (v11(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10622, 18537])).
% 127.86/80.39 tff(18546,plain,
% 127.86/80.39 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6491, 6040, 18545])).
% 127.86/80.39 tff(18547,plain,
% 127.86/80.39 (v13(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18546, 18544])).
% 127.86/80.39 tff(18548,assumption,(~v13(constB6, bitIndex0)), introduced(assumption)).
% 127.86/80.39 tff(18549,plain,
% 127.86/80.39 ((~v32(constB8)) | (~v7(constB8, bitIndex0))),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9401, 1695, 10405])).
% 127.86/80.39 tff(18550,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18549, 8102, 9398])).
% 127.86/80.39 tff(18551,plain,(v11(constB6) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18552,plain,
% 127.86/80.39 (v13(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18551, 1104])).
% 127.86/80.39 tff(18553,plain,
% 127.86/80.39 (~v13(constB8, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7046, 9391, 2427, 18552])).
% 127.86/80.39 tff(18554,plain,
% 127.86/80.39 (~v938(constB8, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7651, 18553])).
% 127.86/80.39 tff(18555,plain,
% 127.86/80.39 (v11(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17379, 18554, 7563, 1, 11700, 11, 4113, 4112, 3694])).
% 127.86/80.39 tff(18556,plain,
% 127.86/80.39 (~v940(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6454, 18554])).
% 127.86/80.39 tff(18557,plain,
% 127.86/80.39 (~v929(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6446, 18556])).
% 127.86/80.39 tff(18558,plain,
% 127.86/80.39 (~v7(constB9, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6420, 18557])).
% 127.86/80.39 tff(18559,plain,
% 127.86/80.39 (~v7(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6412, 18558])).
% 127.86/80.39 tff(18560,plain,
% 127.86/80.39 (sP959(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6377, 1871, 18559])).
% 127.86/80.39 tff(18561,plain,
% 127.86/80.39 (~(constB11 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17291, 18560, 7563, 1, 11700, 11])).
% 127.86/80.39 tff(18562,plain,
% 127.86/80.39 (~(constB12 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17295, 18560, 1, 7563, 11, 11700])).
% 127.86/80.39 tff(18563,plain,
% 127.86/80.39 (v11(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17435, 18562, 11, 4113, 4112, 11700, 18561, 3694, 11735, 18555])).
% 127.86/80.39 tff(18564,plain,
% 127.86/80.39 (~(constB14 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17343, 18563, 7563, 18554, 1, 11700, 11])).
% 127.86/80.39 tff(18565,plain,
% 127.86/80.39 (v1017(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6723, 6552, 1104])).
% 127.86/80.39 tff(18566,plain,
% 127.86/80.39 (v1019(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6596, 18565])).
% 127.86/80.39 tff(18567,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6588, 405, 6535, 6582, 18566])).
% 127.86/80.39 tff(18568,plain,(sP958(constB10) | v11(constB6)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18569,plain,
% 127.86/80.39 (sP958(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18568, 1104])).
% 127.86/80.39 tff(18570,plain,
% 127.86/80.39 (~v13(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6385, 18569, 18560])).
% 127.86/80.39 tff(18571,plain,
% 127.86/80.39 (~v938(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12400, 18570])).
% 127.86/80.39 tff(18572,plain,
% 127.86/80.39 (~v940(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1263, 18571])).
% 127.86/80.39 tff(18573,plain,
% 127.86/80.39 (~v956(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1303, 18572])).
% 127.86/80.39 tff(18574,plain,
% 127.86/80.39 (~v7(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1311, 18573])).
% 127.86/80.39 tff(18575,plain,
% 127.86/80.39 (~v7(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1342, 18574])).
% 127.86/80.39 tff(18576,plain,
% 127.86/80.39 (v11(constB16)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17550, 18575, 11, 4113, 4112, 3694, 1, 7563, 11700, 18554])).
% 127.86/80.39 tff(18577,plain,
% 127.86/80.39 (v13(constB12, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18070, 18575, 1, 7563, 11700, 18559, 11, 18555, 4113, 4112, 3694, 18564, 18576])).
% 127.86/80.39 tff(18578,plain,
% 127.86/80.39 (~v13(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8150, 18577, 1104, 1, 7563])).
% 127.86/80.39 tff(18579,plain,
% 127.86/80.39 (~v938(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9911, 18578])).
% 127.86/80.39 tff(18580,plain,
% 127.86/80.39 (~v940(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2159, 18579])).
% 127.86/80.39 tff(18581,plain,
% 127.86/80.39 (~v956(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2185, 18580])).
% 127.86/80.39 tff(18582,plain,
% 127.86/80.39 (~v7(constB13, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2193, 18581])).
% 127.86/80.39 tff(18583,plain,
% 127.86/80.39 (~(constB13 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11706, 18582, 11])).
% 127.86/80.39 tff(18584,plain,
% 127.86/80.39 (~v7(constB14, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2214, 18582])).
% 127.86/80.39 tff(18585,plain,
% 127.86/80.39 (~v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17478, 18577, 18575, 7563, 18559, 1])).
% 127.86/80.39 tff(18586,plain,
% 127.86/80.39 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10802, 6040, 18563])).
% 127.86/80.39 tff(18587,plain,
% 127.86/80.39 (~v1050(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18586, 18585])).
% 127.86/80.39 tff(18588,plain,
% 127.86/80.39 (~v1052(constB13)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10808, 18587])).
% 127.86/80.39 tff(18589,plain,
% 127.86/80.39 (~v7(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10816, 18588])).
% 127.86/80.39 tff(18590,plain,
% 127.86/80.39 (~v7(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10822, 18589])).
% 127.86/80.39 tff(18591,plain,
% 127.86/80.39 (v7(constB15, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18224, 18576, 18555, 18590, 18584, 11700, 11, 4113, 4112, 11735, 18562, 18561, 18583, 3694, 18564])).
% 127.86/80.39 tff(18592,plain,
% 127.86/80.39 (v956(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9649, 18591])).
% 127.86/80.39 tff(18593,plain,
% 127.86/80.39 (v940(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9654, 18592])).
% 127.86/80.39 tff(18594,plain,
% 127.86/80.39 (v938(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9659, 18593])).
% 127.86/80.39 tff(18595,plain,
% 127.86/80.39 (v13(constB14, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11741, 18594])).
% 127.86/80.39 tff(18596,plain,
% 127.86/80.39 (v7(constB14, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17775, 18583, 18555, 18576, 11700, 11, 4113, 4112, 11735, 18562, 18561, 18590, 3694, 18564])).
% 127.86/80.39 tff(18597,plain,
% 127.86/80.39 (~v13(constB14, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12799, 18595, 18590, 18584])).
% 127.86/80.39 tff(18598,plain,
% 127.86/80.39 (v952(constB14, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12871, 18597, 18596])).
% 127.86/80.39 tff(18599,plain,
% 127.86/80.39 (~v13(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12833, 18598, 18590, 18584, 18595])).
% 127.86/80.39 tff(18600,plain,
% 127.86/80.39 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10219, 6040, 18555])).
% 127.86/80.39 tff(18601,plain,
% 127.86/80.39 (~v1050(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18600, 18599])).
% 127.86/80.39 tff(18602,plain,
% 127.86/80.39 (~v1052(constB15)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10212, 18601])).
% 127.86/80.39 tff(18603,plain,
% 127.86/80.39 (~v7(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10207, 18602])).
% 127.86/80.39 tff(18604,plain,
% 127.86/80.39 (~v7(constB16, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10199, 18603])).
% 127.86/80.39 tff(18605,plain,
% 127.86/80.39 (~v13(constB16, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[13682, 18595, 18590, 18555, 18584])).
% 127.86/80.39 tff(18606,plain,
% 127.86/80.39 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5572, 2226, 18576])).
% 127.86/80.39 tff(18607,plain,
% 127.86/80.39 (~v938(constB16, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18606, 18605])).
% 127.86/80.39 tff(18608,plain,
% 127.86/80.39 (~v940(constB17, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5581, 18607])).
% 127.86/80.39 tff(18609,plain,
% 127.86/80.39 (~v929(constB17, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5607, 18608])).
% 127.86/80.39 tff(18610,plain,
% 127.86/80.39 (~v7(constB17, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5615, 18609])).
% 127.86/80.39 tff(18611,plain,
% 127.86/80.39 (~v7(constB18, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5636, 18610])).
% 127.86/80.39 tff(18612,plain,
% 127.86/80.39 (constB19 = sK952_VarCurr),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18289, 18562, 11, 4113, 4112, 11735, 11700, 18561, 18583, 3694, 18564, 18604, 18576, 18611])).
% 127.86/80.39 tff(18613,plain,
% 127.86/80.39 (v7(constB19, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12639, 18612, 11])).
% 127.86/80.39 tff(18614,plain,
% 127.86/80.39 (v956(constB19, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11821, 18613])).
% 127.86/80.39 tff(18615,plain,
% 127.86/80.39 (v940(constB19, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11826, 18614])).
% 127.86/80.39 tff(18616,plain,
% 127.86/80.39 (v938(constB18, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11831, 18615])).
% 127.86/80.39 tff(18617,plain,
% 127.86/80.39 (v13(constB18, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11841, 18616])).
% 127.86/80.39 tff(18618,plain,
% 127.86/80.39 (sP959(constB18)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5710, 1871, 18611])).
% 127.86/80.39 tff(18619,plain,
% 127.86/80.39 (v11(constB18)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11839, 335, 18616])).
% 127.86/80.39 tff(18620,plain,
% 127.86/80.39 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.86/80.39 inference(monotonicity,[status(thm)],[18612])).
% 127.86/80.39 tff(18621,plain,
% 127.86/80.39 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.86/80.39 inference(symmetry,[status(thm)],[18620])).
% 127.86/80.39 tff(18622,plain,
% 127.86/80.39 (v1044(sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5791, 18612])).
% 127.86/80.39 tff(18623,plain,
% 127.86/80.39 (v1052(sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12067, 18622])).
% 127.86/80.39 tff(18624,plain,
% 127.86/80.39 (v1052(constB19)),
% 127.86/80.39 inference(modus_ponens,[status(thm)],[18623, 18621])).
% 127.86/80.39 tff(18625,plain,
% 127.86/80.39 (v1050(constB18)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11888, 18624])).
% 127.86/80.39 tff(18626,plain,
% 127.86/80.39 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11895, 6040, 18625])).
% 127.86/80.39 tff(18627,plain,
% 127.86/80.39 (v13(constB18, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18626, 18619])).
% 127.86/80.39 tff(18628,plain,
% 127.86/80.39 (v7(constB18, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12264, 18627, 18618, 18617])).
% 127.86/80.39 tff(18629,plain,
% 127.86/80.39 (v7(constB17, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9562, 18628])).
% 127.86/80.39 tff(18630,plain,
% 127.86/80.39 (v1052(constB17)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9570, 18629])).
% 127.86/80.39 tff(18631,plain,
% 127.86/80.39 (v1050(constB16)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9575, 18630])).
% 127.86/80.39 tff(18632,plain,
% 127.86/80.39 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9582, 6040, 18576])).
% 127.86/80.39 tff(18633,plain,
% 127.86/80.39 (v13(constB16, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18632, 18631])).
% 127.86/80.39 tff(18634,plain,
% 127.86/80.39 (v7(constB18, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12186, 18627, 18611, 18617])).
% 127.86/80.39 tff(18635,plain,
% 127.86/80.39 (v7(constB17, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5759, 18634])).
% 127.86/80.39 tff(18636,plain,
% 127.86/80.39 (v956(constB17, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10249, 18635])).
% 127.86/80.39 tff(18637,plain,
% 127.86/80.39 (v940(constB17, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5567, 18636])).
% 127.86/80.39 tff(18638,plain,
% 127.86/80.39 (v938(constB16, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5541, 18637])).
% 127.86/80.39 tff(18639,plain,
% 127.86/80.39 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[5532, 320, 18576])).
% 127.86/80.39 tff(18640,plain,
% 127.86/80.39 (v13(constB16, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18639, 18638])).
% 127.86/80.39 tff(18641,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11331, 18640, 18633, 18604])).
% 127.86/80.39 tff(18642,plain,(v11(constB6) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1) | v7(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18643,plain,
% 127.86/80.39 (v11(constB6)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18642, 1, 11, 4113, 4112, 3694, 7563, 11700, 2427])).
% 127.86/80.39 tff(18644,plain,
% 127.86/80.39 ((~v1050(constB6)) | (~v11(constB6))),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7105, 6040, 18548])).
% 127.86/80.39 tff(18645,plain,
% 127.86/80.39 (~v1050(constB6)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18644, 18643])).
% 127.86/80.39 tff(18646,plain,
% 127.86/80.39 (~v1052(constB7)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7111, 18645])).
% 127.86/80.39 tff(18647,plain,
% 127.86/80.39 (~v7(constB7, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7119, 18646])).
% 127.86/80.39 tff(18648,plain,
% 127.86/80.39 (~v7(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7137, 18647])).
% 127.86/80.39 tff(18649,plain,
% 127.86/80.39 (~sP960(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7141, 5864, 18648])).
% 127.86/80.39 tff(18650,plain,
% 127.86/80.39 (~v13(constB8, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8104, 18649])).
% 127.86/80.39 tff(18651,plain,
% 127.86/80.39 (~v938(constB8, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7651, 18650])).
% 127.86/80.39 tff(18652,plain,
% 127.86/80.39 (constB13 = sK952_VarCurr),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18454, 1, 11, 4113, 4112, 3694, 7563, 11700, 18651])).
% 127.86/80.39 tff(18653,plain,
% 127.86/80.39 (v7(constB13, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.86/80.39 inference(monotonicity,[status(thm)],[18652])).
% 127.86/80.39 tff(18654,plain,
% 127.86/80.39 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB13, bitIndex0)),
% 127.86/80.39 inference(symmetry,[status(thm)],[18653])).
% 127.86/80.39 tff(18655,plain,
% 127.86/80.39 (v7(constB13, bitIndex0)),
% 127.86/80.39 inference(modus_ponens,[status(thm)],[11700, 18654])).
% 127.86/80.39 tff(18656,plain,
% 127.86/80.39 (v7(constB13, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11706, 18652, 11])).
% 127.86/80.39 tff(18657,plain,
% 127.86/80.39 (v956(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2193, 18656])).
% 127.86/80.39 tff(18658,plain,
% 127.86/80.39 (v940(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2185, 18657])).
% 127.86/80.39 tff(18659,plain,
% 127.86/80.39 (v938(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[2159, 18658])).
% 127.86/80.39 tff(18660,plain,
% 127.86/80.39 (v13(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9911, 18659])).
% 127.86/80.39 tff(18661,plain,
% 127.86/80.39 (~v13(constB12, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17318, 18660, 18651, 7563, 1])).
% 127.86/80.39 tff(18662,plain,
% 127.86/80.39 (~v940(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6454, 18651])).
% 127.86/80.39 tff(18663,plain,
% 127.86/80.39 (~v929(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6446, 18662])).
% 127.86/80.39 tff(18664,plain,
% 127.86/80.39 (~v7(constB9, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6420, 18663])).
% 127.86/80.39 tff(18665,plain,
% 127.86/80.39 (~v7(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6412, 18664])).
% 127.86/80.39 tff(18666,plain,
% 127.86/80.39 (sP959(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6377, 1871, 18665])).
% 127.86/80.39 tff(18667,plain,
% 127.86/80.39 (v11(constB16)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17607, 1, 11, 4113, 4112, 3694, 7563, 11700, 18651])).
% 127.86/80.39 tff(18668,plain,
% 127.86/80.39 (v11(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17379, 18651, 7563, 1, 11700, 11, 4113, 4112, 3694])).
% 127.86/80.39 tff(18669,plain,
% 127.86/80.39 (~(constB11 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17291, 18666, 7563, 1, 11700, 11])).
% 127.86/80.39 tff(18670,plain,
% 127.86/80.39 (~(constB12 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17295, 18666, 1, 7563, 11, 11700])).
% 127.86/80.39 tff(18671,plain,
% 127.86/80.39 (v11(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17435, 18670, 11, 4113, 4112, 11700, 18669, 3694, 11735, 18668])).
% 127.86/80.39 tff(18672,plain,
% 127.86/80.39 (~(constB14 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17343, 18671, 7563, 18651, 1, 11700, 11])).
% 127.86/80.39 tff(18673,plain,
% 127.86/80.39 (v7(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18070, 18661, 1, 7563, 11700, 18665, 11, 18668, 4113, 4112, 3694, 18672, 18667])).
% 127.86/80.39 tff(18674,plain,
% 127.86/80.39 (v7(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1342, 18673])).
% 127.86/80.39 tff(18675,plain,
% 127.86/80.39 (v956(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1311, 18674])).
% 127.86/80.39 tff(18676,plain,
% 127.86/80.39 (v940(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1303, 18675])).
% 127.86/80.39 tff(18677,plain,
% 127.86/80.39 (v938(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1263, 18676])).
% 127.86/80.39 tff(18678,plain,
% 127.86/80.39 (v13(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12400, 18677])).
% 127.86/80.39 tff(18679,plain,
% 127.86/80.39 (~sP958(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6385, 18678, 18666])).
% 127.86/80.39 tff(18680,plain,
% 127.86/80.39 (~v13(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10943, 18679, 1])).
% 127.86/80.39 tff(18681,plain,
% 127.86/80.39 (~v1050(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7578, 18680])).
% 127.86/80.39 tff(18682,plain,
% 127.86/80.39 (~v1052(constB11)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7583, 18681])).
% 127.86/80.39 tff(18683,plain,
% 127.86/80.39 (~v7(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7591, 18682])).
% 127.86/80.39 tff(18684,plain,
% 127.86/80.39 (~v7(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7597, 18683])).
% 127.86/80.39 tff(18685,plain,
% 127.86/80.39 (~v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17323, 18684, 18660, 18661])).
% 127.86/80.39 tff(18686,plain,
% 127.86/80.39 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10802, 6040, 18671])).
% 127.86/80.39 tff(18687,plain,
% 127.86/80.39 (~v1050(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18686, 18685])).
% 127.86/80.39 tff(18688,plain,
% 127.86/80.39 (~v1052(constB13)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10808, 18687])).
% 127.86/80.39 tff(18689,plain,
% 127.86/80.39 (~v7(constB13, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10816, 18688])).
% 127.86/80.39 tff(18690,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18689, 18655])).
% 127.86/80.39 tff(18691,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v7(constB8, bitIndex2) | v13(constB6, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18692,plain,
% 127.86/80.39 (v7(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18691, 3694, 7563, 11, 4113, 4112, 11700, 2427, 18548])).
% 127.86/80.39 tff(18693,plain,
% 127.86/80.39 (v7(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[188, 18692])).
% 127.86/80.39 tff(18694,plain,
% 127.86/80.39 (v956(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[206, 18693])).
% 127.86/80.39 tff(18695,plain,
% 127.86/80.39 (v940(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[289, 18694])).
% 127.86/80.39 tff(18696,plain,
% 127.86/80.39 (v938(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[307, 18695])).
% 127.86/80.39 tff(18697,plain,
% 127.86/80.39 (v11(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[338, 335, 18696])).
% 127.86/80.39 tff(18698,plain,
% 127.86/80.39 (v13(constB8, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[340, 18696])).
% 127.86/80.39 tff(18699,plain,
% 127.86/80.39 (~v17(constB8, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1238, 18698])).
% 127.86/80.39 tff(18700,plain,
% 127.86/80.39 (~v17(constB7, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1191, 18699])).
% 127.86/80.39 tff(18701,plain,
% 127.86/80.39 (~v1019(constB7, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1171, 18700])).
% 127.86/80.39 tff(18702,plain,
% 127.86/80.39 (~v1017(constB6, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1138, 18701])).
% 127.86/80.39 tff(18703,plain,
% 127.86/80.39 (v11(constB6)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1112, 18702])).
% 127.86/80.39 tff(18704,plain,
% 127.86/80.39 (~v1050(constB6)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18644, 18703])).
% 127.86/80.39 tff(18705,plain,
% 127.86/80.39 (~v1052(constB7)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7111, 18704])).
% 127.86/80.39 tff(18706,plain,
% 127.86/80.39 (~v7(constB7, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7119, 18705])).
% 127.86/80.39 tff(18707,plain,
% 127.86/80.39 (~v7(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7137, 18706])).
% 127.86/80.39 tff(18708,plain,
% 127.86/80.39 (~v13(constB8, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8346, 18707, 2427, 18698])).
% 127.86/80.39 tff(18709,plain,
% 127.86/80.39 ((~v1050(constB8)) | (~v11(constB8))),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6491, 6040, 18708])).
% 127.86/80.39 tff(18710,plain,
% 127.86/80.39 (~v1050(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18709, 18697])).
% 127.86/80.39 tff(18711,plain,
% 127.86/80.39 (~v1052(constB9)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6483, 18710])).
% 127.86/80.39 tff(18712,plain,
% 127.86/80.39 (~v7(constB9, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6478, 18711])).
% 127.86/80.39 tff(18713,plain,
% 127.86/80.39 (~v7(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6470, 18712])).
% 127.86/80.39 tff(18714,plain,
% 127.86/80.39 (~sP957(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7954, 5875, 18713])).
% 127.86/80.39 tff(18715,plain,
% 127.86/80.39 (sP958(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6464, 5886, 18713])).
% 127.86/80.39 tff(18716,plain,
% 127.86/80.39 (~sP960(constB8)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7141, 5864, 18707])).
% 127.86/80.39 tff(18717,plain,
% 127.86/80.39 (~v13(constB8, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8104, 18716])).
% 127.86/80.39 tff(18718,plain,
% 127.86/80.39 (~v938(constB8, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7651, 18717])).
% 127.86/80.39 tff(18719,plain,
% 127.86/80.39 (~v940(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6454, 18718])).
% 127.86/80.39 tff(18720,plain,
% 127.86/80.39 (~v929(constB9, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6446, 18719])).
% 127.86/80.39 tff(18721,plain,
% 127.86/80.39 (~v7(constB9, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6420, 18720])).
% 127.86/80.39 tff(18722,plain,
% 127.86/80.39 (~v7(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[6412, 18721])).
% 127.86/80.39 tff(18723,plain,
% 127.86/80.39 (~(constB9 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18535, 18712, 11700])).
% 127.86/80.39 tff(18724,plain,
% 127.86/80.39 (~(constB14 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18530, 6360, 7563, 7950, 11700, 11])).
% 127.86/80.39 tff(18725,plain,
% 127.86/80.39 (~v13(constB12, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8864, 12376, 6360, 7950, 7563])).
% 127.86/80.39 tff(18726,plain,
% 127.86/80.39 (v11(constB12)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17298, 12375])).
% 127.86/80.39 tff(18727,plain,
% 127.86/80.39 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10802, 6040, 18726])).
% 127.86/80.39 tff(18728,plain,
% 127.86/80.39 (v13(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18727, 12383])).
% 127.86/80.39 tff(18729,plain,
% 127.86/80.39 (v7(constB12, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17323, 18728, 12376, 18725])).
% 127.86/80.39 tff(18730,plain,
% 127.86/80.39 (v7(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7597, 18729])).
% 127.86/80.39 tff(18731,plain,
% 127.86/80.39 (v1052(constB11)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7591, 18730])).
% 127.86/80.39 tff(18732,plain,
% 127.86/80.39 (v1050(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7583, 18731])).
% 127.86/80.39 tff(18733,plain,
% 127.86/80.39 (v13(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7578, 18732])).
% 127.86/80.39 tff(18734,plain,
% 127.86/80.39 (~v924(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8861, 18733, 7955])).
% 127.86/80.39 tff(18735,plain,
% 127.86/80.39 (~sP956_aig_name(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7856, 7293, 18734])).
% 127.86/80.39 tff(18736,plain,
% 127.86/80.39 (v7(constB12, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1987, 18728, 18518, 12376])).
% 127.86/80.39 tff(18737,plain,
% 127.86/80.39 (v7(constB11, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1342, 18736])).
% 127.86/80.39 tff(18738,plain,
% 127.86/80.39 (v956(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1311, 18737])).
% 127.86/80.39 tff(18739,plain,
% 127.86/80.39 (v940(constB11, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1303, 18738])).
% 127.86/80.39 tff(18740,plain,
% 127.86/80.39 (v938(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[1263, 18739])).
% 127.86/80.39 tff(18741,plain,
% 127.86/80.39 (v13(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12400, 18740])).
% 127.86/80.39 tff(18742,plain,
% 127.86/80.39 (~v17(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8822, 18741, 8803])).
% 127.86/80.39 tff(18743,plain,
% 127.86/80.39 (~v17(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8830, 18741, 8803])).
% 127.86/80.39 tff(18744,plain,
% 127.86/80.39 (~v1003(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8841, 18743, 18742])).
% 127.86/80.39 tff(18745,plain,
% 127.86/80.39 (~v17(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8846, 18741, 8803])).
% 127.86/80.39 tff(18746,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7862, 7308, 18745, 18744, 18735])).
% 127.86/80.39 tff(18747,plain,((~(constB13 = sK952_VarCurr)) | v7(constB10, bitIndex2) | (~v11(constB10)) | v7(constB10, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18748,plain,
% 127.86/80.39 (~(constB13 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18747, 6360, 7563, 7950, 11700, 11])).
% 127.86/80.39 tff(18749,plain,
% 127.86/80.39 (~v17(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8822, 12546, 7956])).
% 127.86/80.39 tff(18750,plain,
% 127.86/80.39 (~v17(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8830, 12546, 7956])).
% 127.86/80.39 tff(18751,plain,
% 127.86/80.39 (~v1003(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8841, 18750, 18749])).
% 127.86/80.39 tff(18752,plain,
% 127.86/80.39 (~v17(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8846, 12546, 7956])).
% 127.86/80.39 tff(18753,plain,
% 127.86/80.39 (sP956_aig_name(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7862, 7308, 18752, 18751])).
% 127.86/80.39 tff(18754,plain,
% 127.86/80.39 (~v924(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8861, 15912, 7966])).
% 127.86/80.39 tff(18755,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7856, 7293, 18754, 18753])).
% 127.86/80.39 tff(18756,plain,((~(constB11 = sK952_VarCurr)) | sP957(constB10) | v7(constB10, bitIndex2) | (~v11(constB10)) | (~sP958(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18757,plain,
% 127.86/80.39 (~(constB11 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18756, 7966, 6360, 7563, 7956, 11700, 11])).
% 127.86/80.39 tff(18758,plain,
% 127.86/80.39 (~v924(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8861, 15877, 7966])).
% 127.86/80.39 tff(18759,plain,
% 127.86/80.39 (~sP956_aig_name(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7856, 7293, 18758])).
% 127.86/80.39 tff(18760,plain,
% 127.86/80.39 (~v17(constB10, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8822, 12585, 7956])).
% 127.86/80.39 tff(18761,plain,
% 127.86/80.39 (~v17(constB10, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8830, 12585, 7956])).
% 127.86/80.39 tff(18762,plain,
% 127.86/80.39 (~v1003(constB10)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8841, 18761, 18760])).
% 127.86/80.39 tff(18763,plain,
% 127.86/80.39 (~v17(constB10, bitIndex2)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[8846, 12585, 7956])).
% 127.86/80.39 tff(18764,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[7862, 7308, 18763, 18762, 18759])).
% 127.86/80.39 tff(18765,plain,((~(constB12 = sK952_VarCurr)) | (~sP958(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18766,plain,
% 127.86/80.39 (~(constB12 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18765, 7956, 7966, 6360, 7563, 11, 11700])).
% 127.86/80.39 tff(18767,plain,
% 127.86/80.39 (v11(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12610, 11348, 11, 11700, 17187, 4113, 4112, 18766, 17186, 18757, 4111, 3694, 2408, 17443])).
% 127.86/80.39 tff(18768,plain,
% 127.86/80.39 (v11(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12610, 11348, 11, 11700, 17187, 4113, 4112, 11346, 17186, 5323, 4111, 3694, 2408, 17443])).
% 127.86/80.39 tff(18769,plain,
% 127.86/80.39 (v7(constB20, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11815, 3955, 11])).
% 127.86/80.39 tff(18770,plain,
% 127.86/80.39 (v7(constB19, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9468, 18769])).
% 127.86/80.39 tff(18771,plain,
% 127.86/80.39 (v956(constB19, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11821, 18770])).
% 127.86/80.39 tff(18772,plain,
% 127.86/80.39 (v940(constB19, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11826, 18771])).
% 127.86/80.39 tff(18773,plain,
% 127.86/80.39 (v938(constB18, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11831, 18772])).
% 127.86/80.39 tff(18774,plain,
% 127.86/80.39 (v13(constB18, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11841, 18773])).
% 127.86/80.39 tff(18775,plain,
% 127.86/80.39 (~v13(constB18, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12186, 18774, 5706, 5707])).
% 127.86/80.39 tff(18776,plain,
% 127.86/80.39 ((~v1050(constB18)) | (~v11(constB18))),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11895, 6040, 18775])).
% 127.86/80.39 tff(18777,plain,
% 127.86/80.39 (~v11(constB18)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18776, 14195])).
% 127.86/80.39 tff(18778,plain,
% 127.86/80.39 ($false),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11839, 335, 18777, 18773])).
% 127.86/80.39 tff(18779,plain,((~(constB20 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB18, bitIndex1) | v7(constB18, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.86/80.39 tff(18780,plain,
% 127.86/80.39 (~(constB20 = sK952_VarCurr)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[18779, 11775, 11759, 11700, 11])).
% 127.86/80.39 tff(18781,plain,
% 127.86/80.39 (v7(constB16, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12716, 11348, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 17186, 11346, 5323, 4111, 11700, 17187, 11776, 3694, 17443, 18780, 2408, 11773])).
% 127.86/80.39 tff(18782,plain,
% 127.86/80.39 (v7(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10199, 18781])).
% 127.86/80.39 tff(18783,plain,
% 127.86/80.39 (v1052(constB15)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10207, 18782])).
% 127.86/80.39 tff(18784,plain,
% 127.86/80.39 (v1050(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10212, 18783])).
% 127.86/80.39 tff(18785,plain,
% 127.86/80.39 (v13(constB14, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[10219, 6040, 18784, 18768])).
% 127.86/80.39 tff(18786,plain,
% 127.86/80.39 (sP958(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[12765, 12722, 18785])).
% 127.86/80.39 tff(18787,plain,
% 127.86/80.39 (sP957(constB14)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[17544, 18786, 3695, 12722, 18768, 11700, 11, 4113, 4112, 11346, 5323, 11348, 4111, 3694, 2408])).
% 127.86/80.39 tff(18788,plain,
% 127.86/80.39 (v7(constB15, bitIndex1)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[11848, 11348, 11, 17187, 4113, 4112, 11346, 5323, 17186, 4111, 3695, 17443, 3694, 2408])).
% 127.86/80.39 tff(18789,plain,
% 127.86/80.39 (v956(constB15, bitIndex0)),
% 127.86/80.39 inference(unit_resolution,[status(thm)],[9649, 18788])).
% 127.86/80.40 tff(18790,plain,
% 127.86/80.40 (v940(constB15, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[9654, 18789])).
% 127.86/80.40 tff(18791,plain,
% 127.86/80.40 (v938(constB14, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[9659, 18790])).
% 127.86/80.40 tff(18792,plain,
% 127.86/80.40 (v13(constB14, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[11741, 18791])).
% 127.86/80.40 tff(18793,plain,
% 127.86/80.40 (v7(constB14, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[12770, 12722, 18792, 18785])).
% 127.86/80.40 tff(18794,plain,
% 127.86/80.40 (v7(constB13, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2214, 18793])).
% 127.86/80.40 tff(18795,plain,
% 127.86/80.40 (v956(constB13, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2193, 18794])).
% 127.86/80.40 tff(18796,plain,
% 127.86/80.40 (v940(constB13, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2185, 18795])).
% 127.86/80.40 tff(18797,plain,
% 127.86/80.40 (v938(constB12, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2159, 18796])).
% 127.86/80.40 tff(18798,plain,
% 127.86/80.40 (v13(constB12, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[9911, 18797])).
% 127.86/80.40 tff(18799,plain,
% 127.86/80.40 (~v13(constB12, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1987, 18798, 1774, 1703])).
% 127.86/80.40 tff(18800,plain,
% 127.86/80.40 (v11(constB12)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[17435, 18768, 11, 4113, 4112, 11700, 11346, 3694, 5323, 4111])).
% 127.86/80.40 tff(18801,plain,
% 127.86/80.40 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10802, 6040, 18800])).
% 127.86/80.40 tff(18802,plain,
% 127.86/80.40 (~v1050(constB12)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[18801, 18799])).
% 127.86/80.40 tff(18803,plain,
% 127.86/80.40 (~v1052(constB13)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10808, 18802])).
% 127.86/80.40 tff(18804,plain,
% 127.86/80.40 (~v7(constB13, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10816, 18803])).
% 127.86/80.40 tff(18805,plain,
% 127.86/80.40 (~v7(constB14, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10822, 18804])).
% 127.86/80.40 tff(18806,plain,
% 127.86/80.40 ($false),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10826, 5875, 18805, 18787])).
% 127.86/80.40 tff(18807,plain,(v7(constB14, bitIndex2) | v7(constB12, bitIndex2) | v7(constB12, bitIndex1) | v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.40 tff(18808,plain,
% 127.86/80.40 (v7(constB14, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[18807, 1703, 1774, 3695, 11700, 11, 4113, 4112, 11346, 5323, 11348, 4111, 3694, 2408])).
% 127.86/80.40 tff(18809,plain,
% 127.86/80.40 (v7(constB13, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2293, 18808])).
% 127.86/80.40 tff(18810,plain,
% 127.86/80.40 (v929(constB13, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2272, 18809])).
% 127.86/80.40 tff(18811,plain,
% 127.86/80.40 (v940(constB13, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2264, 18810])).
% 127.86/80.40 tff(18812,plain,
% 127.86/80.40 (v938(constB12, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2238, 18811])).
% 127.86/80.40 tff(18813,plain,
% 127.86/80.40 (v13(constB12, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[16046, 18812])).
% 127.86/80.40 tff(18814,plain,
% 127.86/80.40 (~v13(constB12, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1863, 18813, 1774, 1703])).
% 127.86/80.40 tff(18815,plain,
% 127.86/80.40 (~v1050(constB12)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[18801, 18814])).
% 127.86/80.40 tff(18816,plain,
% 127.86/80.40 (~v1052(constB13)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10808, 18815])).
% 127.86/80.40 tff(18817,plain,
% 127.86/80.40 (~v7(constB13, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10816, 18816])).
% 127.86/80.40 tff(18818,plain,
% 127.86/80.40 (~v7(constB14, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[10822, 18817])).
% 127.86/80.40 tff(18819,plain,
% 127.86/80.40 (~v13(constB12, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7693, 18813, 1703, 1774])).
% 127.86/80.40 tff(18820,plain,
% 127.86/80.40 (~v938(constB12, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[9911, 18819])).
% 127.86/80.40 tff(18821,plain,
% 127.86/80.40 (~v940(constB13, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2159, 18820])).
% 127.86/80.40 tff(18822,plain,
% 127.86/80.40 (~v956(constB13, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2185, 18821])).
% 127.86/80.40 tff(18823,plain,
% 127.86/80.40 (~v7(constB13, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2193, 18822])).
% 127.86/80.40 tff(18824,plain,
% 127.86/80.40 (~v7(constB14, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2214, 18823])).
% 127.86/80.40 tff(18825,plain,
% 127.86/80.40 (~v13(constB14, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[12799, 18824, 18792, 18818])).
% 127.86/80.40 tff(18826,plain,
% 127.86/80.40 (~v952(constB14, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[12833, 18824, 18785, 18818, 18792])).
% 127.86/80.40 tff(18827,plain,
% 127.86/80.40 ($false),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[12871, 18826, 18825, 18808])).
% 127.86/80.40 tff(18828,plain,(v7(constB12, bitIndex1) | v7(constB12, bitIndex2) | v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.86/80.40 tff(18829,plain,
% 127.86/80.40 (v7(constB12, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[18828, 11348, 3695, 11700, 11, 4113, 4112, 18766, 18757, 1774, 4111, 3694, 2408])).
% 127.86/80.40 tff(18830,plain,
% 127.86/80.40 (v7(constB11, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1342, 18829])).
% 127.86/80.40 tff(18831,plain,
% 127.86/80.40 (v956(constB11, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1311, 18830])).
% 127.86/80.40 tff(18832,plain,
% 127.86/80.40 (v940(constB11, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1303, 18831])).
% 127.86/80.40 tff(18833,plain,
% 127.86/80.40 (v938(constB10, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1263, 18832])).
% 127.86/80.40 tff(18834,plain,
% 127.86/80.40 (v13(constB10, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[12400, 18833])).
% 127.86/80.40 tff(18835,plain,
% 127.86/80.40 (~v17(constB10, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[8822, 18834, 7956])).
% 127.86/80.40 tff(18836,plain,
% 127.86/80.40 (~v17(constB10, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[8830, 18834, 7956])).
% 127.86/80.40 tff(18837,plain,
% 127.86/80.40 (~v1003(constB10)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[8841, 18836, 18835])).
% 127.86/80.40 tff(18838,plain,
% 127.86/80.40 (~v17(constB10, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[8846, 18834, 7956])).
% 127.86/80.40 tff(18839,plain,
% 127.86/80.40 (sP956_aig_name(constB10)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7862, 7308, 18838, 18837])).
% 127.86/80.40 tff(18840,plain,
% 127.86/80.40 (v924(constB10, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7856, 7293, 18839])).
% 127.86/80.40 tff(18841,plain,
% 127.86/80.40 (~v13(constB10, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[8861, 18840, 7966])).
% 127.86/80.40 tff(18842,plain,
% 127.86/80.40 (~v1050(constB10)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7578, 18841])).
% 127.86/80.40 tff(18843,plain,
% 127.86/80.40 (~v1052(constB11)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7583, 18842])).
% 127.86/80.40 tff(18844,plain,
% 127.86/80.40 (~v7(constB11, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7591, 18843])).
% 127.86/80.40 tff(18845,plain,
% 127.86/80.40 (~v7(constB12, bitIndex0)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7597, 18844])).
% 127.86/80.40 tff(18846,plain,
% 127.86/80.40 (v7(constB14, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[17592, 18845, 3695, 1875, 2408, 18767, 11700, 11, 4113, 4112, 18766, 18757, 11348, 4111, 3694])).
% 127.86/80.40 tff(18847,plain,
% 127.86/80.40 (v7(constB13, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2293, 18846])).
% 127.86/80.40 tff(18848,plain,
% 127.86/80.40 (v929(constB13, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2272, 18847])).
% 127.86/80.40 tff(18849,plain,
% 127.86/80.40 (v940(constB13, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2264, 18848])).
% 127.86/80.40 tff(18850,plain,
% 127.86/80.40 (v938(constB12, bitIndex1)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[2238, 18849])).
% 127.86/80.40 tff(18851,plain,
% 127.86/80.40 (v13(constB12, bitIndex2)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[16046, 18850])).
% 127.86/80.40 tff(18852,plain,
% 127.86/80.40 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[1810, 1804, 1774])).
% 127.86/80.40 tff(18853,plain,
% 127.86/80.40 (sP960(constB12)),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[18852, 18851])).
% 127.86/80.40 tff(18854,plain,
% 127.86/80.40 ($false),
% 127.86/80.40 inference(unit_resolution,[status(thm)],[7601, 5864, 18845, 18853])).
% 127.87/80.40 tff(18855,plain,((constB14 = sK952_VarCurr) | v7(constB12, bitIndex2) | v11(constB16) | (constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | (~sP958(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.40 tff(18856,plain,
% 127.87/80.40 (v11(constB16)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18855, 18748, 18724, 18518, 11700, 11, 4113, 4112, 4111, 3694, 7563, 7955, 6360, 8803])).
% 127.87/80.40 tff(18857,plain,
% 127.87/80.40 (~(constB11 = sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18756, 7955, 6360, 7563, 8803, 11700, 11])).
% 127.87/80.40 tff(18858,plain,
% 127.87/80.40 (~(constB12 = sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18765, 8803, 7955, 6360, 7563, 11, 11700])).
% 127.87/80.40 tff(18859,plain,
% 127.87/80.40 ($false),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12610, 17276, 5374, 11, 11700, 17187, 4113, 4112, 11346, 17186, 5323, 4111, 3694, 11348, 2408])).
% 127.87/80.40 tff(18860,plain,(v11(constB14) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.40 tff(18861,plain,
% 127.87/80.40 (v11(constB14)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18860, 11346, 11700, 4113, 4112, 11, 5323, 4111, 3694, 11348, 2408])).
% 127.87/80.40 tff(18862,plain,
% 127.87/80.40 (v7(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17775, 17786, 2408, 9481, 11700, 11, 4113, 4112, 4111, 11346, 5323, 18861, 3694, 11348])).
% 127.87/80.40 tff(18863,plain,
% 127.87/80.40 (v7(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10822, 18862])).
% 127.87/80.40 tff(18864,plain,
% 127.87/80.40 (v1052(constB13)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10816, 18863])).
% 127.87/80.40 tff(18865,plain,
% 127.87/80.40 (v1050(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10808, 18864])).
% 127.87/80.40 tff(18866,plain,
% 127.87/80.40 (v11(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17435, 18861, 11, 4113, 4112, 11700, 11346, 3694, 5323, 4111])).
% 127.87/80.40 tff(18867,plain,
% 127.87/80.40 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10802, 6040, 18866])).
% 127.87/80.40 tff(18868,plain,
% 127.87/80.40 (v13(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18867, 18865])).
% 127.87/80.40 tff(18869,plain,
% 127.87/80.40 (~v13(constB12, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1987, 18868, 1774, 1703])).
% 127.87/80.40 tff(18870,plain,
% 127.87/80.40 (~v938(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9911, 18869])).
% 127.87/80.40 tff(18871,plain,
% 127.87/80.40 (~v940(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2159, 18870])).
% 127.87/80.40 tff(18872,plain,
% 127.87/80.40 (~v956(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2185, 18871])).
% 127.87/80.40 tff(18873,plain,
% 127.87/80.40 (~v7(constB13, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2193, 18872])).
% 127.87/80.40 tff(18874,plain,
% 127.87/80.40 (~v7(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2214, 18873])).
% 127.87/80.40 tff(18875,plain,
% 127.87/80.40 (v7(constB18, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17925, 18874, 9481, 2408, 11700, 11, 4113, 4112, 4111, 11346, 5323, 18861, 3694, 11348, 2216])).
% 127.87/80.40 tff(18876,plain,
% 127.87/80.40 (v7(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5759, 18875])).
% 127.87/80.40 tff(18877,plain,
% 127.87/80.40 (v956(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10249, 18876])).
% 127.87/80.40 tff(18878,plain,
% 127.87/80.40 (v940(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5567, 18877])).
% 127.87/80.40 tff(18879,plain,
% 127.87/80.40 (v938(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5541, 18878])).
% 127.87/80.40 tff(18880,plain,
% 127.87/80.40 (v13(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9541, 18879])).
% 127.87/80.40 tff(18881,plain,
% 127.87/80.40 (~v13(constB16, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17939, 18880, 2216, 18869, 18861])).
% 127.87/80.40 tff(18882,plain,
% 127.87/80.40 (~v938(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10079, 18881])).
% 127.87/80.40 tff(18883,plain,
% 127.87/80.40 (~v940(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5581, 18882])).
% 127.87/80.40 tff(18884,plain,
% 127.87/80.40 (~v929(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5607, 18883])).
% 127.87/80.40 tff(18885,plain,
% 127.87/80.40 (~v7(constB17, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5615, 18884])).
% 127.87/80.40 tff(18886,plain,
% 127.87/80.40 (~v7(constB18, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5636, 18885])).
% 127.87/80.40 tff(18887,plain,
% 127.87/80.40 (sP959(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5710, 1871, 18886])).
% 127.87/80.40 tff(18888,plain,
% 127.87/80.40 (constB19 = sK952_VarCurr),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18017, 18887, 11, 4113, 4112, 11346, 5323, 2408, 4111, 3694, 11348, 11700, 9481, 17786, 18861, 18880, 18874])).
% 127.87/80.40 tff(18889,plain,
% 127.87/80.40 (v7(constB19, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12639, 18888, 11])).
% 127.87/80.40 tff(18890,plain,
% 127.87/80.40 (v956(constB19, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11821, 18889])).
% 127.87/80.40 tff(18891,plain,
% 127.87/80.40 (v940(constB19, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11826, 18890])).
% 127.87/80.40 tff(18892,plain,
% 127.87/80.40 (v938(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11831, 18891])).
% 127.87/80.40 tff(18893,plain,
% 127.87/80.40 (v11(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11839, 335, 18892])).
% 127.87/80.40 tff(18894,plain,
% 127.87/80.40 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.87/80.40 inference(monotonicity,[status(thm)],[18888])).
% 127.87/80.40 tff(18895,plain,
% 127.87/80.40 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.87/80.40 inference(symmetry,[status(thm)],[18894])).
% 127.87/80.40 tff(18896,plain,
% 127.87/80.40 (v1044(sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5791, 18888])).
% 127.87/80.40 tff(18897,plain,
% 127.87/80.40 (v1052(sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12067, 18896])).
% 127.87/80.40 tff(18898,plain,
% 127.87/80.40 (v1052(constB19)),
% 127.87/80.40 inference(modus_ponens,[status(thm)],[18897, 18895])).
% 127.87/80.40 tff(18899,plain,
% 127.87/80.40 (v1050(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11888, 18898])).
% 127.87/80.40 tff(18900,plain,
% 127.87/80.40 (v13(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11895, 6040, 18899, 18893])).
% 127.87/80.40 tff(18901,plain,
% 127.87/80.40 (v13(constB18, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11841, 18892])).
% 127.87/80.40 tff(18902,plain,
% 127.87/80.40 (v7(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12264, 18900, 18901, 18887])).
% 127.87/80.40 tff(18903,plain,
% 127.87/80.40 (v7(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9562, 18902])).
% 127.87/80.40 tff(18904,plain,
% 127.87/80.40 (v1052(constB17)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9570, 18903])).
% 127.87/80.40 tff(18905,plain,
% 127.87/80.40 (v1050(constB16)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9575, 18904])).
% 127.87/80.40 tff(18906,plain,
% 127.87/80.40 (v13(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9583, 18905])).
% 127.87/80.40 tff(18907,plain,
% 127.87/80.40 (v7(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11331, 18906, 18880])).
% 127.87/80.40 tff(18908,plain,
% 127.87/80.40 (v7(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10199, 18907])).
% 127.87/80.40 tff(18909,plain,
% 127.87/80.40 (v1052(constB15)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10207, 18908])).
% 127.87/80.40 tff(18910,plain,
% 127.87/80.40 (v1050(constB14)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10212, 18909])).
% 127.87/80.40 tff(18911,plain,
% 127.87/80.40 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10219, 6040, 18861])).
% 127.87/80.40 tff(18912,plain,
% 127.87/80.40 (v13(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18911, 18910])).
% 127.87/80.40 tff(18913,plain,
% 127.87/80.40 (~v13(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12770, 18912, 17786, 18874])).
% 127.87/80.40 tff(18914,plain,
% 127.87/80.40 (~v938(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11741, 18913])).
% 127.87/80.40 tff(18915,plain,
% 127.87/80.40 (~v940(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9659, 18914])).
% 127.87/80.40 tff(18916,plain,
% 127.87/80.40 (~v956(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9654, 18915])).
% 127.87/80.40 tff(18917,plain,
% 127.87/80.40 (~v7(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9649, 18916])).
% 127.87/80.40 tff(18918,plain,
% 127.87/80.40 (~v7(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[4007, 18917])).
% 127.87/80.40 tff(18919,plain,
% 127.87/80.40 (~v13(constB14, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[13037, 18912, 17786, 18874])).
% 127.87/80.40 tff(18920,plain,
% 127.87/80.40 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2361, 2226, 18861])).
% 127.87/80.40 tff(18921,plain,
% 127.87/80.40 (~v938(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18920, 18919])).
% 127.87/80.40 tff(18922,plain,
% 127.87/80.40 (~v940(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2356, 18921])).
% 127.87/80.40 tff(18923,plain,
% 127.87/80.40 (~v929(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2348, 18922])).
% 127.87/80.40 tff(18924,plain,
% 127.87/80.40 (~v7(constB15, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5505, 18923])).
% 127.87/80.40 tff(18925,plain,
% 127.87/80.40 (~v7(constB16, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[4072, 18924])).
% 127.87/80.40 tff(18926,plain,
% 127.87/80.40 ($false),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17412, 18925, 18918, 18886, 18901, 18900])).
% 127.87/80.40 tff(18927,plain,(v13(constB12, bitIndex2) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v7(constB12, bitIndex2) | v7(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.40 tff(18928,plain,
% 127.87/80.40 (v13(constB12, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18927, 1703, 11700, 11, 4113, 4112, 18858, 18857, 18748, 4111, 3694, 18724, 18518, 18856])).
% 127.87/80.40 tff(18929,plain,
% 127.87/80.40 (~v13(constB12, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8864, 18928, 6360, 7950, 7563])).
% 127.87/80.40 tff(18930,plain,
% 127.87/80.40 (~v938(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9911, 18929])).
% 127.87/80.40 tff(18931,plain,
% 127.87/80.40 (~v940(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2159, 18930])).
% 127.87/80.40 tff(18932,plain,
% 127.87/80.40 (~v956(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2185, 18931])).
% 127.87/80.40 tff(18933,plain,
% 127.87/80.40 (~v7(constB13, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2193, 18932])).
% 127.87/80.40 tff(18934,plain,
% 127.87/80.40 (~v7(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2214, 18933])).
% 127.87/80.40 tff(18935,plain,
% 127.87/80.40 (v11(constB14)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18860, 18858, 11700, 4113, 4112, 11, 18857, 4111, 3694, 18724, 18748])).
% 127.87/80.40 tff(18936,plain,
% 127.87/80.40 (~v13(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1863, 18928, 18518, 1703])).
% 127.87/80.40 tff(18937,plain,
% 127.87/80.40 (v11(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17435, 18935, 11, 4113, 4112, 11700, 18858, 3694, 18857, 4111])).
% 127.87/80.40 tff(18938,plain,
% 127.87/80.40 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10802, 6040, 18937])).
% 127.87/80.40 tff(18939,plain,
% 127.87/80.40 (~v1050(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18938, 18936])).
% 127.87/80.40 tff(18940,plain,
% 127.87/80.40 (~v1052(constB13)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10808, 18939])).
% 127.87/80.40 tff(18941,plain,
% 127.87/80.40 (~v7(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10816, 18940])).
% 127.87/80.40 tff(18942,plain,
% 127.87/80.40 (~v7(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10822, 18941])).
% 127.87/80.40 tff(18943,plain,
% 127.87/80.40 (v7(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18224, 18942, 18935, 18856, 18934, 11700, 11, 4113, 4112, 4111, 18858, 18857, 18748, 3694, 18724])).
% 127.87/80.40 tff(18944,plain,
% 127.87/80.40 (v956(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9649, 18943])).
% 127.87/80.40 tff(18945,plain,
% 127.87/80.40 (v940(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9654, 18944])).
% 127.87/80.40 tff(18946,plain,
% 127.87/80.40 (v938(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9659, 18945])).
% 127.87/80.40 tff(18947,plain,
% 127.87/80.40 (v13(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11741, 18946])).
% 127.87/80.40 tff(18948,plain,
% 127.87/80.40 (~v13(constB16, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[13682, 18947, 18942, 18935, 18934])).
% 127.87/80.40 tff(18949,plain,
% 127.87/80.40 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5572, 2226, 18856])).
% 127.87/80.40 tff(18950,plain,
% 127.87/80.40 (~v938(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18949, 18948])).
% 127.87/80.40 tff(18951,plain,
% 127.87/80.40 (~v940(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5581, 18950])).
% 127.87/80.40 tff(18952,plain,
% 127.87/80.40 (~v929(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5607, 18951])).
% 127.87/80.40 tff(18953,plain,
% 127.87/80.40 (~v7(constB17, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5615, 18952])).
% 127.87/80.40 tff(18954,plain,
% 127.87/80.40 (~v7(constB18, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5636, 18953])).
% 127.87/80.40 tff(18955,plain,
% 127.87/80.40 (v7(constB14, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17775, 18942, 18748, 18856, 11700, 11, 4113, 4112, 4111, 18858, 18857, 18935, 3694, 18724])).
% 127.87/80.40 tff(18956,plain,
% 127.87/80.40 (~v13(constB14, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12799, 18947, 18942, 18934])).
% 127.87/80.40 tff(18957,plain,
% 127.87/80.40 (v952(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12871, 18956, 18955])).
% 127.87/80.40 tff(18958,plain,
% 127.87/80.40 (~v13(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12833, 18957, 18942, 18934, 18947])).
% 127.87/80.40 tff(18959,plain,
% 127.87/80.40 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10219, 6040, 18935])).
% 127.87/80.40 tff(18960,plain,
% 127.87/80.40 (~v1050(constB14)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18959, 18958])).
% 127.87/80.40 tff(18961,plain,
% 127.87/80.40 (~v1052(constB15)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10212, 18960])).
% 127.87/80.40 tff(18962,plain,
% 127.87/80.40 (~v7(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10207, 18961])).
% 127.87/80.40 tff(18963,plain,
% 127.87/80.40 (~v7(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10199, 18962])).
% 127.87/80.40 tff(18964,plain,
% 127.87/80.40 (constB19 = sK952_VarCurr),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18289, 18963, 11, 4113, 4112, 4111, 11700, 18857, 18858, 3694, 18856, 18724, 18748, 18954])).
% 127.87/80.40 tff(18965,plain,
% 127.87/80.40 (v7(constB19, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12639, 18964, 11])).
% 127.87/80.40 tff(18966,plain,
% 127.87/80.40 (v956(constB19, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11821, 18965])).
% 127.87/80.40 tff(18967,plain,
% 127.87/80.40 (v940(constB19, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11826, 18966])).
% 127.87/80.40 tff(18968,plain,
% 127.87/80.40 (v938(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11831, 18967])).
% 127.87/80.40 tff(18969,plain,
% 127.87/80.40 (v13(constB18, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11841, 18968])).
% 127.87/80.40 tff(18970,plain,
% 127.87/80.40 (v11(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11839, 335, 18968])).
% 127.87/80.40 tff(18971,plain,
% 127.87/80.40 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.87/80.40 inference(monotonicity,[status(thm)],[18964])).
% 127.87/80.40 tff(18972,plain,
% 127.87/80.40 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.87/80.40 inference(symmetry,[status(thm)],[18971])).
% 127.87/80.40 tff(18973,plain,
% 127.87/80.40 (v1044(sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5791, 18964])).
% 127.87/80.40 tff(18974,plain,
% 127.87/80.40 (v1052(sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12067, 18973])).
% 127.87/80.40 tff(18975,plain,
% 127.87/80.40 (v1052(constB19)),
% 127.87/80.40 inference(modus_ponens,[status(thm)],[18974, 18972])).
% 127.87/80.40 tff(18976,plain,
% 127.87/80.40 (v1050(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11888, 18975])).
% 127.87/80.40 tff(18977,plain,
% 127.87/80.40 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11895, 6040, 18976])).
% 127.87/80.40 tff(18978,plain,
% 127.87/80.40 (v13(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18977, 18970])).
% 127.87/80.40 tff(18979,plain,
% 127.87/80.40 (v7(constB18, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12186, 18978, 18969, 18954])).
% 127.87/80.40 tff(18980,plain,
% 127.87/80.40 (v7(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5759, 18979])).
% 127.87/80.40 tff(18981,plain,
% 127.87/80.40 (v956(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10249, 18980])).
% 127.87/80.40 tff(18982,plain,
% 127.87/80.40 (v940(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5567, 18981])).
% 127.87/80.40 tff(18983,plain,
% 127.87/80.40 (v938(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5541, 18982])).
% 127.87/80.40 tff(18984,plain,
% 127.87/80.40 (sP959(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5710, 1871, 18954])).
% 127.87/80.40 tff(18985,plain,
% 127.87/80.40 (v7(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12264, 18978, 18969, 18984])).
% 127.87/80.40 tff(18986,plain,
% 127.87/80.40 (v7(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9562, 18985])).
% 127.87/80.40 tff(18987,plain,
% 127.87/80.40 (v1052(constB17)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9570, 18986])).
% 127.87/80.40 tff(18988,plain,
% 127.87/80.40 (v1050(constB16)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9575, 18987])).
% 127.87/80.40 tff(18989,plain,
% 127.87/80.40 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9582, 6040, 18856])).
% 127.87/80.40 tff(18990,plain,
% 127.87/80.40 (v13(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18989, 18988])).
% 127.87/80.40 tff(18991,plain,
% 127.87/80.40 (~v13(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11331, 18990, 18963])).
% 127.87/80.40 tff(18992,plain,
% 127.87/80.40 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5532, 320, 18856])).
% 127.87/80.40 tff(18993,plain,
% 127.87/80.40 ($false),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18992, 18991, 18983])).
% 127.87/80.40 tff(18994,plain,(v7(constB12, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v7(constB10, bitIndex2) | v7(constB10, bitIndex0) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.40 tff(18995,plain,
% 127.87/80.40 (v7(constB12, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18994, 18723, 11, 4113, 4112, 11700, 3694, 18722, 18713, 7563])).
% 127.87/80.40 tff(18996,plain,
% 127.87/80.40 (v7(constB11, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1342, 18995])).
% 127.87/80.40 tff(18997,plain,
% 127.87/80.40 (v956(constB11, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1311, 18996])).
% 127.87/80.40 tff(18998,plain,
% 127.87/80.40 (v940(constB11, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1303, 18997])).
% 127.87/80.40 tff(18999,plain,
% 127.87/80.40 (v938(constB10, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1263, 18998])).
% 127.87/80.40 tff(19000,plain,
% 127.87/80.40 (v13(constB10, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12400, 18999])).
% 127.87/80.40 tff(19001,plain,
% 127.87/80.40 (sP959(constB10)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[6377, 1871, 18722])).
% 127.87/80.40 tff(19002,plain,
% 127.87/80.40 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex0))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8821, 7256, 19001])).
% 127.87/80.40 tff(19003,plain,
% 127.87/80.40 (~v17(constB10, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19002, 19000, 18715])).
% 127.87/80.40 tff(19004,plain,
% 127.87/80.40 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex1))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8829, 5118, 19001])).
% 127.87/80.40 tff(19005,plain,
% 127.87/80.40 (~v17(constB10, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19004, 19000, 18715])).
% 127.87/80.40 tff(19006,plain,
% 127.87/80.40 (~v1003(constB10)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8841, 19005, 19003])).
% 127.87/80.40 tff(19007,plain,
% 127.87/80.40 ((~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8845, 1205, 19001])).
% 127.87/80.40 tff(19008,plain,
% 127.87/80.40 (~v17(constB10, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19007, 19000, 18715])).
% 127.87/80.40 tff(19009,plain,
% 127.87/80.40 (sP956_aig_name(constB10)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7862, 7308, 19008, 19006])).
% 127.87/80.40 tff(19010,plain,
% 127.87/80.40 (v924(constB10, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7856, 7293, 19009])).
% 127.87/80.40 tff(19011,plain,
% 127.87/80.40 ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8860, 7278, 18722])).
% 127.87/80.40 tff(19012,plain,
% 127.87/80.40 (~v13(constB10, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19011, 19010, 18714])).
% 127.87/80.40 tff(19013,plain,
% 127.87/80.40 (~v1050(constB10)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7578, 19012])).
% 127.87/80.40 tff(19014,plain,
% 127.87/80.40 (~v1052(constB11)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7583, 19013])).
% 127.87/80.40 tff(19015,plain,
% 127.87/80.40 (~v7(constB11, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7591, 19014])).
% 127.87/80.40 tff(19016,plain,
% 127.87/80.40 (~v7(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7597, 19015])).
% 127.87/80.40 tff(19017,plain,
% 127.87/80.40 (~sP960(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7601, 5864, 19016])).
% 127.87/80.40 tff(19018,plain,
% 127.87/80.40 (~sP960(constB10)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7457, 5864, 18713])).
% 127.87/80.40 tff(19019,plain,
% 127.87/80.40 ((~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[6367, 1804, 18722])).
% 127.87/80.40 tff(19020,plain,
% 127.87/80.40 (~v13(constB10, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19019, 19018])).
% 127.87/80.40 tff(19021,plain,
% 127.87/80.40 (~v938(constB10, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12418, 19020])).
% 127.87/80.40 tff(19022,plain,
% 127.87/80.40 (~v940(constB11, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1717, 19021])).
% 127.87/80.40 tff(19023,plain,
% 127.87/80.40 (~v929(constB11, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1743, 19022])).
% 127.87/80.40 tff(19024,plain,
% 127.87/80.40 (~v7(constB11, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1751, 19023])).
% 127.87/80.40 tff(19025,plain,
% 127.87/80.40 (~v7(constB12, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1772, 19024])).
% 127.87/80.40 tff(19026,plain,
% 127.87/80.40 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[1810, 1804, 19025])).
% 127.87/80.40 tff(19027,plain,
% 127.87/80.40 (~v13(constB12, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19026, 19017])).
% 127.87/80.40 tff(19028,plain,
% 127.87/80.40 (~(constB14 = sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18530, 18722, 7563, 18713, 11700, 11])).
% 127.87/80.40 tff(19029,plain,
% 127.87/80.40 (~(constB13 = sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18747, 18722, 7563, 18713, 11700, 11])).
% 127.87/80.40 tff(19030,plain,
% 127.87/80.40 (~(constB11 = sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18756, 18714, 18722, 7563, 18715, 11700, 11])).
% 127.87/80.40 tff(19031,plain,
% 127.87/80.40 (~(constB12 = sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18765, 18715, 18714, 18722, 7563, 11, 11700])).
% 127.87/80.40 tff(19032,plain,
% 127.87/80.40 (v11(constB14)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18860, 19031, 11700, 4113, 4112, 11, 19030, 18723, 3694, 19028, 19029])).
% 127.87/80.40 tff(19033,plain,
% 127.87/80.40 (v11(constB16)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18855, 19029, 19028, 19025, 11700, 11, 4113, 4112, 18723, 3694, 7563, 18714, 18722, 18715])).
% 127.87/80.40 tff(19034,plain,
% 127.87/80.40 (~v938(constB12, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[16046, 19027])).
% 127.87/80.40 tff(19035,plain,
% 127.87/80.40 (~v940(constB13, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2238, 19034])).
% 127.87/80.40 tff(19036,plain,
% 127.87/80.40 (~v929(constB13, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2264, 19035])).
% 127.87/80.40 tff(19037,plain,
% 127.87/80.40 (~v7(constB13, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2272, 19036])).
% 127.87/80.40 tff(19038,plain,
% 127.87/80.40 (~v7(constB14, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2293, 19037])).
% 127.87/80.40 tff(19039,plain,
% 127.87/80.40 (v7(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17775, 19038, 19029, 19033, 11700, 11, 4113, 4112, 18723, 19031, 19030, 19032, 3694, 19028])).
% 127.87/80.40 tff(19040,plain,
% 127.87/80.40 (v7(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10822, 19039])).
% 127.87/80.40 tff(19041,plain,
% 127.87/80.40 (v1052(constB13)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10816, 19040])).
% 127.87/80.40 tff(19042,plain,
% 127.87/80.40 (v1050(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10808, 19041])).
% 127.87/80.40 tff(19043,plain,
% 127.87/80.40 (v11(constB12)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17435, 19032, 11, 4113, 4112, 11700, 19031, 3694, 19030, 18723])).
% 127.87/80.40 tff(19044,plain,
% 127.87/80.40 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10802, 6040, 19043])).
% 127.87/80.40 tff(19045,plain,
% 127.87/80.40 (v13(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19044, 19042])).
% 127.87/80.40 tff(19046,plain,
% 127.87/80.40 (~v13(constB12, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17323, 19045, 19016, 19027])).
% 127.87/80.40 tff(19047,plain,
% 127.87/80.40 (~v938(constB12, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9911, 19046])).
% 127.87/80.40 tff(19048,plain,
% 127.87/80.40 (~v940(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2159, 19047])).
% 127.87/80.40 tff(19049,plain,
% 127.87/80.40 (~v956(constB13, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2185, 19048])).
% 127.87/80.40 tff(19050,plain,
% 127.87/80.40 (~v7(constB13, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2193, 19049])).
% 127.87/80.40 tff(19051,plain,
% 127.87/80.40 (~v7(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2214, 19050])).
% 127.87/80.40 tff(19052,plain,
% 127.87/80.40 (v7(constB18, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17925, 19051, 19033, 19029, 11700, 11, 4113, 4112, 18723, 19031, 19030, 19032, 3694, 19028, 19027])).
% 127.87/80.40 tff(19053,plain,
% 127.87/80.40 (v7(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5759, 19052])).
% 127.87/80.40 tff(19054,plain,
% 127.87/80.40 (v956(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10249, 19053])).
% 127.87/80.40 tff(19055,plain,
% 127.87/80.40 (v940(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5567, 19054])).
% 127.87/80.40 tff(19056,plain,
% 127.87/80.40 (v938(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5541, 19055])).
% 127.87/80.40 tff(19057,plain,
% 127.87/80.40 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5532, 320, 19033])).
% 127.87/80.40 tff(19058,plain,
% 127.87/80.40 (v13(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19057, 19056])).
% 127.87/80.40 tff(19059,plain,
% 127.87/80.40 (~v13(constB16, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17939, 19058, 19027, 19046, 19032])).
% 127.87/80.40 tff(19060,plain,
% 127.87/80.40 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5572, 2226, 19033])).
% 127.87/80.40 tff(19061,plain,
% 127.87/80.40 (~v938(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19060, 19059])).
% 127.87/80.40 tff(19062,plain,
% 127.87/80.40 (~v940(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5581, 19061])).
% 127.87/80.40 tff(19063,plain,
% 127.87/80.40 (~v929(constB17, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5607, 19062])).
% 127.87/80.40 tff(19064,plain,
% 127.87/80.40 (~v7(constB17, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5615, 19063])).
% 127.87/80.40 tff(19065,plain,
% 127.87/80.40 (~v7(constB18, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5636, 19064])).
% 127.87/80.40 tff(19066,plain,
% 127.87/80.40 (sP959(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5710, 1871, 19065])).
% 127.87/80.40 tff(19067,plain,
% 127.87/80.40 (constB19 = sK952_VarCurr),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[18017, 19066, 11, 4113, 4112, 19031, 19030, 19029, 18723, 3694, 19028, 11700, 19033, 19038, 19032, 19058, 19051])).
% 127.87/80.40 tff(19068,plain,
% 127.87/80.40 (v7(constB19, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12639, 19067, 11])).
% 127.87/80.40 tff(19069,plain,
% 127.87/80.40 (v956(constB19, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11821, 19068])).
% 127.87/80.40 tff(19070,plain,
% 127.87/80.40 (v940(constB19, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11826, 19069])).
% 127.87/80.40 tff(19071,plain,
% 127.87/80.40 (v938(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11831, 19070])).
% 127.87/80.40 tff(19072,plain,
% 127.87/80.40 (v11(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11839, 335, 19071])).
% 127.87/80.40 tff(19073,plain,
% 127.87/80.40 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.87/80.40 inference(monotonicity,[status(thm)],[19067])).
% 127.87/80.40 tff(19074,plain,
% 127.87/80.40 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.87/80.40 inference(symmetry,[status(thm)],[19073])).
% 127.87/80.40 tff(19075,plain,
% 127.87/80.40 (v1044(sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5791, 19067])).
% 127.87/80.40 tff(19076,plain,
% 127.87/80.40 (v1052(sK952_VarCurr)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12067, 19075])).
% 127.87/80.40 tff(19077,plain,
% 127.87/80.40 (v1052(constB19)),
% 127.87/80.40 inference(modus_ponens,[status(thm)],[19076, 19074])).
% 127.87/80.40 tff(19078,plain,
% 127.87/80.40 (v1050(constB18)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11888, 19077])).
% 127.87/80.40 tff(19079,plain,
% 127.87/80.40 (v13(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11895, 6040, 19078, 19072])).
% 127.87/80.40 tff(19080,plain,
% 127.87/80.40 (v13(constB18, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11841, 19071])).
% 127.87/80.40 tff(19081,plain,
% 127.87/80.40 (v7(constB18, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12264, 19079, 19080, 19066])).
% 127.87/80.40 tff(19082,plain,
% 127.87/80.40 (v7(constB17, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9562, 19081])).
% 127.87/80.40 tff(19083,plain,
% 127.87/80.40 (v1052(constB17)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9570, 19082])).
% 127.87/80.40 tff(19084,plain,
% 127.87/80.40 (v1050(constB16)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9575, 19083])).
% 127.87/80.40 tff(19085,plain,
% 127.87/80.40 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9582, 6040, 19033])).
% 127.87/80.40 tff(19086,plain,
% 127.87/80.40 (v13(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19085, 19084])).
% 127.87/80.40 tff(19087,plain,
% 127.87/80.40 (v7(constB16, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11331, 19086, 19058])).
% 127.87/80.40 tff(19088,plain,
% 127.87/80.40 (v7(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10199, 19087])).
% 127.87/80.40 tff(19089,plain,
% 127.87/80.40 (v1052(constB15)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10207, 19088])).
% 127.87/80.40 tff(19090,plain,
% 127.87/80.40 (v1050(constB14)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10212, 19089])).
% 127.87/80.40 tff(19091,plain,
% 127.87/80.40 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10219, 6040, 19032])).
% 127.87/80.40 tff(19092,plain,
% 127.87/80.40 (v13(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19091, 19090])).
% 127.87/80.40 tff(19093,plain,
% 127.87/80.40 (~v13(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[12770, 19092, 19038, 19051])).
% 127.87/80.40 tff(19094,plain,
% 127.87/80.40 (~v938(constB14, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11741, 19093])).
% 127.87/80.40 tff(19095,plain,
% 127.87/80.40 (~v940(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9659, 19094])).
% 127.87/80.40 tff(19096,plain,
% 127.87/80.40 (~v956(constB15, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9654, 19095])).
% 127.87/80.40 tff(19097,plain,
% 127.87/80.40 (~v7(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[9649, 19096])).
% 127.87/80.40 tff(19098,plain,
% 127.87/80.40 (~v7(constB16, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[4007, 19097])).
% 127.87/80.40 tff(19099,plain,
% 127.87/80.40 (~v13(constB14, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[13037, 19092, 19038, 19051])).
% 127.87/80.40 tff(19100,plain,
% 127.87/80.40 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2361, 2226, 19032])).
% 127.87/80.40 tff(19101,plain,
% 127.87/80.40 (~v938(constB14, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19100, 19099])).
% 127.87/80.40 tff(19102,plain,
% 127.87/80.40 (~v940(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2356, 19101])).
% 127.87/80.40 tff(19103,plain,
% 127.87/80.40 (~v929(constB15, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2348, 19102])).
% 127.87/80.40 tff(19104,plain,
% 127.87/80.40 (~v7(constB15, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5505, 19103])).
% 127.87/80.40 tff(19105,plain,
% 127.87/80.40 (~v7(constB16, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[4072, 19104])).
% 127.87/80.40 tff(19106,plain,
% 127.87/80.40 ($false),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17412, 19105, 19098, 19065, 19080, 19079])).
% 127.87/80.40 tff(19107,plain,((constB10 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | v7(constB8, bitIndex2) | v13(constB6, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.40 tff(19108,plain,
% 127.87/80.40 (v13(constB6, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19107, 2427, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.40 tff(19109,plain,
% 127.87/80.40 (v7(constB8, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7046, 2427, 6494, 6725])).
% 127.87/80.40 tff(19110,plain,
% 127.87/80.40 (v7(constB7, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2482, 19109])).
% 127.87/80.40 tff(19111,plain,
% 127.87/80.40 (v956(constB7, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2490, 19110])).
% 127.87/80.40 tff(19112,plain,
% 127.87/80.40 (v940(constB7, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2516, 19111])).
% 127.87/80.40 tff(19113,plain,
% 127.87/80.40 (v938(constB6, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2524, 19112])).
% 127.87/80.40 tff(19114,plain,
% 127.87/80.40 (v13(constB6, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[11713, 19113])).
% 127.87/80.40 tff(19115,plain,
% 127.87/80.40 (v7(constB6, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[7204, 19114, 16699, 19108])).
% 127.87/80.40 tff(19116,plain,
% 127.87/80.40 (v7(constB5, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[834, 19115])).
% 127.87/80.40 tff(19117,plain,
% 127.87/80.40 (v929(constB5, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[783, 19116])).
% 127.87/80.40 tff(19118,plain,
% 127.87/80.40 (v940(constB5, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[765, 19117])).
% 127.87/80.40 tff(19119,plain,
% 127.87/80.40 (v938(constB4, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[699, 19118])).
% 127.87/80.40 tff(19120,plain,
% 127.87/80.40 (v13(constB4, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[16811, 19119])).
% 127.87/80.40 tff(19121,plain,
% 127.87/80.40 (v952(constB6, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[8613, 19115, 8522])).
% 127.87/80.40 tff(19122,plain,
% 127.87/80.40 (v7(constB6, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[16837, 19121, 19114, 19108])).
% 127.87/80.40 tff(19123,plain,
% 127.87/80.40 (v7(constB5, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5996, 19122])).
% 127.87/80.40 tff(19124,plain,
% 127.87/80.40 (v1052(constB5)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[6014, 19123])).
% 127.87/80.40 tff(19125,plain,
% 127.87/80.40 (v1050(constB4)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[6029, 19124])).
% 127.87/80.40 tff(19126,plain,
% 127.87/80.40 (v13(constB4, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[16842, 19125])).
% 127.87/80.40 tff(19127,plain,
% 127.87/80.40 (v940(constB3, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17018, 19126, 19120])).
% 127.87/80.40 tff(19128,plain,
% 127.87/80.40 (v938(constB2, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14251, 19127])).
% 127.87/80.40 tff(19129,plain,
% 127.87/80.40 (v11(constB2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[16889, 19120])).
% 127.87/80.40 tff(19130,plain,
% 127.87/80.40 (v13(constB2, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14259, 2226, 19129, 19128])).
% 127.87/80.40 tff(19131,plain,
% 127.87/80.40 (~v13(constB2, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14419, 19130])).
% 127.87/80.40 tff(19132,plain,
% 127.87/80.40 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14273, 6040, 19129])).
% 127.87/80.40 tff(19133,plain,
% 127.87/80.40 (~v1050(constB2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19132, 19131])).
% 127.87/80.40 tff(19134,plain,
% 127.87/80.40 (~v1052(constB3)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14266, 19133])).
% 127.87/80.40 tff(19135,plain,
% 127.87/80.40 (~v7(constB3, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14493, 19134])).
% 127.87/80.40 tff(19136,plain,
% 127.87/80.40 (~v7(constB4, bitIndex0)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14485, 19135])).
% 127.87/80.40 tff(19137,plain,
% 127.87/80.40 (~sP960(constB4)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5867, 5864, 19136])).
% 127.87/80.40 tff(19138,plain,
% 127.87/80.40 (~sP957(constB4)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[5878, 5875, 19136])).
% 127.87/80.40 tff(19139,plain,
% 127.87/80.40 (v952(constB4, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[17128, 19138, 19126])).
% 127.87/80.40 tff(19140,plain,
% 127.87/80.40 (sP960(constB4) | (~v952(constB4, bitIndex1))),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[6142, 6136, 19120])).
% 127.87/80.40 tff(19141,plain,
% 127.87/80.40 ($false),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19140, 19139, 19137])).
% 127.87/80.40 tff(19142,plain,(v7(constB8, bitIndex2) | (~v11(constB6)) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.40 tff(19143,plain,
% 127.87/80.40 (v7(constB8, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[19142, 6726, 6494, 6725, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.40 tff(19144,plain,
% 127.87/80.40 (v7(constB7, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2450, 19143])).
% 127.87/80.40 tff(19145,plain,
% 127.87/80.40 (v929(constB7, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10337, 19144])).
% 127.87/80.40 tff(19146,plain,
% 127.87/80.40 (v940(constB7, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[10333, 19145])).
% 127.87/80.40 tff(19147,plain,
% 127.87/80.40 (v938(constB6, bitIndex1)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[2545, 19146])).
% 127.87/80.40 tff(19148,plain,
% 127.87/80.40 (v13(constB6, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[14085, 19147])).
% 127.87/80.40 tff(19149,plain,
% 127.87/80.40 (v7(constB6, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[16751, 5939, 16699, 2410])).
% 127.87/80.40 tff(19150,plain,
% 127.87/80.40 (v7(constB5, bitIndex2)),
% 127.87/80.40 inference(unit_resolution,[status(thm)],[834, 19149])).
% 127.87/80.41 tff(19151,plain,
% 127.87/80.41 (v929(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[783, 19150])).
% 127.87/80.41 tff(19152,plain,
% 127.87/80.41 (v940(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[765, 19151])).
% 127.87/80.41 tff(19153,plain,
% 127.87/80.41 (v938(constB4, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[699, 19152])).
% 127.87/80.41 tff(19154,plain,
% 127.87/80.41 (v13(constB4, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16811, 19153])).
% 127.87/80.41 tff(19155,plain,
% 127.87/80.41 (~v952(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[9062, 17046])).
% 127.87/80.41 tff(19156,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6179, 6151, 19155, 16825])).
% 127.87/80.41 tff(19157,plain,(v7(constB6, bitIndex0) | (~v13(constB6, bitIndex2)) | (~v13(constB6, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19158,plain,
% 127.87/80.41 (v7(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19157, 5939, 2410])).
% 127.87/80.41 tff(19159,plain,
% 127.87/80.41 (v7(constB5, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5996, 19158])).
% 127.87/80.41 tff(19160,plain,
% 127.87/80.41 (v1052(constB5)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6014, 19159])).
% 127.87/80.41 tff(19161,plain,
% 127.87/80.41 (v1050(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6029, 19160])).
% 127.87/80.41 tff(19162,plain,
% 127.87/80.41 (v13(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16842, 19161])).
% 127.87/80.41 tff(19163,plain,
% 127.87/80.41 (v940(constB3, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17018, 19162, 19154])).
% 127.87/80.41 tff(19164,plain,
% 127.87/80.41 (v938(constB2, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14251, 19163])).
% 127.87/80.41 tff(19165,plain,
% 127.87/80.41 (v11(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16889, 19154])).
% 127.87/80.41 tff(19166,plain,
% 127.87/80.41 (v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1))),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14259, 2226, 19165])).
% 127.87/80.41 tff(19167,plain,
% 127.87/80.41 (v13(constB2, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19166, 19164])).
% 127.87/80.41 tff(19168,plain,
% 127.87/80.41 (~v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14419, 19167])).
% 127.87/80.41 tff(19169,plain,
% 127.87/80.41 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14273, 6040, 19165])).
% 127.87/80.41 tff(19170,plain,
% 127.87/80.41 (~v1050(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19169, 19168])).
% 127.87/80.41 tff(19171,plain,
% 127.87/80.41 (~v1052(constB3)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14266, 19170])).
% 127.87/80.41 tff(19172,plain,
% 127.87/80.41 (~v7(constB3, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14493, 19171])).
% 127.87/80.41 tff(19173,plain,
% 127.87/80.41 (~v7(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14485, 19172])).
% 127.87/80.41 tff(19174,plain,
% 127.87/80.41 (~sP960(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5867, 5864, 19173])).
% 127.87/80.41 tff(19175,plain,
% 127.87/80.41 (~sP957(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5878, 5875, 19173])).
% 127.87/80.41 tff(19176,plain,
% 127.87/80.41 (v952(constB4, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17128, 19175, 19162])).
% 127.87/80.41 tff(19177,plain,
% 127.87/80.41 (sP960(constB4) | (~v952(constB4, bitIndex1))),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6142, 6136, 19154])).
% 127.87/80.41 tff(19178,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19177, 19176, 19174])).
% 127.87/80.41 tff(19179,plain,((~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19180,plain,
% 127.87/80.41 (~v13(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19179, 19148])).
% 127.87/80.41 tff(19181,plain,
% 127.87/80.41 (~v938(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[11713, 19180])).
% 127.87/80.41 tff(19182,plain,
% 127.87/80.41 (~v940(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2524, 19181])).
% 127.87/80.41 tff(19183,plain,
% 127.87/80.41 (~v956(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2516, 19182])).
% 127.87/80.41 tff(19184,plain,
% 127.87/80.41 (~v7(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2490, 19183])).
% 127.87/80.41 tff(19185,plain,
% 127.87/80.41 (~v7(constB8, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2482, 19184])).
% 127.87/80.41 tff(19186,plain,
% 127.87/80.41 (v952(constB8, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7153, 8296, 2459])).
% 127.87/80.41 tff(19187,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7161, 19186, 9077])).
% 127.87/80.41 tff(19188,plain,(v7(constB8, bitIndex0) | (~v13(constB8, bitIndex2)) | v7(constB8, bitIndex1) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19189,plain,
% 127.87/80.41 (v7(constB8, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19188, 19185, 6494, 6725])).
% 127.87/80.41 tff(19190,plain,
% 127.87/80.41 (v7(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7137, 19189])).
% 127.87/80.41 tff(19191,plain,
% 127.87/80.41 (v1052(constB7)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7119, 19190])).
% 127.87/80.41 tff(19192,plain,
% 127.87/80.41 (v1050(constB6)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7111, 19191])).
% 127.87/80.41 tff(19193,plain,
% 127.87/80.41 (v13(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7106, 19192])).
% 127.87/80.41 tff(19194,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7379, 17046, 16829, 16699, 6494, 6725, 6726, 2459])).
% 127.87/80.41 tff(19195,plain,(v7(constB6, bitIndex0) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | (~v11(constB6)) | v7(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19196,plain,
% 127.87/80.41 (v7(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19195, 6726, 6725, 6494, 19185])).
% 127.87/80.41 tff(19197,plain,
% 127.87/80.41 (v7(constB5, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5996, 19196])).
% 127.87/80.41 tff(19198,plain,
% 127.87/80.41 (v1052(constB5)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6014, 19197])).
% 127.87/80.41 tff(19199,plain,
% 127.87/80.41 (v1050(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6029, 19198])).
% 127.87/80.41 tff(19200,plain,
% 127.87/80.41 (v13(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16842, 19199])).
% 127.87/80.41 tff(19201,plain,
% 127.87/80.41 (v7(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16714, 19193, 19148, 16699])).
% 127.87/80.41 tff(19202,plain,
% 127.87/80.41 (v7(constB5, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[834, 19201])).
% 127.87/80.41 tff(19203,plain,
% 127.87/80.41 (v929(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[783, 19202])).
% 127.87/80.41 tff(19204,plain,
% 127.87/80.41 (v940(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[765, 19203])).
% 127.87/80.41 tff(19205,plain,
% 127.87/80.41 (v938(constB4, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[699, 19204])).
% 127.87/80.41 tff(19206,plain,
% 127.87/80.41 (v13(constB4, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16811, 19205])).
% 127.87/80.41 tff(19207,plain,
% 127.87/80.41 (v940(constB3, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17018, 19206, 19200])).
% 127.87/80.41 tff(19208,plain,
% 127.87/80.41 (v938(constB2, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14251, 19207])).
% 127.87/80.41 tff(19209,plain,
% 127.87/80.41 (v11(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16889, 19206])).
% 127.87/80.41 tff(19210,plain,
% 127.87/80.41 (v13(constB2, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14259, 2226, 19209, 19208])).
% 127.87/80.41 tff(19211,plain,
% 127.87/80.41 (~v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14419, 19210])).
% 127.87/80.41 tff(19212,plain,
% 127.87/80.41 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14273, 6040, 19209])).
% 127.87/80.41 tff(19213,plain,
% 127.87/80.41 (~v1050(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19212, 19211])).
% 127.87/80.41 tff(19214,plain,
% 127.87/80.41 (~v1052(constB3)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14266, 19213])).
% 127.87/80.41 tff(19215,plain,
% 127.87/80.41 (~v7(constB3, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14493, 19214])).
% 127.87/80.41 tff(19216,plain,
% 127.87/80.41 (~v7(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14485, 19215])).
% 127.87/80.41 tff(19217,plain,
% 127.87/80.41 (~sP957(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5878, 5875, 19216])).
% 127.87/80.41 tff(19218,plain,
% 127.87/80.41 (~sP960(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5867, 5864, 19216])).
% 127.87/80.41 tff(19219,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17069, 19218, 19217, 19148, 3685, 19193, 16663])).
% 127.87/80.41 tff(19220,plain,((~v11(constB6)) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19221,plain,
% 127.87/80.41 (~v11(constB6)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19220, 18547, 18538, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.41 tff(19222,plain,
% 127.87/80.41 (v7(constB8, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[18642, 19221, 11, 4113, 4112, 3694, 7563, 11700, 1])).
% 127.87/80.41 tff(19223,plain,
% 127.87/80.41 (v7(constB7, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2450, 19222])).
% 127.87/80.41 tff(19224,plain,
% 127.87/80.41 (~v938(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[8146, 19221])).
% 127.87/80.41 tff(19225,plain,
% 127.87/80.41 (~v940(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2545, 19224])).
% 127.87/80.41 tff(19226,plain,
% 127.87/80.41 (~v929(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10333, 19225])).
% 127.87/80.41 tff(19227,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10337, 19226, 19223])).
% 127.87/80.41 tff(19228,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v13(constB10, bitIndex0)) | (~v13(constB10, bitIndex1)) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19229,plain,
% 127.87/80.41 (v7(constB10, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19228, 15877, 4113, 4112, 3694, 7563, 11700, 11, 12585, 2408])).
% 127.87/80.41 tff(19230,plain,
% 127.87/80.41 (v7(constB9, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[188, 19229])).
% 127.87/80.41 tff(19231,plain,
% 127.87/80.41 (v956(constB9, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[206, 19230])).
% 127.87/80.41 tff(19232,plain,
% 127.87/80.41 (v940(constB9, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[289, 19231])).
% 127.87/80.41 tff(19233,plain,
% 127.87/80.41 (v938(constB8, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[307, 19232])).
% 127.87/80.41 tff(19234,plain,
% 127.87/80.41 (v13(constB8, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[340, 19233])).
% 127.87/80.41 tff(19235,plain,
% 127.87/80.41 (v11(constB8)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[338, 335, 19233])).
% 127.87/80.41 tff(19236,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[18765, 8803, 7955, 5324, 6360, 7563, 11, 11700])).
% 127.87/80.41 tff(19237,plain,(v7(constB10, bitIndex0) | (~(constB12 = sK952_VarCurr)) | v7(constB10, bitIndex2) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19238,plain,
% 127.87/80.41 (v7(constB10, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19237, 7656, 5324, 7563, 11, 11700])).
% 127.87/80.41 tff(19239,plain,
% 127.87/80.41 (v7(constB9, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6470, 19238])).
% 127.87/80.41 tff(19240,plain,
% 127.87/80.41 (v1052(constB9)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6478, 19239])).
% 127.87/80.41 tff(19241,plain,
% 127.87/80.41 (v1050(constB8)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6483, 19240])).
% 127.87/80.41 tff(19242,plain,
% 127.87/80.41 (v13(constB8, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6492, 19241])).
% 127.87/80.41 tff(19243,plain,
% 127.87/80.41 (v7(constB8, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16801, 19242, 7564, 1193])).
% 127.87/80.41 tff(19244,plain,
% 127.87/80.41 (v7(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7137, 19243])).
% 127.87/80.41 tff(19245,plain,
% 127.87/80.41 (v1052(constB7)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7119, 19244])).
% 127.87/80.41 tff(19246,plain,
% 127.87/80.41 (v1050(constB6)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7111, 19245])).
% 127.87/80.41 tff(19247,plain,
% 127.87/80.41 (v13(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16721, 19246])).
% 127.87/80.41 tff(19248,plain,
% 127.87/80.41 (v7(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16759, 19242, 7564, 1193])).
% 127.87/80.41 tff(19249,plain,
% 127.87/80.41 (v7(constB8, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17034, 19247, 1193, 19242, 19248])).
% 127.87/80.41 tff(19250,plain,
% 127.87/80.41 (v7(constB7, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2450, 19249])).
% 127.87/80.41 tff(19251,plain,
% 127.87/80.41 (v929(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10337, 19250])).
% 127.87/80.41 tff(19252,plain,
% 127.87/80.41 (v940(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10333, 19251])).
% 127.87/80.41 tff(19253,plain,
% 127.87/80.41 (v938(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2545, 19252])).
% 127.87/80.41 tff(19254,plain,
% 127.87/80.41 (v13(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14085, 19253])).
% 127.87/80.41 tff(19255,plain,
% 127.87/80.41 (v7(constB5, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[834, 19248])).
% 127.87/80.41 tff(19256,plain,
% 127.87/80.41 (v929(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[783, 19255])).
% 127.87/80.41 tff(19257,plain,
% 127.87/80.41 (v940(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[765, 19256])).
% 127.87/80.41 tff(19258,plain,
% 127.87/80.41 (v938(constB4, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[699, 19257])).
% 127.87/80.41 tff(19259,plain,
% 127.87/80.41 (v13(constB4, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16811, 19258])).
% 127.87/80.41 tff(19260,plain,
% 127.87/80.41 (v7(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17050, 19254, 19247])).
% 127.87/80.41 tff(19261,plain,
% 127.87/80.41 (v7(constB5, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5996, 19260])).
% 127.87/80.41 tff(19262,plain,
% 127.87/80.41 (v1052(constB5)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6014, 19261])).
% 127.87/80.41 tff(19263,plain,
% 127.87/80.41 (v1050(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6029, 19262])).
% 127.87/80.41 tff(19264,plain,
% 127.87/80.41 (v13(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16842, 19263])).
% 127.87/80.41 tff(19265,plain,
% 127.87/80.41 (v940(constB3, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17018, 19264, 19259])).
% 127.87/80.41 tff(19266,plain,
% 127.87/80.41 (v938(constB2, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14251, 19265])).
% 127.87/80.41 tff(19267,plain,
% 127.87/80.41 (v11(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16889, 19259])).
% 127.87/80.41 tff(19268,plain,
% 127.87/80.41 (v13(constB2, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14259, 2226, 19267, 19266])).
% 127.87/80.41 tff(19269,plain,
% 127.87/80.41 (~v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14419, 19268])).
% 127.87/80.41 tff(19270,plain,
% 127.87/80.41 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14273, 6040, 19267])).
% 127.87/80.41 tff(19271,plain,
% 127.87/80.41 (~v1050(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19270, 19269])).
% 127.87/80.41 tff(19272,plain,
% 127.87/80.41 (~v1052(constB3)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14266, 19271])).
% 127.87/80.41 tff(19273,plain,
% 127.87/80.41 (~v7(constB3, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14493, 19272])).
% 127.87/80.41 tff(19274,plain,
% 127.87/80.41 (~v7(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14485, 19273])).
% 127.87/80.41 tff(19275,plain,
% 127.87/80.41 (~sP957(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5878, 5875, 19274])).
% 127.87/80.41 tff(19276,plain,
% 127.87/80.41 (~sP960(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5867, 5864, 19274])).
% 127.87/80.41 tff(19277,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17069, 19276, 19275, 19254, 3685, 19247, 16663])).
% 127.87/80.41 tff(19278,plain,(v13(constB8, bitIndex2) | (~v13(constB8, bitIndex1)) | (~v11(constB8)) | (~(constB12 = sK952_VarCurr)) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19279,plain,
% 127.87/80.41 (v13(constB8, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19278, 19234, 19235, 5324, 7563, 11, 11700])).
% 127.87/80.41 tff(19280,plain,
% 127.87/80.41 (v13(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[8969, 2427, 6494, 1193])).
% 127.87/80.41 tff(19281,plain,
% 127.87/80.41 (v952(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17047, 19108, 16829])).
% 127.87/80.41 tff(19282,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16837, 19281, 19280, 19108, 16822])).
% 127.87/80.41 tff(19283,plain,(v7(constB8, bitIndex2) | v7(constB6, bitIndex0) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19284,plain,
% 127.87/80.41 (v7(constB8, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19283, 16822, 6494, 1193, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.41 tff(19285,plain,
% 127.87/80.41 (v7(constB7, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2450, 19284])).
% 127.87/80.41 tff(19286,plain,
% 127.87/80.41 (v929(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10337, 19285])).
% 127.87/80.41 tff(19287,plain,
% 127.87/80.41 (v940(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10333, 19286])).
% 127.87/80.41 tff(19288,plain,
% 127.87/80.41 (v938(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2545, 19287])).
% 127.87/80.41 tff(19289,plain,
% 127.87/80.41 (v13(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14085, 19288])).
% 127.87/80.41 tff(19290,plain,
% 127.87/80.41 (~v13(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17050, 19289, 16822])).
% 127.87/80.41 tff(19291,plain,
% 127.87/80.41 (~v1050(constB6)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16721, 19290])).
% 127.87/80.41 tff(19292,plain,
% 127.87/80.41 (~v1052(constB7)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7111, 19291])).
% 127.87/80.41 tff(19293,plain,
% 127.87/80.41 (~v7(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7119, 19292])).
% 127.87/80.41 tff(19294,plain,
% 127.87/80.41 (~v7(constB8, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7137, 19293])).
% 127.87/80.41 tff(19295,plain,
% 127.87/80.41 (~v13(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19179, 19289])).
% 127.87/80.41 tff(19296,plain,
% 127.87/80.41 (~v938(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[11713, 19295])).
% 127.87/80.41 tff(19297,plain,
% 127.87/80.41 (~v940(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2524, 19296])).
% 127.87/80.41 tff(19298,plain,
% 127.87/80.41 (~v956(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2516, 19297])).
% 127.87/80.41 tff(19299,plain,
% 127.87/80.41 (~v7(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2490, 19298])).
% 127.87/80.41 tff(19300,plain,
% 127.87/80.41 (~v7(constB8, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2482, 19299])).
% 127.87/80.41 tff(19301,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[9083, 19300, 19294, 6494, 1193])).
% 127.87/80.41 tff(19302,plain,(v7(constB6, bitIndex0) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19303,plain,
% 127.87/80.41 (v7(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19302, 6494, 1193, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.41 tff(19304,plain,
% 127.87/80.41 (v7(constB5, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5996, 19303])).
% 127.87/80.41 tff(19305,plain,
% 127.87/80.41 (v1052(constB5)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6014, 19304])).
% 127.87/80.41 tff(19306,plain,
% 127.87/80.41 (v1050(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6029, 19305])).
% 127.87/80.41 tff(19307,plain,
% 127.87/80.41 (v13(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16842, 19306])).
% 127.87/80.41 tff(19308,plain,
% 127.87/80.41 (v7(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7204, 19108, 16699, 19280])).
% 127.87/80.41 tff(19309,plain,
% 127.87/80.41 (v7(constB5, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[834, 19308])).
% 127.87/80.41 tff(19310,plain,
% 127.87/80.41 (v929(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[783, 19309])).
% 127.87/80.41 tff(19311,plain,
% 127.87/80.41 (v940(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[765, 19310])).
% 127.87/80.41 tff(19312,plain,
% 127.87/80.41 (v938(constB4, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[699, 19311])).
% 127.87/80.41 tff(19313,plain,
% 127.87/80.41 (v13(constB4, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16811, 19312])).
% 127.87/80.41 tff(19314,plain,
% 127.87/80.41 (v940(constB3, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17018, 19313, 19307])).
% 127.87/80.41 tff(19315,plain,
% 127.87/80.41 (v938(constB2, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14251, 19314])).
% 127.87/80.41 tff(19316,plain,
% 127.87/80.41 (v11(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16889, 19313])).
% 127.87/80.41 tff(19317,plain,
% 127.87/80.41 (v13(constB2, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14259, 2226, 19316, 19315])).
% 127.87/80.41 tff(19318,plain,
% 127.87/80.41 (~v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14419, 19317])).
% 127.87/80.41 tff(19319,plain,
% 127.87/80.41 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14273, 6040, 19316])).
% 127.87/80.41 tff(19320,plain,
% 127.87/80.41 (~v1050(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19319, 19318])).
% 127.87/80.41 tff(19321,plain,
% 127.87/80.41 (~v1052(constB3)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14266, 19320])).
% 127.87/80.41 tff(19322,plain,
% 127.87/80.41 (~v7(constB3, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14493, 19321])).
% 127.87/80.41 tff(19323,plain,
% 127.87/80.41 (~v7(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14485, 19322])).
% 127.87/80.41 tff(19324,plain,
% 127.87/80.41 (~sP957(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5878, 5875, 19323])).
% 127.87/80.41 tff(19325,plain,
% 127.87/80.41 (~sP960(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5867, 5864, 19323])).
% 127.87/80.41 tff(19326,plain,
% 127.87/80.41 (v7(constB8, bitIndex2) | v7(constB4, bitIndex1) | sP957(constB4) | sP960(constB4) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2))),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[9022, 4978])).
% 127.87/80.41 tff(19327,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19326, 19325, 19324, 6494, 1193, 2427, 3685])).
% 127.87/80.41 tff(19328,plain,(v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex1)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19329,plain,
% 127.87/80.41 (v7(constB8, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19328, 19279, 19234, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.41 tff(19330,plain,
% 127.87/80.41 (v7(constB7, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2450, 19329])).
% 127.87/80.41 tff(19331,plain,
% 127.87/80.41 (v929(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10337, 19330])).
% 127.87/80.41 tff(19332,plain,
% 127.87/80.41 (v940(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[10333, 19331])).
% 127.87/80.41 tff(19333,plain,
% 127.87/80.41 (v938(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2545, 19332])).
% 127.87/80.41 tff(19334,plain,
% 127.87/80.41 (v13(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14085, 19333])).
% 127.87/80.41 tff(19335,plain,
% 127.87/80.41 (~v13(constB6, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19179, 19334])).
% 127.87/80.41 tff(19336,plain,
% 127.87/80.41 (~v938(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[11713, 19335])).
% 127.87/80.41 tff(19337,plain,
% 127.87/80.41 (~v940(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2524, 19336])).
% 127.87/80.41 tff(19338,plain,
% 127.87/80.41 (~v956(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2516, 19337])).
% 127.87/80.41 tff(19339,plain,
% 127.87/80.41 (~v7(constB7, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2490, 19338])).
% 127.87/80.41 tff(19340,plain,
% 127.87/80.41 (~v7(constB8, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[2482, 19339])).
% 127.87/80.41 tff(19341,plain,
% 127.87/80.41 (v7(constB8, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[9083, 19340, 19279, 19234])).
% 127.87/80.41 tff(19342,plain,
% 127.87/80.41 (v7(constB7, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7137, 19341])).
% 127.87/80.41 tff(19343,plain,
% 127.87/80.41 (v1052(constB7)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7119, 19342])).
% 127.87/80.41 tff(19344,plain,
% 127.87/80.41 (v1050(constB6)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7111, 19343])).
% 127.87/80.41 tff(19345,plain,
% 127.87/80.41 (~v17(constB8, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1238, 19234])).
% 127.87/80.41 tff(19346,plain,
% 127.87/80.41 (~v17(constB7, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1191, 19345])).
% 127.87/80.41 tff(19347,plain,
% 127.87/80.41 (~v1019(constB7, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1171, 19346])).
% 127.87/80.41 tff(19348,plain,
% 127.87/80.41 (~v1017(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1138, 19347])).
% 127.87/80.41 tff(19349,plain,
% 127.87/80.41 (v11(constB6)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1112, 19348])).
% 127.87/80.41 tff(19350,plain,
% 127.87/80.41 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7105, 6040, 19349])).
% 127.87/80.41 tff(19351,plain,
% 127.87/80.41 (v13(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19350, 19344])).
% 127.87/80.41 tff(19352,plain,
% 127.87/80.41 (v7(constB6, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19302, 19279, 19234, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.87/80.41 tff(19353,plain,
% 127.87/80.41 (v7(constB5, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5996, 19352])).
% 127.87/80.41 tff(19354,plain,
% 127.87/80.41 (v1052(constB5)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6014, 19353])).
% 127.87/80.41 tff(19355,plain,
% 127.87/80.41 (v1050(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[6029, 19354])).
% 127.87/80.41 tff(19356,plain,
% 127.87/80.41 (v13(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16842, 19355])).
% 127.87/80.41 tff(19357,plain,
% 127.87/80.41 (v7(constB6, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16714, 19351, 19334, 16699])).
% 127.87/80.41 tff(19358,plain,
% 127.87/80.41 (v7(constB5, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[834, 19357])).
% 127.87/80.41 tff(19359,plain,
% 127.87/80.41 (v929(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[783, 19358])).
% 127.87/80.41 tff(19360,plain,
% 127.87/80.41 (v940(constB5, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[765, 19359])).
% 127.87/80.41 tff(19361,plain,
% 127.87/80.41 (v938(constB4, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[699, 19360])).
% 127.87/80.41 tff(19362,plain,
% 127.87/80.41 (v13(constB4, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16811, 19361])).
% 127.87/80.41 tff(19363,plain,
% 127.87/80.41 (v940(constB3, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17018, 19362, 19356])).
% 127.87/80.41 tff(19364,plain,
% 127.87/80.41 (v938(constB2, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14251, 19363])).
% 127.87/80.41 tff(19365,plain,
% 127.87/80.41 (v11(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[16889, 19362])).
% 127.87/80.41 tff(19366,plain,
% 127.87/80.41 (v13(constB2, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14259, 2226, 19365, 19364])).
% 127.87/80.41 tff(19367,plain,
% 127.87/80.41 (~v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14419, 19366])).
% 127.87/80.41 tff(19368,plain,
% 127.87/80.41 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14273, 6040, 19365])).
% 127.87/80.41 tff(19369,plain,
% 127.87/80.41 (~v1050(constB2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19368, 19367])).
% 127.87/80.41 tff(19370,plain,
% 127.87/80.41 (~v1052(constB3)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14266, 19369])).
% 127.87/80.41 tff(19371,plain,
% 127.87/80.41 (~v7(constB3, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14493, 19370])).
% 127.87/80.41 tff(19372,plain,
% 127.87/80.41 (~v7(constB4, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[14485, 19371])).
% 127.87/80.41 tff(19373,plain,
% 127.87/80.41 (~sP957(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5878, 5875, 19372])).
% 127.87/80.41 tff(19374,plain,
% 127.87/80.41 (~sP960(constB4)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[5867, 5864, 19372])).
% 127.87/80.41 tff(19375,plain,
% 127.87/80.41 ($false),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[17069, 19374, 19373, 19334, 3685, 19351, 16663])).
% 127.87/80.41 tff(19376,plain,((~(constB12 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.87/80.41 tff(19377,plain,
% 127.87/80.41 (~(constB12 = sK952_VarCurr)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[19376, 2408, 4113, 4112, 7563, 11700, 3694, 11])).
% 127.87/80.41 tff(19378,plain,
% 127.87/80.41 (v7(constB12, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[18994, 7950, 11, 4113, 4112, 11700, 3694, 4111, 6360, 7563])).
% 127.87/80.41 tff(19379,plain,
% 127.87/80.41 (v7(constB11, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1342, 19378])).
% 127.87/80.41 tff(19380,plain,
% 127.87/80.41 (v956(constB11, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1311, 19379])).
% 127.87/80.41 tff(19381,plain,
% 127.87/80.41 (v940(constB11, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1303, 19380])).
% 127.87/80.41 tff(19382,plain,
% 127.87/80.41 (v938(constB10, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[1263, 19381])).
% 127.87/80.41 tff(19383,plain,
% 127.87/80.41 (v13(constB10, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[12400, 19382])).
% 127.87/80.41 tff(19384,plain,
% 127.87/80.41 (~v17(constB10, bitIndex1)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[8830, 8803, 19383])).
% 127.87/80.41 tff(19385,plain,
% 127.87/80.41 (~v17(constB10, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[8822, 8803, 19383])).
% 127.87/80.41 tff(19386,plain,
% 127.87/80.41 (~v1003(constB10)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[8841, 19385, 19384])).
% 127.87/80.41 tff(19387,plain,
% 127.87/80.41 (~v17(constB10, bitIndex2)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[8846, 8803, 19383])).
% 127.87/80.41 tff(19388,plain,
% 127.87/80.41 (sP956_aig_name(constB10)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7862, 7308, 19387, 19386])).
% 127.87/80.41 tff(19389,plain,
% 127.87/80.41 (v924(constB10, bitIndex0)),
% 127.87/80.41 inference(unit_resolution,[status(thm)],[7856, 7293, 19388])).
% 127.87/80.41 tff(19390,plain,
% 127.89/80.41 (~v13(constB10, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[8861, 19389, 7955])).
% 127.89/80.41 tff(19391,plain,
% 127.89/80.41 (~v1050(constB10)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7578, 19390])).
% 127.89/80.41 tff(19392,plain,
% 127.89/80.41 (~v1052(constB11)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7583, 19391])).
% 127.89/80.41 tff(19393,plain,
% 127.89/80.41 (~v7(constB11, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7591, 19392])).
% 127.89/80.41 tff(19394,plain,
% 127.89/80.41 (~v7(constB12, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7597, 19393])).
% 127.89/80.41 tff(19395,plain,
% 127.89/80.41 (~sP960(constB12)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7601, 5864, 19394])).
% 127.89/80.41 tff(19396,plain,
% 127.89/80.41 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1810, 1804, 18518])).
% 127.89/80.41 tff(19397,plain,
% 127.89/80.41 (~v13(constB12, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19396, 19395])).
% 127.89/80.41 tff(19398,plain,
% 127.89/80.41 (v11(constB14)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[18860, 11346, 11700, 4113, 4112, 11, 3694, 4111, 5323, 11348, 2408])).
% 127.89/80.41 tff(19399,plain,
% 127.89/80.41 (v7(constB12, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[18855, 7955, 2408, 11348, 11700, 11, 4113, 4112, 4111, 3694, 7563, 3695, 6360, 8803])).
% 127.89/80.41 tff(19400,plain,
% 127.89/80.41 (v7(constB11, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1772, 19399])).
% 127.89/80.41 tff(19401,plain,
% 127.89/80.41 (v929(constB11, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1751, 19400])).
% 127.89/80.41 tff(19402,plain,
% 127.89/80.41 ($false),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1743, 18515, 19401])).
% 127.89/80.41 tff(19403,plain,(v7(constB10, bitIndex0) | v7(constB10, bitIndex2) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.41 tff(19404,plain,
% 127.89/80.41 (v7(constB10, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19403, 7656, 2408, 11348, 11700, 11, 4113, 4112, 4111, 3694, 7563, 3695])).
% 127.89/80.41 tff(19405,plain,
% 127.89/80.41 (v7(constB9, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6470, 19404])).
% 127.89/80.41 tff(19406,plain,
% 127.89/80.41 (v1052(constB9)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6478, 19405])).
% 127.89/80.41 tff(19407,plain,
% 127.89/80.41 (v1050(constB8)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6483, 19406])).
% 127.89/80.41 tff(19408,plain,
% 127.89/80.41 (v13(constB8, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[18499, 19407])).
% 127.89/80.41 tff(19409,plain,
% 127.89/80.41 (v7(constB8, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16801, 19408, 7564, 18460])).
% 127.89/80.41 tff(19410,plain,
% 127.89/80.41 (v7(constB7, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7137, 19409])).
% 127.89/80.41 tff(19411,plain,
% 127.89/80.41 (v1052(constB7)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7119, 19410])).
% 127.89/80.41 tff(19412,plain,
% 127.89/80.41 (v1050(constB6)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7111, 19411])).
% 127.89/80.41 tff(19413,plain,
% 127.89/80.41 (~v17(constB8, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1238, 18460])).
% 127.89/80.41 tff(19414,plain,
% 127.89/80.41 (~v17(constB7, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1191, 19413])).
% 127.89/80.41 tff(19415,plain,
% 127.89/80.41 (~v1019(constB7, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1171, 19414])).
% 127.89/80.41 tff(19416,plain,
% 127.89/80.41 (~v1017(constB6, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1138, 19415])).
% 127.89/80.41 tff(19417,plain,
% 127.89/80.41 (v11(constB6)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1112, 19416])).
% 127.89/80.41 tff(19418,plain,
% 127.89/80.41 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7105, 6040, 19417])).
% 127.89/80.41 tff(19419,plain,
% 127.89/80.41 (v13(constB6, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19418, 19412])).
% 127.89/80.41 tff(19420,plain,
% 127.89/80.41 (v7(constB6, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16759, 19408, 7564, 18460])).
% 127.89/80.41 tff(19421,plain,
% 127.89/80.41 (v7(constB8, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17034, 19419, 18460, 19408, 19420])).
% 127.89/80.41 tff(19422,plain,
% 127.89/80.41 (v7(constB7, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[2450, 19421])).
% 127.89/80.41 tff(19423,plain,
% 127.89/80.41 (v929(constB7, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10337, 19422])).
% 127.89/80.41 tff(19424,plain,
% 127.89/80.41 (v940(constB7, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10333, 19423])).
% 127.89/80.41 tff(19425,plain,
% 127.89/80.41 (v938(constB6, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[2545, 19424])).
% 127.89/80.41 tff(19426,plain,
% 127.89/80.41 (v13(constB6, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14085, 19425])).
% 127.89/80.41 tff(19427,plain,
% 127.89/80.41 (v7(constB5, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[834, 19420])).
% 127.89/80.41 tff(19428,plain,
% 127.89/80.41 (v929(constB5, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[783, 19427])).
% 127.89/80.41 tff(19429,plain,
% 127.89/80.41 (v940(constB5, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[765, 19428])).
% 127.89/80.41 tff(19430,plain,
% 127.89/80.41 (v938(constB4, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[699, 19429])).
% 127.89/80.41 tff(19431,plain,
% 127.89/80.41 (v13(constB4, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16811, 19430])).
% 127.89/80.41 tff(19432,plain,
% 127.89/80.41 (v7(constB6, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17050, 19426, 19419])).
% 127.89/80.41 tff(19433,plain,
% 127.89/80.41 (v7(constB5, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[5996, 19432])).
% 127.89/80.41 tff(19434,plain,
% 127.89/80.41 (v1052(constB5)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6014, 19433])).
% 127.89/80.41 tff(19435,plain,
% 127.89/80.41 (v1050(constB4)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6029, 19434])).
% 127.89/80.41 tff(19436,plain,
% 127.89/80.41 (v13(constB4, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16842, 19435])).
% 127.89/80.41 tff(19437,plain,
% 127.89/80.41 (v940(constB3, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17018, 19436, 19431])).
% 127.89/80.41 tff(19438,plain,
% 127.89/80.41 (v938(constB2, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14251, 19437])).
% 127.89/80.41 tff(19439,plain,
% 127.89/80.41 (v11(constB2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16889, 19431])).
% 127.89/80.41 tff(19440,plain,
% 127.89/80.41 (v13(constB2, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14259, 2226, 19439, 19438])).
% 127.89/80.41 tff(19441,plain,
% 127.89/80.41 (~v13(constB2, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14419, 19440])).
% 127.89/80.41 tff(19442,plain,
% 127.89/80.41 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14273, 6040, 19439])).
% 127.89/80.41 tff(19443,plain,
% 127.89/80.41 (~v1050(constB2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19442, 19441])).
% 127.89/80.41 tff(19444,plain,
% 127.89/80.41 (~v1052(constB3)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14266, 19443])).
% 127.89/80.41 tff(19445,plain,
% 127.89/80.41 (~v7(constB3, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14493, 19444])).
% 127.89/80.41 tff(19446,plain,
% 127.89/80.41 (~v7(constB4, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[14485, 19445])).
% 127.89/80.41 tff(19447,plain,
% 127.89/80.41 (~sP957(constB4)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[5878, 5875, 19446])).
% 127.89/80.41 tff(19448,plain,
% 127.89/80.41 (~sP960(constB4)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[5867, 5864, 19446])).
% 127.89/80.41 tff(19449,plain,
% 127.89/80.41 ($false),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17069, 19448, 19447, 19426, 3685, 19419, 16663])).
% 127.89/80.41 tff(19450,plain,(v13(constB8, bitIndex2) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.41 tff(19451,plain,
% 127.89/80.41 (v13(constB8, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19450, 3695, 11348, 11700, 11, 4113, 4112, 4111, 3694, 7563, 2408])).
% 127.89/80.41 tff(19452,plain,
% 127.89/80.41 (v7(constB16, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[12716, 17443, 4113, 11801, 11800, 11794, 11788, 11782, 4112, 17186, 11348, 5323, 4111, 11700, 17187, 11346, 3694, 2408, 18780, 11776, 11773])).
% 127.89/80.41 tff(19453,plain,
% 127.89/80.41 (v7(constB15, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10199, 19452])).
% 127.89/80.41 tff(19454,plain,
% 127.89/80.41 (v1052(constB15)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10207, 19453])).
% 127.89/80.41 tff(19455,plain,
% 127.89/80.41 (v1050(constB14)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10212, 19454])).
% 127.89/80.41 tff(19456,plain,
% 127.89/80.41 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10219, 6040, 19398])).
% 127.89/80.41 tff(19457,plain,
% 127.89/80.41 (v13(constB14, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19456, 19455])).
% 127.89/80.41 tff(19458,plain,
% 127.89/80.41 (v7(constB15, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[11811, 17443, 11, 17187, 4113, 4112, 11348, 5323, 17186, 4111, 11346, 2408, 3694, 18780, 11773, 11776])).
% 127.89/80.41 tff(19459,plain,
% 127.89/80.41 (v956(constB15, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[9649, 19458])).
% 127.89/80.41 tff(19460,plain,
% 127.89/80.41 (v940(constB15, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[9654, 19459])).
% 127.89/80.41 tff(19461,plain,
% 127.89/80.41 (v938(constB14, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[9659, 19460])).
% 127.89/80.41 tff(19462,plain,
% 127.89/80.41 (v13(constB14, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[11741, 19461])).
% 127.89/80.41 tff(19463,plain,
% 127.89/80.41 (v7(constB14, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[12770, 17786, 19462, 19457])).
% 127.89/80.41 tff(19464,plain,
% 127.89/80.41 (v7(constB13, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[2214, 19463])).
% 127.89/80.41 tff(19465,plain,
% 127.89/80.41 (v956(constB13, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[2193, 19464])).
% 127.89/80.41 tff(19466,plain,
% 127.89/80.41 (v940(constB13, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[2185, 19465])).
% 127.89/80.41 tff(19467,plain,
% 127.89/80.41 (v938(constB12, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[2159, 19466])).
% 127.89/80.41 tff(19468,plain,
% 127.89/80.41 (v13(constB12, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[9911, 19467])).
% 127.89/80.41 tff(19469,plain,
% 127.89/80.41 (sP958(constB14)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[12765, 17786, 19457])).
% 127.89/80.41 tff(19470,plain,
% 127.89/80.41 (sP957(constB14)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17544, 19469, 3695, 17786, 19398, 11700, 11, 4113, 4112, 11346, 5323, 11348, 4111, 3694, 2408])).
% 127.89/80.41 tff(19471,plain,
% 127.89/80.41 (v7(constB14, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10826, 5875, 19470])).
% 127.89/80.41 tff(19472,plain,
% 127.89/80.41 (v7(constB13, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10822, 19471])).
% 127.89/80.41 tff(19473,plain,
% 127.89/80.41 (v1052(constB13)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10816, 19472])).
% 127.89/80.41 tff(19474,plain,
% 127.89/80.41 (v1050(constB12)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10808, 19473])).
% 127.89/80.41 tff(19475,plain,
% 127.89/80.41 (v11(constB12)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17435, 19398, 11, 4113, 4112, 11700, 11346, 3694, 5323, 4111])).
% 127.89/80.41 tff(19476,plain,
% 127.89/80.41 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[10802, 6040, 19475])).
% 127.89/80.41 tff(19477,plain,
% 127.89/80.41 (v13(constB12, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19476, 19474])).
% 127.89/80.41 tff(19478,plain,
% 127.89/80.41 (v7(constB12, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17323, 19477, 19468, 2216])).
% 127.89/80.41 tff(19479,plain,
% 127.89/80.41 (v7(constB11, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7597, 19478])).
% 127.89/80.41 tff(19480,plain,
% 127.89/80.41 (v1052(constB11)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7591, 19479])).
% 127.89/80.41 tff(19481,plain,
% 127.89/80.41 (v1050(constB10)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7583, 19480])).
% 127.89/80.41 tff(19482,plain,
% 127.89/80.41 (v13(constB10, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7578, 19481])).
% 127.89/80.41 tff(19483,plain,
% 127.89/80.41 (v7(constB12, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[18828, 1703, 11348, 11700, 11, 4113, 4112, 11346, 5323, 3695, 4111, 3694, 2408])).
% 127.89/80.41 tff(19484,plain,
% 127.89/80.41 (v7(constB11, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1772, 19483])).
% 127.89/80.41 tff(19485,plain,
% 127.89/80.41 (v929(constB11, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1751, 19484])).
% 127.89/80.41 tff(19486,plain,
% 127.89/80.41 (v940(constB11, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1743, 19485])).
% 127.89/80.41 tff(19487,plain,
% 127.89/80.41 (v938(constB10, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[1717, 19486])).
% 127.89/80.41 tff(19488,plain,
% 127.89/80.41 (v13(constB10, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[12418, 19487])).
% 127.89/80.41 tff(19489,plain,
% 127.89/80.41 (~v32(constB9)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6303, 11191])).
% 127.89/80.41 tff(19490,plain,
% 127.89/80.41 (v11(constB8)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6285, 19489])).
% 127.89/80.41 tff(19491,plain,
% 127.89/80.41 (v7(constB10, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[18994, 6360, 11, 4113, 4112, 11700, 3694, 4111, 1703, 7563])).
% 127.89/80.41 tff(19492,plain,
% 127.89/80.41 (v7(constB9, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6470, 19491])).
% 127.89/80.41 tff(19493,plain,
% 127.89/80.41 (v1052(constB9)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6478, 19492])).
% 127.89/80.41 tff(19494,plain,
% 127.89/80.41 (v1050(constB8)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6483, 19493])).
% 127.89/80.41 tff(19495,plain,
% 127.89/80.41 ((~v11(constB8)) | v13(constB8, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[6491, 6040, 19494])).
% 127.89/80.41 tff(19496,plain,
% 127.89/80.41 (v13(constB8, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[19495, 19490])).
% 127.89/80.41 tff(19497,plain,
% 127.89/80.41 (v7(constB10, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[17508, 6360, 1703, 7563, 1876, 1775, 2216])).
% 127.89/80.41 tff(19498,plain,
% 127.89/80.41 (v7(constB9, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[188, 19497])).
% 127.89/80.41 tff(19499,plain,
% 127.89/80.41 (v956(constB9, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[206, 19498])).
% 127.89/80.41 tff(19500,plain,
% 127.89/80.41 (v940(constB9, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[289, 19499])).
% 127.89/80.41 tff(19501,plain,
% 127.89/80.41 (v938(constB8, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[307, 19500])).
% 127.89/80.41 tff(19502,plain,
% 127.89/80.41 (v13(constB8, bitIndex1)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[340, 19501])).
% 127.89/80.41 tff(19503,plain,
% 127.89/80.41 (~v13(constB8, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[9309, 8517, 19490, 15502])).
% 127.89/80.41 tff(19504,plain,
% 127.89/80.41 (v7(constB6, bitIndex2)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16759, 19503, 19502, 19496])).
% 127.89/80.41 tff(19505,plain,
% 127.89/80.41 (v7(constB8, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[16801, 19503, 19502, 19496])).
% 127.89/80.41 tff(19506,plain,
% 127.89/80.41 (v7(constB7, bitIndex0)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7137, 19505])).
% 127.89/80.41 tff(19507,plain,
% 127.89/80.41 (v1052(constB7)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7119, 19506])).
% 127.89/80.41 tff(19508,plain,
% 127.89/80.41 (v1050(constB6)),
% 127.89/80.41 inference(unit_resolution,[status(thm)],[7111, 19507])).
% 127.89/80.42 tff(19509,plain,
% 127.89/80.42 (~v17(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1238, 19502])).
% 127.89/80.42 tff(19510,plain,
% 127.89/80.42 (~v17(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1191, 19509])).
% 127.89/80.42 tff(19511,plain,
% 127.89/80.42 (~v1019(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1171, 19510])).
% 127.89/80.42 tff(19512,plain,
% 127.89/80.42 (~v1017(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1138, 19511])).
% 127.89/80.42 tff(19513,plain,
% 127.89/80.42 (v11(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1112, 19512])).
% 127.89/80.42 tff(19514,plain,
% 127.89/80.42 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7105, 6040, 19513])).
% 127.89/80.42 tff(19515,plain,
% 127.89/80.42 (v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19514, 19508])).
% 127.89/80.42 tff(19516,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17034, 19515, 19502, 19496, 19504])).
% 127.89/80.42 tff(19517,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19516])).
% 127.89/80.42 tff(19518,plain,
% 127.89/80.42 (v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19517])).
% 127.89/80.42 tff(19519,plain,
% 127.89/80.42 (v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19518])).
% 127.89/80.42 tff(19520,plain,
% 127.89/80.42 (v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19519])).
% 127.89/80.42 tff(19521,plain,
% 127.89/80.42 (v13(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14085, 19520])).
% 127.89/80.42 tff(19522,plain,
% 127.89/80.42 (v7(constB5, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[834, 19504])).
% 127.89/80.42 tff(19523,plain,
% 127.89/80.42 (v929(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[783, 19522])).
% 127.89/80.42 tff(19524,plain,
% 127.89/80.42 (v940(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[765, 19523])).
% 127.89/80.42 tff(19525,plain,
% 127.89/80.42 (v938(constB4, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[699, 19524])).
% 127.89/80.42 tff(19526,plain,
% 127.89/80.42 (v13(constB4, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16811, 19525])).
% 127.89/80.42 tff(19527,plain,
% 127.89/80.42 (v7(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17050, 19521, 19515])).
% 127.89/80.42 tff(19528,plain,
% 127.89/80.42 (v7(constB5, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5996, 19527])).
% 127.89/80.42 tff(19529,plain,
% 127.89/80.42 (v1052(constB5)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6014, 19528])).
% 127.89/80.42 tff(19530,plain,
% 127.89/80.42 (v1050(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6029, 19529])).
% 127.89/80.42 tff(19531,plain,
% 127.89/80.42 (v13(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16842, 19530])).
% 127.89/80.42 tff(19532,plain,
% 127.89/80.42 (v940(constB3, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17018, 19531, 19526])).
% 127.89/80.42 tff(19533,plain,
% 127.89/80.42 (v938(constB2, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14251, 19532])).
% 127.89/80.42 tff(19534,plain,
% 127.89/80.42 (v11(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16889, 19526])).
% 127.89/80.42 tff(19535,plain,
% 127.89/80.42 (v13(constB2, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14259, 2226, 19534, 19533])).
% 127.89/80.42 tff(19536,plain,
% 127.89/80.42 (~v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14419, 19535])).
% 127.89/80.42 tff(19537,plain,
% 127.89/80.42 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14273, 6040, 19534])).
% 127.89/80.42 tff(19538,plain,
% 127.89/80.42 (~v1050(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19537, 19536])).
% 127.89/80.42 tff(19539,plain,
% 127.89/80.42 (~v1052(constB3)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14266, 19538])).
% 127.89/80.42 tff(19540,plain,
% 127.89/80.42 (~v7(constB3, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14493, 19539])).
% 127.89/80.42 tff(19541,plain,
% 127.89/80.42 (~v7(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14485, 19540])).
% 127.89/80.42 tff(19542,plain,
% 127.89/80.42 (~sP957(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5878, 5875, 19541])).
% 127.89/80.42 tff(19543,plain,
% 127.89/80.42 (~sP960(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5867, 5864, 19541])).
% 127.89/80.42 tff(19544,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17069, 19543, 19542, 19515, 3685, 19521, 16663])).
% 127.89/80.42 tff(19545,plain,(v7(constB10, bitIndex2) | v7(constB12, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex0)) | v13(constB12, bitIndex2) | (~v13(constB10, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19546,plain,
% 127.89/80.42 (v7(constB10, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19545, 19468, 7563, 1703, 19477, 2216, 19488, 11, 4113, 4112, 11700, 3694, 4111])).
% 127.89/80.42 tff(19547,plain,
% 127.89/80.42 (v7(constB9, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6412, 19546])).
% 127.89/80.42 tff(19548,plain,
% 127.89/80.42 (v929(constB9, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6420, 19547])).
% 127.89/80.42 tff(19549,plain,
% 127.89/80.42 (v940(constB9, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6446, 19548])).
% 127.89/80.42 tff(19550,plain,
% 127.89/80.42 (v938(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6454, 19549])).
% 127.89/80.42 tff(19551,plain,
% 127.89/80.42 (v11(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10622, 19550])).
% 127.89/80.42 tff(19552,plain,
% 127.89/80.42 (v13(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7651, 19550])).
% 127.89/80.42 tff(19553,plain,
% 127.89/80.42 (v7(constB10, bitIndex1) | v952(constB10, bitIndex1) | sP957(constB10)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7978, 6075, 7662])).
% 127.89/80.42 tff(19554,plain,
% 127.89/80.42 (v952(constB10, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19553, 7955, 1])).
% 127.89/80.42 tff(19555,plain,
% 127.89/80.42 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7452, 6136, 6361])).
% 127.89/80.42 tff(19556,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19555, 19554, 7951])).
% 127.89/80.42 tff(19557,plain,(v7(constB10, bitIndex0) | (~v13(constB10, bitIndex2)) | v7(constB10, bitIndex1) | (~v13(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19558,plain,
% 127.89/80.42 (v7(constB10, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19557, 1, 6361, 7662])).
% 127.89/80.42 tff(19559,plain,
% 127.89/80.42 (v7(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6470, 19558])).
% 127.89/80.42 tff(19560,plain,
% 127.89/80.42 (v1052(constB9)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6478, 19559])).
% 127.89/80.42 tff(19561,plain,
% 127.89/80.42 (v1050(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6483, 19560])).
% 127.89/80.42 tff(19562,plain,
% 127.89/80.42 (v13(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6492, 19561])).
% 127.89/80.42 tff(19563,plain,
% 127.89/80.42 (~v11(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19220, 19562, 6494, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19564,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[18642, 19563, 11, 4113, 4112, 3694, 7563, 11700, 1])).
% 127.89/80.42 tff(19565,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19564])).
% 127.89/80.42 tff(19566,plain,
% 127.89/80.42 (~v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[8146, 19563])).
% 127.89/80.42 tff(19567,plain,
% 127.89/80.42 (~v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19566])).
% 127.89/80.42 tff(19568,plain,
% 127.89/80.42 (~v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19567])).
% 127.89/80.42 tff(19569,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19568, 19565])).
% 127.89/80.42 tff(19570,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v13(constB8, bitIndex2)) | (~v11(constB8)) | (~v13(constB10, bitIndex2)) | (~v13(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19571,plain,
% 127.89/80.42 (v7(constB10, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19570, 19552, 4113, 4112, 3694, 7563, 11700, 11, 19551, 19488, 19482])).
% 127.89/80.42 tff(19572,plain,
% 127.89/80.42 (v7(constB9, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[188, 19571])).
% 127.89/80.42 tff(19573,plain,
% 127.89/80.42 (v956(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[206, 19572])).
% 127.89/80.42 tff(19574,plain,
% 127.89/80.42 (v940(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[289, 19573])).
% 127.89/80.42 tff(19575,plain,
% 127.89/80.42 (v938(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[307, 19574])).
% 127.89/80.42 tff(19576,plain,
% 127.89/80.42 (v13(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[340, 19575])).
% 127.89/80.42 tff(19577,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19328, 19552, 19576, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19578,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19577])).
% 127.89/80.42 tff(19579,plain,
% 127.89/80.42 (v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19578])).
% 127.89/80.42 tff(19580,plain,
% 127.89/80.42 (v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19579])).
% 127.89/80.42 tff(19581,plain,
% 127.89/80.42 (v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19580])).
% 127.89/80.42 tff(19582,plain,
% 127.89/80.42 (v13(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14085, 19581])).
% 127.89/80.42 tff(19583,plain,
% 127.89/80.42 (~v13(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19179, 19582])).
% 127.89/80.42 tff(19584,plain,
% 127.89/80.42 (~v938(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[11713, 19583])).
% 127.89/80.42 tff(19585,plain,
% 127.89/80.42 (~v940(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2524, 19584])).
% 127.89/80.42 tff(19586,plain,
% 127.89/80.42 (~v956(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2516, 19585])).
% 127.89/80.42 tff(19587,plain,
% 127.89/80.42 (~v7(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2490, 19586])).
% 127.89/80.42 tff(19588,plain,
% 127.89/80.42 (~v7(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2482, 19587])).
% 127.89/80.42 tff(19589,plain,
% 127.89/80.42 (v7(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[9083, 19588, 19552, 19576])).
% 127.89/80.42 tff(19590,plain,
% 127.89/80.42 (v7(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7137, 19589])).
% 127.89/80.42 tff(19591,plain,
% 127.89/80.42 (v1052(constB7)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7119, 19590])).
% 127.89/80.42 tff(19592,plain,
% 127.89/80.42 (v1050(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7111, 19591])).
% 127.89/80.42 tff(19593,plain,
% 127.89/80.42 (~v17(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1238, 19576])).
% 127.89/80.42 tff(19594,plain,
% 127.89/80.42 (~v17(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1191, 19593])).
% 127.89/80.42 tff(19595,plain,
% 127.89/80.42 (~v1019(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1171, 19594])).
% 127.89/80.42 tff(19596,plain,
% 127.89/80.42 (~v1017(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1138, 19595])).
% 127.89/80.42 tff(19597,plain,
% 127.89/80.42 (v11(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1112, 19596])).
% 127.89/80.42 tff(19598,plain,
% 127.89/80.42 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7105, 6040, 19597])).
% 127.89/80.42 tff(19599,plain,
% 127.89/80.42 (v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19598, 19592])).
% 127.89/80.42 tff(19600,plain,
% 127.89/80.42 (v7(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19302, 19552, 19576, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19601,plain,
% 127.89/80.42 (v7(constB5, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5996, 19600])).
% 127.89/80.42 tff(19602,plain,
% 127.89/80.42 (v1052(constB5)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6014, 19601])).
% 127.89/80.42 tff(19603,plain,
% 127.89/80.42 (v1050(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6029, 19602])).
% 127.89/80.42 tff(19604,plain,
% 127.89/80.42 (v13(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16842, 19603])).
% 127.89/80.42 tff(19605,plain,
% 127.89/80.42 (v7(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16714, 19599, 19582, 16699])).
% 127.89/80.42 tff(19606,plain,
% 127.89/80.42 (v7(constB5, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[834, 19605])).
% 127.89/80.42 tff(19607,plain,
% 127.89/80.42 (v929(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[783, 19606])).
% 127.89/80.42 tff(19608,plain,
% 127.89/80.42 (v940(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[765, 19607])).
% 127.89/80.42 tff(19609,plain,
% 127.89/80.42 (v938(constB4, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[699, 19608])).
% 127.89/80.42 tff(19610,plain,
% 127.89/80.42 (v13(constB4, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16811, 19609])).
% 127.89/80.42 tff(19611,plain,
% 127.89/80.42 (v940(constB3, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17018, 19610, 19604])).
% 127.89/80.42 tff(19612,plain,
% 127.89/80.42 (v938(constB2, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14251, 19611])).
% 127.89/80.42 tff(19613,plain,
% 127.89/80.42 (v11(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16889, 19610])).
% 127.89/80.42 tff(19614,plain,
% 127.89/80.42 (v13(constB2, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14259, 2226, 19613, 19612])).
% 127.89/80.42 tff(19615,plain,
% 127.89/80.42 (~v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14419, 19614])).
% 127.89/80.42 tff(19616,plain,
% 127.89/80.42 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14273, 6040, 19613])).
% 127.89/80.42 tff(19617,plain,
% 127.89/80.42 (~v1050(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19616, 19615])).
% 127.89/80.42 tff(19618,plain,
% 127.89/80.42 (~v1052(constB3)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14266, 19617])).
% 127.89/80.42 tff(19619,plain,
% 127.89/80.42 (~v7(constB3, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14493, 19618])).
% 127.89/80.42 tff(19620,plain,
% 127.89/80.42 (~v7(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14485, 19619])).
% 127.89/80.42 tff(19621,plain,
% 127.89/80.42 (~sP957(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5878, 5875, 19620])).
% 127.89/80.42 tff(19622,plain,
% 127.89/80.42 (~sP960(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5867, 5864, 19620])).
% 127.89/80.42 tff(19623,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17069, 19622, 19621, 19582, 3685, 19599, 16663])).
% 127.89/80.42 tff(19624,plain,(v13(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | v7(constB12, bitIndex1) | (constB9 = sK952_VarCurr) | v11(constB16) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19625,plain,
% 127.89/80.42 (v13(constB12, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19624, 1703, 4113, 4112, 7563, 11700, 3694, 11, 4111, 3695, 11346, 5323, 11348, 2408])).
% 127.89/80.42 tff(19626,plain,
% 127.89/80.42 (~v13(constB12, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7632, 7613, 1703, 1794])).
% 127.89/80.42 tff(19627,plain,
% 127.89/80.42 (~v938(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[9911, 19626])).
% 127.89/80.42 tff(19628,plain,
% 127.89/80.42 (~v940(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2159, 19627])).
% 127.89/80.42 tff(19629,plain,
% 127.89/80.42 (~v956(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2185, 19628])).
% 127.89/80.42 tff(19630,plain,
% 127.89/80.42 (~v7(constB13, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2193, 19629])).
% 127.89/80.42 tff(19631,plain,
% 127.89/80.42 (~v7(constB14, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2214, 19630])).
% 127.89/80.42 tff(19632,plain,
% 127.89/80.42 (v7(constB14, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12770, 19631, 2299, 1990])).
% 127.89/80.42 tff(19633,plain,
% 127.89/80.42 (~v13(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17475, 7627, 11087])).
% 127.89/80.42 tff(19634,plain,
% 127.89/80.42 (~v1050(constB12)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12481, 19633])).
% 127.89/80.42 tff(19635,plain,
% 127.89/80.42 (~v1052(constB13)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10808, 19634])).
% 127.89/80.42 tff(19636,plain,
% 127.89/80.42 (~v7(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10816, 19635])).
% 127.89/80.42 tff(19637,plain,
% 127.89/80.42 (~v7(constB14, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10822, 19636])).
% 127.89/80.42 tff(19638,plain,
% 127.89/80.42 (~v952(constB14, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12833, 19637, 1990, 19631, 2299])).
% 127.89/80.42 tff(19639,plain,
% 127.89/80.42 (~v13(constB14, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12799, 19637, 2299, 19631])).
% 127.89/80.42 tff(19640,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12871, 19639, 19638, 19632])).
% 127.89/80.42 tff(19641,plain,(v7(constB12, bitIndex0) | (~v13(constB14, bitIndex1)) | (~v13(constB14, bitIndex0)) | (~v11(constB12)) | v7(constB12, bitIndex1) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19642,plain,
% 127.89/80.42 (v7(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19641, 1703, 19457, 19475, 19462, 19625])).
% 127.89/80.42 tff(19643,plain,
% 127.89/80.42 (v7(constB11, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7597, 19642])).
% 127.89/80.42 tff(19644,plain,
% 127.89/80.42 (v1052(constB11)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7591, 19643])).
% 127.89/80.42 tff(19645,plain,
% 127.89/80.42 (v1050(constB10)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7583, 19644])).
% 127.89/80.42 tff(19646,plain,
% 127.89/80.42 (v13(constB10, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7578, 19645])).
% 127.89/80.42 tff(19647,plain,
% 127.89/80.42 (sP960(constB10)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6368, 7656])).
% 127.89/80.42 tff(19648,plain,
% 127.89/80.42 (~v32(constB10)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7674, 1841, 19647])).
% 127.89/80.42 tff(19649,plain,
% 127.89/80.42 (~v32(constB9)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6303, 19648])).
% 127.89/80.42 tff(19650,plain,
% 127.89/80.42 (v11(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6285, 19649])).
% 127.89/80.42 tff(19651,plain,
% 127.89/80.42 (v7(constB10, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[18994, 7656, 11, 4113, 4112, 11700, 3694, 4111, 1703, 7563])).
% 127.89/80.42 tff(19652,plain,
% 127.89/80.42 (v7(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6470, 19651])).
% 127.89/80.42 tff(19653,plain,
% 127.89/80.42 (v1052(constB9)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6478, 19652])).
% 127.89/80.42 tff(19654,plain,
% 127.89/80.42 (v1050(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6483, 19653])).
% 127.89/80.42 tff(19655,plain,
% 127.89/80.42 ((~v11(constB8)) | v13(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6491, 6040, 19654])).
% 127.89/80.42 tff(19656,plain,
% 127.89/80.42 (v13(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19655, 19650])).
% 127.89/80.42 tff(19657,plain,
% 127.89/80.42 (v7(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16801, 19656, 7564, 18460])).
% 127.89/80.42 tff(19658,plain,
% 127.89/80.42 (v7(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7137, 19657])).
% 127.89/80.42 tff(19659,plain,
% 127.89/80.42 (v1052(constB7)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7119, 19658])).
% 127.89/80.42 tff(19660,plain,
% 127.89/80.42 (v1050(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7111, 19659])).
% 127.89/80.42 tff(19661,plain,
% 127.89/80.42 (v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19418, 19660])).
% 127.89/80.42 tff(19662,plain,
% 127.89/80.42 (v7(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16759, 19656, 7564, 18460])).
% 127.89/80.42 tff(19663,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17034, 19661, 18460, 19656, 19662])).
% 127.89/80.42 tff(19664,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19663])).
% 127.89/80.42 tff(19665,plain,
% 127.89/80.42 (v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19664])).
% 127.89/80.42 tff(19666,plain,
% 127.89/80.42 (v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19665])).
% 127.89/80.42 tff(19667,plain,
% 127.89/80.42 (v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19666])).
% 127.89/80.42 tff(19668,plain,
% 127.89/80.42 (v13(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14085, 19667])).
% 127.89/80.42 tff(19669,plain,
% 127.89/80.42 (v7(constB5, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[834, 19662])).
% 127.89/80.42 tff(19670,plain,
% 127.89/80.42 (v929(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[783, 19669])).
% 127.89/80.42 tff(19671,plain,
% 127.89/80.42 (v940(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[765, 19670])).
% 127.89/80.42 tff(19672,plain,
% 127.89/80.42 (v938(constB4, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[699, 19671])).
% 127.89/80.42 tff(19673,plain,
% 127.89/80.42 (v13(constB4, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16811, 19672])).
% 127.89/80.42 tff(19674,plain,
% 127.89/80.42 (v7(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17050, 19668, 19661])).
% 127.89/80.42 tff(19675,plain,
% 127.89/80.42 (v7(constB5, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5996, 19674])).
% 127.89/80.42 tff(19676,plain,
% 127.89/80.42 (v1052(constB5)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6014, 19675])).
% 127.89/80.42 tff(19677,plain,
% 127.89/80.42 (v1050(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6029, 19676])).
% 127.89/80.42 tff(19678,plain,
% 127.89/80.42 (v13(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16842, 19677])).
% 127.89/80.42 tff(19679,plain,
% 127.89/80.42 (v940(constB3, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17018, 19678, 19673])).
% 127.89/80.42 tff(19680,plain,
% 127.89/80.42 (v938(constB2, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14251, 19679])).
% 127.89/80.42 tff(19681,plain,
% 127.89/80.42 (v11(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16889, 19673])).
% 127.89/80.42 tff(19682,plain,
% 127.89/80.42 (v13(constB2, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14259, 2226, 19681, 19680])).
% 127.89/80.42 tff(19683,plain,
% 127.89/80.42 (~v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14419, 19682])).
% 127.89/80.42 tff(19684,plain,
% 127.89/80.42 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14273, 6040, 19681])).
% 127.89/80.42 tff(19685,plain,
% 127.89/80.42 (~v1050(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19684, 19683])).
% 127.89/80.42 tff(19686,plain,
% 127.89/80.42 (~v1052(constB3)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14266, 19685])).
% 127.89/80.42 tff(19687,plain,
% 127.89/80.42 (~v7(constB3, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14493, 19686])).
% 127.89/80.42 tff(19688,plain,
% 127.89/80.42 (~v7(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14485, 19687])).
% 127.89/80.42 tff(19689,plain,
% 127.89/80.42 (~sP957(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5878, 5875, 19688])).
% 127.89/80.42 tff(19690,plain,
% 127.89/80.42 (~sP960(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5867, 5864, 19688])).
% 127.89/80.42 tff(19691,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17069, 19690, 19689, 19668, 3685, 19661, 16663])).
% 127.89/80.42 tff(19692,plain,(v13(constB8, bitIndex2) | (~v13(constB10, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | v7(constB12, bitIndex1) | (~v11(constB10)) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19693,plain,
% 127.89/80.42 (v13(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19692, 19488, 11, 4113, 4112, 11700, 3694, 4111, 1703, 7563, 2408])).
% 127.89/80.42 tff(19694,plain,
% 127.89/80.42 (v938(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17607, 1, 11, 4113, 4112, 3694, 7563, 11700, 3695])).
% 127.89/80.42 tff(19695,plain,
% 127.89/80.42 (~v11(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19570, 1, 4113, 4112, 3694, 7563, 11700, 11, 6494, 6361, 7662])).
% 127.89/80.42 tff(19696,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10622, 19695, 19694])).
% 127.89/80.42 tff(19697,plain,(v7(constB10, bitIndex1) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (~v13(constB8, bitIndex2)) | (~v13(constB10, bitIndex2)) | (~v13(constB10, bitIndex0)) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19698,plain,
% 127.89/80.42 (v7(constB10, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19697, 19693, 4112, 3694, 7563, 11700, 11, 4113, 19488, 19646, 3695])).
% 127.89/80.42 tff(19699,plain,
% 127.89/80.42 (v7(constB9, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[188, 19698])).
% 127.89/80.42 tff(19700,plain,
% 127.89/80.42 (v956(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[206, 19699])).
% 127.89/80.42 tff(19701,plain,
% 127.89/80.42 (v940(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[289, 19700])).
% 127.89/80.42 tff(19702,plain,
% 127.89/80.42 (v938(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[307, 19701])).
% 127.89/80.42 tff(19703,plain,
% 127.89/80.42 (v13(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[340, 19702])).
% 127.89/80.42 tff(19704,plain,
% 127.89/80.42 (~v17(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1238, 19703])).
% 127.89/80.42 tff(19705,plain,
% 127.89/80.42 (~v17(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1191, 19704])).
% 127.89/80.42 tff(19706,plain,
% 127.89/80.42 (~v1019(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1171, 19705])).
% 127.89/80.42 tff(19707,plain,
% 127.89/80.42 (~v1017(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1138, 19706])).
% 127.89/80.42 tff(19708,plain,
% 127.89/80.42 (v11(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1112, 19707])).
% 127.89/80.42 tff(19709,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19328, 19703, 19693, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19710,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19709])).
% 127.89/80.42 tff(19711,plain,
% 127.89/80.42 (v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19710])).
% 127.89/80.42 tff(19712,plain,
% 127.89/80.42 (v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19711])).
% 127.89/80.42 tff(19713,plain,
% 127.89/80.42 (v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19712])).
% 127.89/80.42 tff(19714,plain,
% 127.89/80.42 (v13(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14085, 19713])).
% 127.89/80.42 tff(19715,plain,
% 127.89/80.42 (~v13(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19179, 19714])).
% 127.89/80.42 tff(19716,plain,
% 127.89/80.42 (~v938(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[11713, 19715])).
% 127.89/80.42 tff(19717,plain,
% 127.89/80.42 (~v940(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2524, 19716])).
% 127.89/80.42 tff(19718,plain,
% 127.89/80.42 (~v956(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2516, 19717])).
% 127.89/80.42 tff(19719,plain,
% 127.89/80.42 (~v7(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2490, 19718])).
% 127.89/80.42 tff(19720,plain,
% 127.89/80.42 (~v7(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2482, 19719])).
% 127.89/80.42 tff(19721,plain,
% 127.89/80.42 (v7(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[9083, 19720, 19693, 19703])).
% 127.89/80.42 tff(19722,plain,
% 127.89/80.42 (v7(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7137, 19721])).
% 127.89/80.42 tff(19723,plain,
% 127.89/80.42 (v1052(constB7)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7119, 19722])).
% 127.89/80.42 tff(19724,plain,
% 127.89/80.42 (v1050(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7111, 19723])).
% 127.89/80.42 tff(19725,plain,
% 127.89/80.42 (v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7105, 6040, 19724, 19708])).
% 127.89/80.42 tff(19726,plain,
% 127.89/80.42 (v7(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19302, 19703, 19693, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19727,plain,
% 127.89/80.42 (v7(constB5, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5996, 19726])).
% 127.89/80.42 tff(19728,plain,
% 127.89/80.42 (v1052(constB5)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6014, 19727])).
% 127.89/80.42 tff(19729,plain,
% 127.89/80.42 (v1050(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6029, 19728])).
% 127.89/80.42 tff(19730,plain,
% 127.89/80.42 (v13(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16842, 19729])).
% 127.89/80.42 tff(19731,plain,
% 127.89/80.42 (v7(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16714, 19725, 19714, 16699])).
% 127.89/80.42 tff(19732,plain,
% 127.89/80.42 (v7(constB5, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[834, 19731])).
% 127.89/80.42 tff(19733,plain,
% 127.89/80.42 (v929(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[783, 19732])).
% 127.89/80.42 tff(19734,plain,
% 127.89/80.42 (v940(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[765, 19733])).
% 127.89/80.42 tff(19735,plain,
% 127.89/80.42 (v938(constB4, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[699, 19734])).
% 127.89/80.42 tff(19736,plain,
% 127.89/80.42 (v13(constB4, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16811, 19735])).
% 127.89/80.42 tff(19737,plain,
% 127.89/80.42 (v940(constB3, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17018, 19736, 19730])).
% 127.89/80.42 tff(19738,plain,
% 127.89/80.42 (v938(constB2, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14251, 19737])).
% 127.89/80.42 tff(19739,plain,
% 127.89/80.42 (v11(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16889, 19736])).
% 127.89/80.42 tff(19740,plain,
% 127.89/80.42 (v13(constB2, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14259, 2226, 19739, 19738])).
% 127.89/80.42 tff(19741,plain,
% 127.89/80.42 (~v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14419, 19740])).
% 127.89/80.42 tff(19742,plain,
% 127.89/80.42 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14273, 6040, 19739])).
% 127.89/80.42 tff(19743,plain,
% 127.89/80.42 (~v1050(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19742, 19741])).
% 127.89/80.42 tff(19744,plain,
% 127.89/80.42 (~v1052(constB3)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14266, 19743])).
% 127.89/80.42 tff(19745,plain,
% 127.89/80.42 (~v7(constB3, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14493, 19744])).
% 127.89/80.42 tff(19746,plain,
% 127.89/80.42 (~v7(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14485, 19745])).
% 127.89/80.42 tff(19747,plain,
% 127.89/80.42 (~sP957(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5878, 5875, 19746])).
% 127.89/80.42 tff(19748,plain,
% 127.89/80.42 (~sP960(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5867, 5864, 19746])).
% 127.89/80.42 tff(19749,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17069, 19748, 19747, 19714, 3685, 19725, 16663])).
% 127.89/80.42 tff(19750,plain,(v7(constB12, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | v11(constB16) | (constB9 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19751,plain,
% 127.89/80.42 (v7(constB12, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19750, 3695, 4113, 4112, 7563, 11700, 3694, 11, 4111, 2408, 11346, 5323, 11348])).
% 127.89/80.42 tff(19752,plain,
% 127.89/80.42 (v7(constB11, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1342, 19751])).
% 127.89/80.42 tff(19753,plain,
% 127.89/80.42 (v956(constB11, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1311, 19752])).
% 127.89/80.42 tff(19754,plain,
% 127.89/80.42 (v940(constB11, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1303, 19753])).
% 127.89/80.42 tff(19755,plain,
% 127.89/80.42 (v938(constB10, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1263, 19754])).
% 127.89/80.42 tff(19756,plain,
% 127.89/80.42 (v13(constB10, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12400, 19755])).
% 127.89/80.42 tff(19757,plain,
% 127.89/80.42 (~v13(constB12, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[8012, 8803, 19756, 1, 7951, 7955, 7563])).
% 127.89/80.42 tff(19758,plain,
% 127.89/80.42 (~v938(constB12, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16046, 19757])).
% 127.89/80.42 tff(19759,plain,
% 127.89/80.42 (~v940(constB13, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2238, 19758])).
% 127.89/80.42 tff(19760,plain,
% 127.89/80.42 (~v929(constB13, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2264, 19759])).
% 127.89/80.42 tff(19761,plain,
% 127.89/80.42 (~v7(constB13, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2272, 19760])).
% 127.89/80.42 tff(19762,plain,
% 127.89/80.42 (~v7(constB14, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2293, 19761])).
% 127.89/80.42 tff(19763,plain,
% 127.89/80.42 (sP958(constB14)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12765, 19762, 19457])).
% 127.89/80.42 tff(19764,plain,
% 127.89/80.42 (sP957(constB14)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17544, 19763, 3695, 19762, 19398, 11700, 11, 4113, 4112, 11346, 5323, 11348, 4111, 3694, 2408])).
% 127.89/80.42 tff(19765,plain,
% 127.89/80.42 (~v13(constB10, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[8002, 7955, 19756, 1, 8803])).
% 127.89/80.42 tff(19766,plain,
% 127.89/80.42 (~v1050(constB10)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7578, 19765])).
% 127.89/80.42 tff(19767,plain,
% 127.89/80.42 (~v1052(constB11)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7583, 19766])).
% 127.89/80.42 tff(19768,plain,
% 127.89/80.42 (~v7(constB11, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7591, 19767])).
% 127.89/80.42 tff(19769,plain,
% 127.89/80.42 (~v7(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7597, 19768])).
% 127.89/80.42 tff(19770,plain,
% 127.89/80.42 (v7(constB14, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[12770, 19762, 19462, 19457])).
% 127.89/80.42 tff(19771,plain,
% 127.89/80.42 (v7(constB13, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2214, 19770])).
% 127.89/80.42 tff(19772,plain,
% 127.89/80.42 (v956(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2193, 19771])).
% 127.89/80.42 tff(19773,plain,
% 127.89/80.42 (v940(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2185, 19772])).
% 127.89/80.42 tff(19774,plain,
% 127.89/80.42 (v938(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2159, 19773])).
% 127.89/80.42 tff(19775,plain,
% 127.89/80.42 (v13(constB12, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[9911, 19774])).
% 127.89/80.42 tff(19776,plain,
% 127.89/80.42 (~v13(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17323, 19775, 19769, 19757])).
% 127.89/80.42 tff(19777,plain,
% 127.89/80.42 (~v1050(constB12)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19476, 19776])).
% 127.89/80.42 tff(19778,plain,
% 127.89/80.42 (~v1052(constB13)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10808, 19777])).
% 127.89/80.42 tff(19779,plain,
% 127.89/80.42 (~v7(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10816, 19778])).
% 127.89/80.42 tff(19780,plain,
% 127.89/80.42 (~v7(constB14, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10822, 19779])).
% 127.89/80.42 tff(19781,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10826, 5875, 19780, 19764])).
% 127.89/80.42 tff(19782,plain,(v7(constB10, bitIndex0) | v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19783,plain,
% 127.89/80.42 (v7(constB10, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19782, 1, 11700, 11, 4113, 4112, 11346, 5323, 11348, 4111, 3694, 2408, 7563, 3695])).
% 127.89/80.42 tff(19784,plain,
% 127.89/80.42 (v7(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6470, 19783])).
% 127.89/80.42 tff(19785,plain,
% 127.89/80.42 (v1052(constB9)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6478, 19784])).
% 127.89/80.42 tff(19786,plain,
% 127.89/80.42 (v1050(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6483, 19785])).
% 127.89/80.42 tff(19787,plain,
% 127.89/80.42 (v11(constB8)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10622, 19694])).
% 127.89/80.42 tff(19788,plain,
% 127.89/80.42 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6491, 6040, 19787])).
% 127.89/80.42 tff(19789,plain,
% 127.89/80.42 (v13(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19788, 19786])).
% 127.89/80.42 tff(19790,plain,
% 127.89/80.42 (~v11(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19220, 19789, 19451, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19791,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[18642, 19790, 11, 4113, 4112, 3694, 7563, 11700, 1])).
% 127.89/80.42 tff(19792,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19791])).
% 127.89/80.42 tff(19793,plain,
% 127.89/80.42 (~v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[8146, 19790])).
% 127.89/80.42 tff(19794,plain,
% 127.89/80.42 (~v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19793])).
% 127.89/80.42 tff(19795,plain,
% 127.89/80.42 (~v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19794])).
% 127.89/80.42 tff(19796,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19795, 19792])).
% 127.89/80.42 tff(19797,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v11(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19798,plain,
% 127.89/80.42 (v7(constB10, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19797, 3695, 4113, 4112, 3694, 7563, 11700, 11346, 5323, 11348, 4111, 2408, 11])).
% 127.89/80.42 tff(19799,plain,
% 127.89/80.42 (v7(constB9, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[188, 19798])).
% 127.89/80.42 tff(19800,plain,
% 127.89/80.42 (v956(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[206, 19799])).
% 127.89/80.42 tff(19801,plain,
% 127.89/80.42 (v940(constB9, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[289, 19800])).
% 127.89/80.42 tff(19802,plain,
% 127.89/80.42 (v938(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[307, 19801])).
% 127.89/80.42 tff(19803,plain,
% 127.89/80.42 (v13(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[340, 19802])).
% 127.89/80.42 tff(19804,plain,
% 127.89/80.42 (~v17(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1238, 19803])).
% 127.89/80.42 tff(19805,plain,
% 127.89/80.42 (~v17(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1191, 19804])).
% 127.89/80.42 tff(19806,plain,
% 127.89/80.42 (~v1019(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1171, 19805])).
% 127.89/80.42 tff(19807,plain,
% 127.89/80.42 (~v1017(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1138, 19806])).
% 127.89/80.42 tff(19808,plain,
% 127.89/80.42 (v11(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[1112, 19807])).
% 127.89/80.42 tff(19809,plain,
% 127.89/80.42 (v7(constB8, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19328, 19803, 19451, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19810,plain,
% 127.89/80.42 (v7(constB7, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2450, 19809])).
% 127.89/80.42 tff(19811,plain,
% 127.89/80.42 (v929(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10337, 19810])).
% 127.89/80.42 tff(19812,plain,
% 127.89/80.42 (v940(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10333, 19811])).
% 127.89/80.42 tff(19813,plain,
% 127.89/80.42 (v938(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2545, 19812])).
% 127.89/80.42 tff(19814,plain,
% 127.89/80.42 (v13(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14085, 19813])).
% 127.89/80.42 tff(19815,plain,
% 127.89/80.42 (~v13(constB6, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19179, 19814])).
% 127.89/80.42 tff(19816,plain,
% 127.89/80.42 (~v938(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[11713, 19815])).
% 127.89/80.42 tff(19817,plain,
% 127.89/80.42 (~v940(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2524, 19816])).
% 127.89/80.42 tff(19818,plain,
% 127.89/80.42 (~v956(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2516, 19817])).
% 127.89/80.42 tff(19819,plain,
% 127.89/80.42 (~v7(constB7, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2490, 19818])).
% 127.89/80.42 tff(19820,plain,
% 127.89/80.42 (~v7(constB8, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2482, 19819])).
% 127.89/80.42 tff(19821,plain,
% 127.89/80.42 (v7(constB8, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[9083, 19820, 19451, 19803])).
% 127.89/80.42 tff(19822,plain,
% 127.89/80.42 (v7(constB7, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7137, 19821])).
% 127.89/80.42 tff(19823,plain,
% 127.89/80.42 (v1052(constB7)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7119, 19822])).
% 127.89/80.42 tff(19824,plain,
% 127.89/80.42 (v1050(constB6)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7111, 19823])).
% 127.89/80.42 tff(19825,plain,
% 127.89/80.42 (v13(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[7105, 6040, 19824, 19808])).
% 127.89/80.42 tff(19826,plain,
% 127.89/80.42 (v7(constB6, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19302, 19803, 19451, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.42 tff(19827,plain,
% 127.89/80.42 (v7(constB5, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5996, 19826])).
% 127.89/80.42 tff(19828,plain,
% 127.89/80.42 (v1052(constB5)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6014, 19827])).
% 127.89/80.42 tff(19829,plain,
% 127.89/80.42 (v1050(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[6029, 19828])).
% 127.89/80.42 tff(19830,plain,
% 127.89/80.42 (v13(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16842, 19829])).
% 127.89/80.42 tff(19831,plain,
% 127.89/80.42 (v7(constB6, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16714, 19825, 19814, 16699])).
% 127.89/80.42 tff(19832,plain,
% 127.89/80.42 (v7(constB5, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[834, 19831])).
% 127.89/80.42 tff(19833,plain,
% 127.89/80.42 (v929(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[783, 19832])).
% 127.89/80.42 tff(19834,plain,
% 127.89/80.42 (v940(constB5, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[765, 19833])).
% 127.89/80.42 tff(19835,plain,
% 127.89/80.42 (v938(constB4, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[699, 19834])).
% 127.89/80.42 tff(19836,plain,
% 127.89/80.42 (v13(constB4, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16811, 19835])).
% 127.89/80.42 tff(19837,plain,
% 127.89/80.42 (v940(constB3, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17018, 19836, 19830])).
% 127.89/80.42 tff(19838,plain,
% 127.89/80.42 (v938(constB2, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14251, 19837])).
% 127.89/80.42 tff(19839,plain,
% 127.89/80.42 (v11(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16889, 19836])).
% 127.89/80.42 tff(19840,plain,
% 127.89/80.42 (v13(constB2, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14259, 2226, 19839, 19838])).
% 127.89/80.42 tff(19841,plain,
% 127.89/80.42 (~v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14419, 19840])).
% 127.89/80.42 tff(19842,plain,
% 127.89/80.42 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14273, 6040, 19839])).
% 127.89/80.42 tff(19843,plain,
% 127.89/80.42 (~v1050(constB2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19842, 19841])).
% 127.89/80.42 tff(19844,plain,
% 127.89/80.42 (~v1052(constB3)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14266, 19843])).
% 127.89/80.42 tff(19845,plain,
% 127.89/80.42 (~v7(constB3, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14493, 19844])).
% 127.89/80.42 tff(19846,plain,
% 127.89/80.42 (~v7(constB4, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[14485, 19845])).
% 127.89/80.42 tff(19847,plain,
% 127.89/80.42 (~sP957(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5878, 5875, 19846])).
% 127.89/80.42 tff(19848,plain,
% 127.89/80.42 (~sP960(constB4)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[5867, 5864, 19846])).
% 127.89/80.42 tff(19849,plain,
% 127.89/80.42 ($false),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17069, 19848, 19847, 19814, 3685, 19825, 16663])).
% 127.89/80.42 tff(19850,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.42 tff(19851,plain,
% 127.89/80.42 (v11(constB16)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19850, 11346, 4113, 4112, 7563, 11700, 3694, 11, 5323, 11348, 4111, 2408])).
% 127.89/80.42 tff(19852,plain,
% 127.89/80.42 (~v938(constB12, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[16046, 19397])).
% 127.89/80.42 tff(19853,plain,
% 127.89/80.42 (~v940(constB13, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2238, 19852])).
% 127.89/80.42 tff(19854,plain,
% 127.89/80.42 (~v929(constB13, bitIndex1)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2264, 19853])).
% 127.89/80.42 tff(19855,plain,
% 127.89/80.42 (~v7(constB13, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2272, 19854])).
% 127.89/80.42 tff(19856,plain,
% 127.89/80.42 (~v7(constB14, bitIndex2)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[2293, 19855])).
% 127.89/80.42 tff(19857,plain,
% 127.89/80.42 (v7(constB14, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[17775, 19856, 2408, 19851, 11700, 11, 4113, 4112, 4111, 11346, 5323, 19398, 3694, 11348])).
% 127.89/80.42 tff(19858,plain,
% 127.89/80.42 (v7(constB13, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10822, 19857])).
% 127.89/80.42 tff(19859,plain,
% 127.89/80.42 (v1052(constB13)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10816, 19858])).
% 127.89/80.42 tff(19860,plain,
% 127.89/80.42 (v1050(constB12)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[10808, 19859])).
% 127.89/80.42 tff(19861,plain,
% 127.89/80.42 (v13(constB12, bitIndex0)),
% 127.89/80.42 inference(unit_resolution,[status(thm)],[19476, 19860])).
% 127.89/80.43 tff(19862,plain,
% 127.89/80.43 (~v13(constB12, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17323, 19861, 19394, 19397])).
% 127.89/80.43 tff(19863,plain,
% 127.89/80.43 (~v938(constB12, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9911, 19862])).
% 127.89/80.43 tff(19864,plain,
% 127.89/80.43 (~v940(constB13, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2159, 19863])).
% 127.89/80.43 tff(19865,plain,
% 127.89/80.43 (~v956(constB13, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2185, 19864])).
% 127.89/80.43 tff(19866,plain,
% 127.89/80.43 (~v7(constB13, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2193, 19865])).
% 127.89/80.43 tff(19867,plain,
% 127.89/80.43 (~v7(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2214, 19866])).
% 127.89/80.43 tff(19868,plain,
% 127.89/80.43 (v7(constB18, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17925, 19867, 19851, 2408, 11700, 11, 4113, 4112, 4111, 11346, 5323, 19398, 3694, 11348, 19397])).
% 127.89/80.43 tff(19869,plain,
% 127.89/80.43 (v7(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5759, 19868])).
% 127.89/80.43 tff(19870,plain,
% 127.89/80.43 (v956(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10249, 19869])).
% 127.89/80.43 tff(19871,plain,
% 127.89/80.43 (v940(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5567, 19870])).
% 127.89/80.43 tff(19872,plain,
% 127.89/80.43 (v938(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5541, 19871])).
% 127.89/80.43 tff(19873,plain,
% 127.89/80.43 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5532, 320, 19851])).
% 127.89/80.43 tff(19874,plain,
% 127.89/80.43 (v13(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19873, 19872])).
% 127.89/80.43 tff(19875,plain,
% 127.89/80.43 (~v13(constB16, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17939, 19874, 19397, 19862, 19398])).
% 127.89/80.43 tff(19876,plain,
% 127.89/80.43 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5572, 2226, 19851])).
% 127.89/80.43 tff(19877,plain,
% 127.89/80.43 (~v938(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19876, 19875])).
% 127.89/80.43 tff(19878,plain,
% 127.89/80.43 (~v940(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5581, 19877])).
% 127.89/80.43 tff(19879,plain,
% 127.89/80.43 (~v929(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5607, 19878])).
% 127.89/80.43 tff(19880,plain,
% 127.89/80.43 (~v7(constB17, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5615, 19879])).
% 127.89/80.43 tff(19881,plain,
% 127.89/80.43 (~v7(constB18, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5636, 19880])).
% 127.89/80.43 tff(19882,plain,
% 127.89/80.43 (sP959(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5710, 1871, 19881])).
% 127.89/80.43 tff(19883,plain,
% 127.89/80.43 (constB19 = sK952_VarCurr),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18017, 19882, 11, 4113, 4112, 3694, 5323, 2408, 4111, 11346, 11348, 11700, 19851, 19856, 19398, 19874, 19867])).
% 127.89/80.43 tff(19884,plain,
% 127.89/80.43 (v7(constB19, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12639, 19883, 11])).
% 127.89/80.43 tff(19885,plain,
% 127.89/80.43 (v956(constB19, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11821, 19884])).
% 127.89/80.43 tff(19886,plain,
% 127.89/80.43 (v940(constB19, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11826, 19885])).
% 127.89/80.43 tff(19887,plain,
% 127.89/80.43 (v938(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11831, 19886])).
% 127.89/80.43 tff(19888,plain,
% 127.89/80.43 (v11(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11839, 335, 19887])).
% 127.89/80.43 tff(19889,plain,
% 127.89/80.43 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.89/80.43 inference(monotonicity,[status(thm)],[19883])).
% 127.89/80.43 tff(19890,plain,
% 127.89/80.43 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.89/80.43 inference(symmetry,[status(thm)],[19889])).
% 127.89/80.43 tff(19891,plain,
% 127.89/80.43 (v1044(sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5791, 19883])).
% 127.89/80.43 tff(19892,plain,
% 127.89/80.43 (v1052(sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12067, 19891])).
% 127.89/80.43 tff(19893,plain,
% 127.89/80.43 (v1052(constB19)),
% 127.89/80.43 inference(modus_ponens,[status(thm)],[19892, 19890])).
% 127.89/80.43 tff(19894,plain,
% 127.89/80.43 (v1050(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11888, 19893])).
% 127.89/80.43 tff(19895,plain,
% 127.89/80.43 (v13(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11895, 6040, 19894, 19888])).
% 127.89/80.43 tff(19896,plain,
% 127.89/80.43 (v13(constB18, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11841, 19887])).
% 127.89/80.43 tff(19897,plain,
% 127.89/80.43 (v7(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12264, 19895, 19896, 19882])).
% 127.89/80.43 tff(19898,plain,
% 127.89/80.43 (v7(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9562, 19897])).
% 127.89/80.43 tff(19899,plain,
% 127.89/80.43 (v1052(constB17)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9570, 19898])).
% 127.89/80.43 tff(19900,plain,
% 127.89/80.43 (v1050(constB16)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9575, 19899])).
% 127.89/80.43 tff(19901,plain,
% 127.89/80.43 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9582, 6040, 19851])).
% 127.89/80.43 tff(19902,plain,
% 127.89/80.43 (v13(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19901, 19900])).
% 127.89/80.43 tff(19903,plain,
% 127.89/80.43 (v7(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11331, 19902, 19874])).
% 127.89/80.43 tff(19904,plain,
% 127.89/80.43 (v7(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10199, 19903])).
% 127.89/80.43 tff(19905,plain,
% 127.89/80.43 (v1052(constB15)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10207, 19904])).
% 127.89/80.43 tff(19906,plain,
% 127.89/80.43 (v1050(constB14)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10212, 19905])).
% 127.89/80.43 tff(19907,plain,
% 127.89/80.43 (v13(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19456, 19906])).
% 127.89/80.43 tff(19908,plain,
% 127.89/80.43 (~v13(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12770, 19907, 19856, 19867])).
% 127.89/80.43 tff(19909,plain,
% 127.89/80.43 (~v938(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11741, 19908])).
% 127.89/80.43 tff(19910,plain,
% 127.89/80.43 (~v940(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9659, 19909])).
% 127.89/80.43 tff(19911,plain,
% 127.89/80.43 (~v956(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9654, 19910])).
% 127.89/80.43 tff(19912,plain,
% 127.89/80.43 (~v7(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9649, 19911])).
% 127.89/80.43 tff(19913,plain,
% 127.89/80.43 (~v7(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[4007, 19912])).
% 127.89/80.43 tff(19914,plain,
% 127.89/80.43 (~v13(constB14, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[13037, 19907, 19867, 19856])).
% 127.89/80.43 tff(19915,plain,
% 127.89/80.43 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2361, 2226, 19398])).
% 127.89/80.43 tff(19916,plain,
% 127.89/80.43 (~v938(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19915, 19914])).
% 127.89/80.43 tff(19917,plain,
% 127.89/80.43 (~v940(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2356, 19916])).
% 127.89/80.43 tff(19918,plain,
% 127.89/80.43 (~v929(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2348, 19917])).
% 127.89/80.43 tff(19919,plain,
% 127.89/80.43 (~v7(constB15, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5505, 19918])).
% 127.89/80.43 tff(19920,plain,
% 127.89/80.43 (~v7(constB16, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[4072, 19919])).
% 127.89/80.43 tff(19921,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17412, 19920, 19913, 19881, 19896, 19895])).
% 127.89/80.43 tff(19922,plain,(v7(constB10, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(19923,plain,
% 127.89/80.43 (constB11 = sK952_VarCurr),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19922, 18503, 11, 4113, 4112, 3694, 19377, 2408, 18536, 7656, 18531, 7563, 11700])).
% 127.89/80.43 tff(19924,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18756, 8803, 7955, 6360, 7563, 4103, 11700, 11])).
% 127.89/80.43 tff(19925,plain,(v7(constB10, bitIndex0) | v7(constB10, bitIndex2) | (~v11(constB10)) | (~(constB11 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(19926,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19925, 19923, 18503, 7563, 7656, 11700, 11])).
% 127.89/80.43 tff(19927,plain,(v13(constB8, bitIndex2) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(19928,plain,
% 127.89/80.43 (v13(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19927, 2408, 16672, 7, 17184, 17133, 17075, 17258])).
% 127.89/80.43 tff(19929,plain,
% 127.89/80.43 (v7(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19328, 1193, 6494, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.43 tff(19930,plain,
% 127.89/80.43 (v7(constB7, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2450, 19929])).
% 127.89/80.43 tff(19931,plain,
% 127.89/80.43 (v929(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10337, 19930])).
% 127.89/80.43 tff(19932,plain,
% 127.89/80.43 (v940(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10333, 19931])).
% 127.89/80.43 tff(19933,plain,
% 127.89/80.43 (v938(constB6, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2545, 19932])).
% 127.89/80.43 tff(19934,plain,
% 127.89/80.43 (v13(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14085, 19933])).
% 127.89/80.43 tff(19935,plain,
% 127.89/80.43 (~v13(constB6, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19179, 19934])).
% 127.89/80.43 tff(19936,plain,
% 127.89/80.43 (~v938(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11713, 19935])).
% 127.89/80.43 tff(19937,plain,
% 127.89/80.43 (~v940(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2524, 19936])).
% 127.89/80.43 tff(19938,plain,
% 127.89/80.43 (~v956(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2516, 19937])).
% 127.89/80.43 tff(19939,plain,
% 127.89/80.43 (~v7(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2490, 19938])).
% 127.89/80.43 tff(19940,plain,
% 127.89/80.43 (~v7(constB8, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2482, 19939])).
% 127.89/80.43 tff(19941,plain,
% 127.89/80.43 (v7(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9083, 19940, 6494, 1193])).
% 127.89/80.43 tff(19942,plain,
% 127.89/80.43 (v7(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7137, 19941])).
% 127.89/80.43 tff(19943,plain,
% 127.89/80.43 (v1052(constB7)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7119, 19942])).
% 127.89/80.43 tff(19944,plain,
% 127.89/80.43 (v1050(constB6)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7111, 19943])).
% 127.89/80.43 tff(19945,plain,
% 127.89/80.43 (v13(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7105, 6040, 19944, 16720])).
% 127.89/80.43 tff(19946,plain,
% 127.89/80.43 (v7(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19302, 1193, 6494, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.43 tff(19947,plain,
% 127.89/80.43 (v7(constB5, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5996, 19946])).
% 127.89/80.43 tff(19948,plain,
% 127.89/80.43 (v1052(constB5)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6014, 19947])).
% 127.89/80.43 tff(19949,plain,
% 127.89/80.43 (v1050(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6029, 19948])).
% 127.89/80.43 tff(19950,plain,
% 127.89/80.43 (v13(constB4, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16842, 19949])).
% 127.89/80.43 tff(19951,plain,
% 127.89/80.43 (v7(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16714, 19945, 19934, 16699])).
% 127.89/80.43 tff(19952,plain,
% 127.89/80.43 (v7(constB5, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[834, 19951])).
% 127.89/80.43 tff(19953,plain,
% 127.89/80.43 (v929(constB5, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[783, 19952])).
% 127.89/80.43 tff(19954,plain,
% 127.89/80.43 (v940(constB5, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[765, 19953])).
% 127.89/80.43 tff(19955,plain,
% 127.89/80.43 (v938(constB4, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[699, 19954])).
% 127.89/80.43 tff(19956,plain,
% 127.89/80.43 (v13(constB4, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16811, 19955])).
% 127.89/80.43 tff(19957,plain,
% 127.89/80.43 (v940(constB3, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17018, 19956, 19950])).
% 127.89/80.43 tff(19958,plain,
% 127.89/80.43 (v938(constB2, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14251, 19957])).
% 127.89/80.43 tff(19959,plain,
% 127.89/80.43 (v11(constB2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16889, 19956])).
% 127.89/80.43 tff(19960,plain,
% 127.89/80.43 (v13(constB2, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14259, 2226, 19959, 19958])).
% 127.89/80.43 tff(19961,plain,
% 127.89/80.43 (~v13(constB2, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14419, 19960])).
% 127.89/80.43 tff(19962,plain,
% 127.89/80.43 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14273, 6040, 19959])).
% 127.89/80.43 tff(19963,plain,
% 127.89/80.43 (~v1050(constB2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19962, 19961])).
% 127.89/80.43 tff(19964,plain,
% 127.89/80.43 (~v1052(constB3)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14266, 19963])).
% 127.89/80.43 tff(19965,plain,
% 127.89/80.43 (~v7(constB3, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14493, 19964])).
% 127.89/80.43 tff(19966,plain,
% 127.89/80.43 (~v7(constB4, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14485, 19965])).
% 127.89/80.43 tff(19967,plain,
% 127.89/80.43 (~sP957(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5878, 5875, 19966])).
% 127.89/80.43 tff(19968,plain,
% 127.89/80.43 (~sP960(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5867, 5864, 19966])).
% 127.89/80.43 tff(19969,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17069, 19968, 19967, 19934, 3685, 19945, 16663])).
% 127.89/80.43 tff(19970,plain,((~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(19971,plain,
% 127.89/80.43 (~v13(constB8, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19970, 19928, 7, 17184, 17133, 17258, 16672, 17075])).
% 127.89/80.43 tff(19972,plain,
% 127.89/80.43 (~v938(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[340, 19971])).
% 127.89/80.43 tff(19973,plain,
% 127.89/80.43 (~v940(constB9, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[307, 19972])).
% 127.89/80.43 tff(19974,plain,
% 127.89/80.43 (~v956(constB9, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[289, 19973])).
% 127.89/80.43 tff(19975,plain,
% 127.89/80.43 (~v7(constB9, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[206, 19974])).
% 127.89/80.43 tff(19976,plain,
% 127.89/80.43 (~v7(constB10, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[188, 19975])).
% 127.89/80.43 tff(19977,plain,
% 127.89/80.43 (~(constB9 = sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2643, 19975, 7])).
% 127.89/80.43 tff(19978,plain,
% 127.89/80.43 (~(constB12 = sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19376, 2408, 17184, 17133, 17258, 16672, 17075, 7])).
% 127.89/80.43 tff(19979,plain,
% 127.89/80.43 (~v13(constB10, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19228, 12546, 4113, 4112, 3694, 7563, 11700, 11, 1, 2408])).
% 127.89/80.43 tff(19980,plain,
% 127.89/80.43 (~v1050(constB10)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7578, 19979])).
% 127.89/80.43 tff(19981,plain,
% 127.89/80.43 (~v1052(constB11)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7583, 19980])).
% 127.89/80.43 tff(19982,plain,
% 127.89/80.43 (~v7(constB11, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7591, 19981])).
% 127.89/80.43 tff(19983,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19982, 17284])).
% 127.89/80.43 tff(19984,plain,((~(constB11 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB10)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(19985,plain,
% 127.89/80.43 (~(constB11 = sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19984, 1, 17258, 17184, 17133, 17075, 7, 16672, 2408])).
% 127.89/80.43 tff(19986,plain,
% 127.89/80.43 (v7(constB10, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19922, 7656, 11, 4113, 4112, 3694, 5323, 2408, 4111, 11346, 11348, 7563, 11700])).
% 127.89/80.43 tff(19987,plain,
% 127.89/80.43 (v7(constB9, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6470, 19986])).
% 127.89/80.43 tff(19988,plain,
% 127.89/80.43 (v1052(constB9)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6478, 19987])).
% 127.89/80.43 tff(19989,plain,
% 127.89/80.43 (v1050(constB8)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6483, 19988])).
% 127.89/80.43 tff(19990,plain,
% 127.89/80.43 (v13(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18499, 19989])).
% 127.89/80.43 tff(19991,plain,
% 127.89/80.43 (v7(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16801, 19990, 7564, 18460])).
% 127.89/80.43 tff(19992,plain,
% 127.89/80.43 (v7(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7137, 19991])).
% 127.89/80.43 tff(19993,plain,
% 127.89/80.43 (v1052(constB7)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7119, 19992])).
% 127.89/80.43 tff(19994,plain,
% 127.89/80.43 (v1050(constB6)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7111, 19993])).
% 127.89/80.43 tff(19995,plain,
% 127.89/80.43 (v13(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19418, 19994])).
% 127.89/80.43 tff(19996,plain,
% 127.89/80.43 (v7(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16759, 19990, 7564, 18460])).
% 127.89/80.43 tff(19997,plain,
% 127.89/80.43 (v7(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17034, 19995, 18460, 19990, 19996])).
% 127.89/80.43 tff(19998,plain,
% 127.89/80.43 (v7(constB7, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2450, 19997])).
% 127.89/80.43 tff(19999,plain,
% 127.89/80.43 (v929(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10337, 19998])).
% 127.89/80.43 tff(20000,plain,
% 127.89/80.43 (v940(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10333, 19999])).
% 127.89/80.43 tff(20001,plain,
% 127.89/80.43 (v938(constB6, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2545, 20000])).
% 127.89/80.43 tff(20002,plain,
% 127.89/80.43 (v13(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14085, 20001])).
% 127.89/80.43 tff(20003,plain,
% 127.89/80.43 (v7(constB5, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[834, 19996])).
% 127.89/80.43 tff(20004,plain,
% 127.89/80.43 (v929(constB5, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[783, 20003])).
% 127.89/80.43 tff(20005,plain,
% 127.89/80.43 (v940(constB5, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[765, 20004])).
% 127.89/80.43 tff(20006,plain,
% 127.89/80.43 (v938(constB4, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[699, 20005])).
% 127.89/80.43 tff(20007,plain,
% 127.89/80.43 (v13(constB4, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16811, 20006])).
% 127.89/80.43 tff(20008,plain,
% 127.89/80.43 (v7(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17050, 20002, 19995])).
% 127.89/80.43 tff(20009,plain,
% 127.89/80.43 (v7(constB5, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5996, 20008])).
% 127.89/80.43 tff(20010,plain,
% 127.89/80.43 (v1052(constB5)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6014, 20009])).
% 127.89/80.43 tff(20011,plain,
% 127.89/80.43 (v1050(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6029, 20010])).
% 127.89/80.43 tff(20012,plain,
% 127.89/80.43 (v13(constB4, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16842, 20011])).
% 127.89/80.43 tff(20013,plain,
% 127.89/80.43 (v940(constB3, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17018, 20012, 20007])).
% 127.89/80.43 tff(20014,plain,
% 127.89/80.43 (v938(constB2, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14251, 20013])).
% 127.89/80.43 tff(20015,plain,
% 127.89/80.43 (v11(constB2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16889, 20007])).
% 127.89/80.43 tff(20016,plain,
% 127.89/80.43 (v13(constB2, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14259, 2226, 20015, 20014])).
% 127.89/80.43 tff(20017,plain,
% 127.89/80.43 (~v13(constB2, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14419, 20016])).
% 127.89/80.43 tff(20018,plain,
% 127.89/80.43 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14273, 6040, 20015])).
% 127.89/80.43 tff(20019,plain,
% 127.89/80.43 (~v1050(constB2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20018, 20017])).
% 127.89/80.43 tff(20020,plain,
% 127.89/80.43 (~v1052(constB3)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14266, 20019])).
% 127.89/80.43 tff(20021,plain,
% 127.89/80.43 (~v7(constB3, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14493, 20020])).
% 127.89/80.43 tff(20022,plain,
% 127.89/80.43 (~v7(constB4, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14485, 20021])).
% 127.89/80.43 tff(20023,plain,
% 127.89/80.43 (~sP957(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5878, 5875, 20022])).
% 127.89/80.43 tff(20024,plain,
% 127.89/80.43 (~sP960(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5867, 5864, 20022])).
% 127.89/80.43 tff(20025,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17069, 20024, 20023, 20002, 3685, 19995, 16663])).
% 127.89/80.43 tff(20026,plain,(v13(constB8, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(20027,plain,
% 127.89/80.43 (v13(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20026, 11346, 4113, 4112, 3694, 5323, 2408, 4111, 11, 11348, 7563, 11700])).
% 127.89/80.43 tff(20028,plain,
% 127.89/80.43 (v7(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17775, 17786, 2408, 19851, 11700, 11, 4113, 4112, 4111, 11346, 5323, 19398, 3694, 11348])).
% 127.89/80.43 tff(20029,plain,
% 127.89/80.43 (v7(constB13, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10822, 20028])).
% 127.89/80.43 tff(20030,plain,
% 127.89/80.43 (v1052(constB13)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10816, 20029])).
% 127.89/80.43 tff(20031,plain,
% 127.89/80.43 (v1050(constB12)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10808, 20030])).
% 127.89/80.43 tff(20032,plain,
% 127.89/80.43 (v13(constB12, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19476, 20031])).
% 127.89/80.43 tff(20033,plain,
% 127.89/80.43 (v7(constB18, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17925, 14774, 9481, 2408, 11700, 11, 4113, 4112, 4111, 11346, 5323, 19398, 3694, 11348, 2216])).
% 127.89/80.43 tff(20034,plain,
% 127.89/80.43 (v7(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5759, 20033])).
% 127.89/80.43 tff(20035,plain,
% 127.89/80.43 (v956(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10249, 20034])).
% 127.89/80.43 tff(20036,plain,
% 127.89/80.43 (v940(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5567, 20035])).
% 127.89/80.43 tff(20037,plain,
% 127.89/80.43 (v938(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5541, 20036])).
% 127.89/80.43 tff(20038,plain,
% 127.89/80.43 (v13(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9541, 20037])).
% 127.89/80.43 tff(20039,plain,
% 127.89/80.43 (~v13(constB16, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17939, 20038, 2216, 2147, 19398])).
% 127.89/80.43 tff(20040,plain,
% 127.89/80.43 (~v938(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10079, 20039])).
% 127.89/80.43 tff(20041,plain,
% 127.89/80.43 (~v940(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5581, 20040])).
% 127.89/80.43 tff(20042,plain,
% 127.89/80.43 (~v929(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5607, 20041])).
% 127.89/80.43 tff(20043,plain,
% 127.89/80.43 (~v7(constB17, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5615, 20042])).
% 127.89/80.43 tff(20044,plain,
% 127.89/80.43 (~v7(constB18, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5636, 20043])).
% 127.89/80.43 tff(20045,plain,
% 127.89/80.43 (sP959(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5710, 1871, 20044])).
% 127.89/80.43 tff(20046,plain,
% 127.89/80.43 (constB19 = sK952_VarCurr),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18017, 20045, 11, 4113, 4112, 3694, 5323, 2408, 4111, 11346, 11348, 11700, 9481, 17786, 19398, 20038, 14774])).
% 127.89/80.43 tff(20047,plain,
% 127.89/80.43 (v7(constB19, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12639, 20046, 11])).
% 127.89/80.43 tff(20048,plain,
% 127.89/80.43 (v956(constB19, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11821, 20047])).
% 127.89/80.43 tff(20049,plain,
% 127.89/80.43 (v940(constB19, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11826, 20048])).
% 127.89/80.43 tff(20050,plain,
% 127.89/80.43 (v938(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11831, 20049])).
% 127.89/80.43 tff(20051,plain,
% 127.89/80.43 (v11(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11839, 335, 20050])).
% 127.89/80.43 tff(20052,plain,
% 127.89/80.43 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.89/80.43 inference(monotonicity,[status(thm)],[20046])).
% 127.89/80.43 tff(20053,plain,
% 127.89/80.43 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.89/80.43 inference(symmetry,[status(thm)],[20052])).
% 127.89/80.43 tff(20054,plain,
% 127.89/80.43 (v1044(sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5791, 20046])).
% 127.89/80.43 tff(20055,plain,
% 127.89/80.43 (v1052(sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12067, 20054])).
% 127.89/80.43 tff(20056,plain,
% 127.89/80.43 (v1052(constB19)),
% 127.89/80.43 inference(modus_ponens,[status(thm)],[20055, 20053])).
% 127.89/80.43 tff(20057,plain,
% 127.89/80.43 (v1050(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11888, 20056])).
% 127.89/80.43 tff(20058,plain,
% 127.89/80.43 (v13(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11895, 6040, 20057, 20051])).
% 127.89/80.43 tff(20059,plain,
% 127.89/80.43 (v13(constB18, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11841, 20050])).
% 127.89/80.43 tff(20060,plain,
% 127.89/80.43 (v7(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12264, 20058, 20059, 20045])).
% 127.89/80.43 tff(20061,plain,
% 127.89/80.43 (v7(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9562, 20060])).
% 127.89/80.43 tff(20062,plain,
% 127.89/80.43 (v1052(constB17)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9570, 20061])).
% 127.89/80.43 tff(20063,plain,
% 127.89/80.43 (v1050(constB16)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9575, 20062])).
% 127.89/80.43 tff(20064,plain,
% 127.89/80.43 (v13(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9583, 20063])).
% 127.89/80.43 tff(20065,plain,
% 127.89/80.43 (v7(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11331, 20064, 20038])).
% 127.89/80.43 tff(20066,plain,
% 127.89/80.43 (v7(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10199, 20065])).
% 127.89/80.43 tff(20067,plain,
% 127.89/80.43 (v1052(constB15)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10207, 20066])).
% 127.89/80.43 tff(20068,plain,
% 127.89/80.43 (v1050(constB14)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10212, 20067])).
% 127.89/80.43 tff(20069,plain,
% 127.89/80.43 (v13(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19456, 20068])).
% 127.89/80.43 tff(20070,plain,
% 127.89/80.43 (~v13(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12770, 20069, 17786, 14774])).
% 127.89/80.43 tff(20071,plain,
% 127.89/80.43 (~v938(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11741, 20070])).
% 127.89/80.43 tff(20072,plain,
% 127.89/80.43 (~v940(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9659, 20071])).
% 127.89/80.43 tff(20073,plain,
% 127.89/80.43 (~v956(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9654, 20072])).
% 127.89/80.43 tff(20074,plain,
% 127.89/80.43 (~v7(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9649, 20073])).
% 127.89/80.43 tff(20075,plain,
% 127.89/80.43 (~v7(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[4007, 20074])).
% 127.89/80.43 tff(20076,plain,
% 127.89/80.43 (~v13(constB14, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[13037, 20069, 14774, 17786])).
% 127.89/80.43 tff(20077,plain,
% 127.89/80.43 (~v938(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19915, 20076])).
% 127.89/80.43 tff(20078,plain,
% 127.89/80.43 (~v940(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2356, 20077])).
% 127.89/80.43 tff(20079,plain,
% 127.89/80.43 (~v929(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2348, 20078])).
% 127.89/80.43 tff(20080,plain,
% 127.89/80.43 (~v7(constB15, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5505, 20079])).
% 127.89/80.43 tff(20081,plain,
% 127.89/80.43 (~v7(constB16, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[4072, 20080])).
% 127.89/80.43 tff(20082,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17412, 20081, 20075, 20044, 20059, 20058])).
% 127.89/80.43 tff(20083,plain,(v13(constB12, bitIndex1) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(20084,plain,
% 127.89/80.43 (v13(constB12, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20083, 2216, 11700, 11, 4113, 4112, 3694, 5323, 2408, 4111, 11346, 11348, 19851])).
% 127.89/80.43 tff(20085,plain,
% 127.89/80.43 (v7(constB12, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17323, 20084, 20032, 2216])).
% 127.89/80.43 tff(20086,plain,
% 127.89/80.43 (v7(constB11, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7597, 20085])).
% 127.89/80.43 tff(20087,plain,
% 127.89/80.43 (v1052(constB11)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7591, 20086])).
% 127.89/80.43 tff(20088,plain,
% 127.89/80.43 (v1050(constB10)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7583, 20087])).
% 127.89/80.43 tff(20089,plain,
% 127.89/80.43 (v13(constB10, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7578, 20088])).
% 127.89/80.43 tff(20090,plain,
% 127.89/80.43 (~v13(constB10, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[8002, 20089, 1, 7966, 7956])).
% 127.89/80.43 tff(20091,plain,
% 127.89/80.43 (~v938(constB10, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12400, 20090])).
% 127.89/80.43 tff(20092,plain,
% 127.89/80.43 (~v940(constB11, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1263, 20091])).
% 127.89/80.43 tff(20093,plain,
% 127.89/80.43 (~v956(constB11, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1303, 20092])).
% 127.89/80.43 tff(20094,plain,
% 127.89/80.43 (~v7(constB11, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1311, 20093])).
% 127.89/80.43 tff(20095,plain,
% 127.89/80.43 (~v7(constB12, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1342, 20094])).
% 127.89/80.43 tff(20096,plain,
% 127.89/80.43 (~v13(constB10, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19570, 20089, 4113, 4112, 3694, 7563, 11700, 11, 20027, 1, 18545])).
% 127.89/80.43 tff(20097,plain,
% 127.89/80.43 (~v938(constB10, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12418, 20096])).
% 127.89/80.43 tff(20098,plain,
% 127.89/80.43 (~v940(constB11, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1717, 20097])).
% 127.89/80.43 tff(20099,plain,
% 127.89/80.43 (~v929(constB11, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1743, 20098])).
% 127.89/80.43 tff(20100,plain,
% 127.89/80.43 (~v7(constB11, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1751, 20099])).
% 127.89/80.43 tff(20101,plain,
% 127.89/80.43 (~v7(constB12, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1772, 20100])).
% 127.89/80.43 tff(20102,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18927, 20101, 20095, 11700, 11, 4113, 4112, 3694, 5323, 2408, 4111, 11346, 11348, 2216, 19851])).
% 127.89/80.43 tff(20103,plain,(v13(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1) | sP957(constB10) | (~sP958(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(20104,plain,
% 127.89/80.43 (v13(constB12, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20103, 7955, 11, 4113, 4112, 3694, 5323, 2408, 4111, 11346, 11348, 7563, 1, 11700, 8803])).
% 127.89/80.43 tff(20105,plain,
% 127.89/80.43 (~v13(constB12, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10890, 20104, 7950, 7563, 1])).
% 127.89/80.43 tff(20106,plain,
% 127.89/80.43 (~v1050(constB12)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19476, 20105])).
% 127.89/80.43 tff(20107,plain,
% 127.89/80.43 (~v1052(constB13)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10808, 20106])).
% 127.89/80.43 tff(20108,plain,
% 127.89/80.43 (~v7(constB13, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10816, 20107])).
% 127.89/80.43 tff(20109,plain,
% 127.89/80.43 (~v7(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10822, 20108])).
% 127.89/80.43 tff(20110,plain,
% 127.89/80.43 (~v13(constB12, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[8033, 20104, 7950, 1, 8803, 7563])).
% 127.89/80.43 tff(20111,plain,
% 127.89/80.43 (~v938(constB12, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9911, 20110])).
% 127.89/80.43 tff(20112,plain,
% 127.89/80.43 (~v940(constB13, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2159, 20111])).
% 127.89/80.43 tff(20113,plain,
% 127.89/80.43 (~v956(constB13, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2185, 20112])).
% 127.89/80.43 tff(20114,plain,
% 127.89/80.43 (~v7(constB13, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2193, 20113])).
% 127.89/80.43 tff(20115,plain,
% 127.89/80.43 (~v7(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2214, 20114])).
% 127.89/80.43 tff(20116,plain,
% 127.89/80.43 (v7(constB15, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18224, 20109, 19398, 19851, 20115, 11700, 11, 4113, 4112, 4111, 11346, 5323, 2408, 3694, 11348])).
% 127.89/80.43 tff(20117,plain,
% 127.89/80.43 (v956(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9649, 20116])).
% 127.89/80.43 tff(20118,plain,
% 127.89/80.43 (v940(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9654, 20117])).
% 127.89/80.43 tff(20119,plain,
% 127.89/80.43 (v938(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9659, 20118])).
% 127.89/80.43 tff(20120,plain,
% 127.89/80.43 (v13(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11741, 20119])).
% 127.89/80.43 tff(20121,plain,
% 127.89/80.43 (~v13(constB16, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[13682, 20120, 20115, 19398, 20109])).
% 127.89/80.43 tff(20122,plain,
% 127.89/80.43 (~v938(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19876, 20121])).
% 127.89/80.43 tff(20123,plain,
% 127.89/80.43 (~v940(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5581, 20122])).
% 127.89/80.43 tff(20124,plain,
% 127.89/80.43 (~v929(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5607, 20123])).
% 127.89/80.43 tff(20125,plain,
% 127.89/80.43 (~v7(constB17, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5615, 20124])).
% 127.89/80.43 tff(20126,plain,
% 127.89/80.43 (~v7(constB18, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5636, 20125])).
% 127.89/80.43 tff(20127,plain,
% 127.89/80.43 (v7(constB14, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17775, 20109, 2408, 19851, 11700, 11, 4113, 4112, 4111, 11346, 5323, 19398, 3694, 11348])).
% 127.89/80.43 tff(20128,plain,
% 127.89/80.43 (~v13(constB14, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12799, 20120, 20115, 20109])).
% 127.89/80.43 tff(20129,plain,
% 127.89/80.43 (v952(constB14, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12871, 20128, 20127])).
% 127.89/80.43 tff(20130,plain,
% 127.89/80.43 (~v13(constB14, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12833, 20129, 20115, 20109, 20120])).
% 127.89/80.43 tff(20131,plain,
% 127.89/80.43 (~v1050(constB14)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19456, 20130])).
% 127.89/80.43 tff(20132,plain,
% 127.89/80.43 (~v1052(constB15)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10212, 20131])).
% 127.89/80.43 tff(20133,plain,
% 127.89/80.43 (~v7(constB15, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10207, 20132])).
% 127.89/80.43 tff(20134,plain,
% 127.89/80.43 (~v7(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10199, 20133])).
% 127.89/80.43 tff(20135,plain,
% 127.89/80.43 (constB19 = sK952_VarCurr),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18289, 20134, 11, 4113, 4112, 3694, 11700, 4111, 5323, 11346, 19851, 11348, 2408, 20126])).
% 127.89/80.43 tff(20136,plain,
% 127.89/80.43 (v7(constB19, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12639, 20135, 11])).
% 127.89/80.43 tff(20137,plain,
% 127.89/80.43 (v956(constB19, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11821, 20136])).
% 127.89/80.43 tff(20138,plain,
% 127.89/80.43 (v940(constB19, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11826, 20137])).
% 127.89/80.43 tff(20139,plain,
% 127.89/80.43 (v938(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11831, 20138])).
% 127.89/80.43 tff(20140,plain,
% 127.89/80.43 (v13(constB18, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11841, 20139])).
% 127.89/80.43 tff(20141,plain,
% 127.89/80.43 (v11(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11839, 335, 20139])).
% 127.89/80.43 tff(20142,plain,
% 127.89/80.43 (v1052(constB19) <=> v1052(sK952_VarCurr)),
% 127.89/80.43 inference(monotonicity,[status(thm)],[20135])).
% 127.89/80.43 tff(20143,plain,
% 127.89/80.43 (v1052(sK952_VarCurr) <=> v1052(constB19)),
% 127.89/80.43 inference(symmetry,[status(thm)],[20142])).
% 127.89/80.43 tff(20144,plain,
% 127.89/80.43 (v1044(sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5791, 20135])).
% 127.89/80.43 tff(20145,plain,
% 127.89/80.43 (v1052(sK952_VarCurr)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12067, 20144])).
% 127.89/80.43 tff(20146,plain,
% 127.89/80.43 (v1052(constB19)),
% 127.89/80.43 inference(modus_ponens,[status(thm)],[20145, 20143])).
% 127.89/80.43 tff(20147,plain,
% 127.89/80.43 (v1050(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11888, 20146])).
% 127.89/80.43 tff(20148,plain,
% 127.89/80.43 ((~v11(constB18)) | v13(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11895, 6040, 20147])).
% 127.89/80.43 tff(20149,plain,
% 127.89/80.43 (v13(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20148, 20141])).
% 127.89/80.43 tff(20150,plain,
% 127.89/80.43 (v7(constB18, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12186, 20149, 20140, 20126])).
% 127.89/80.43 tff(20151,plain,
% 127.89/80.43 (v7(constB17, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5759, 20150])).
% 127.89/80.43 tff(20152,plain,
% 127.89/80.43 (v956(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10249, 20151])).
% 127.89/80.43 tff(20153,plain,
% 127.89/80.43 (v940(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5567, 20152])).
% 127.89/80.43 tff(20154,plain,
% 127.89/80.43 (v938(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5541, 20153])).
% 127.89/80.43 tff(20155,plain,
% 127.89/80.43 (sP959(constB18)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5710, 1871, 20126])).
% 127.89/80.43 tff(20156,plain,
% 127.89/80.43 (v7(constB18, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[12264, 20149, 20140, 20155])).
% 127.89/80.43 tff(20157,plain,
% 127.89/80.43 (v7(constB17, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9562, 20156])).
% 127.89/80.43 tff(20158,plain,
% 127.89/80.43 (v1052(constB17)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9570, 20157])).
% 127.89/80.43 tff(20159,plain,
% 127.89/80.43 (v1050(constB16)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9575, 20158])).
% 127.89/80.43 tff(20160,plain,
% 127.89/80.43 (v13(constB16, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19901, 20159])).
% 127.89/80.43 tff(20161,plain,
% 127.89/80.43 (~v13(constB16, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11331, 20160, 20134])).
% 127.89/80.43 tff(20162,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19873, 20161, 20154])).
% 127.89/80.43 tff(20163,plain,(v7(constB10, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v11(constB10)) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(20164,plain,
% 127.89/80.43 (v7(constB10, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20163, 1, 11, 4113, 4112, 3694, 4111, 5323, 11346, 11348, 2408, 7563, 11700])).
% 127.89/80.43 tff(20165,plain,
% 127.89/80.43 (v7(constB9, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6470, 20164])).
% 127.89/80.43 tff(20166,plain,
% 127.89/80.43 (v1052(constB9)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6478, 20165])).
% 127.89/80.43 tff(20167,plain,
% 127.89/80.43 (v1050(constB8)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6483, 20166])).
% 127.89/80.43 tff(20168,plain,
% 127.89/80.43 (v13(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18546, 20167])).
% 127.89/80.43 tff(20169,plain,
% 127.89/80.43 (~v11(constB6)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19220, 20168, 20027, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.43 tff(20170,plain,
% 127.89/80.43 (v7(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[18642, 20169, 11, 4113, 4112, 3694, 7563, 11700, 1])).
% 127.89/80.43 tff(20171,plain,
% 127.89/80.43 (v7(constB7, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2450, 20170])).
% 127.89/80.43 tff(20172,plain,
% 127.89/80.43 (~v938(constB6, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[8146, 20169])).
% 127.89/80.43 tff(20173,plain,
% 127.89/80.43 (~v940(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2545, 20172])).
% 127.89/80.43 tff(20174,plain,
% 127.89/80.43 (~v929(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10333, 20173])).
% 127.89/80.43 tff(20175,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10337, 20174, 20171])).
% 127.89/80.43 tff(20176,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.43 tff(20177,plain,
% 127.89/80.43 (v7(constB10, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20176, 11346, 4113, 4112, 3694, 7563, 11700, 4111, 5323, 11, 11348, 2408])).
% 127.89/80.43 tff(20178,plain,
% 127.89/80.43 (v7(constB9, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[188, 20177])).
% 127.89/80.43 tff(20179,plain,
% 127.89/80.43 (v956(constB9, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[206, 20178])).
% 127.89/80.43 tff(20180,plain,
% 127.89/80.43 (v940(constB9, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[289, 20179])).
% 127.89/80.43 tff(20181,plain,
% 127.89/80.43 (v938(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[307, 20180])).
% 127.89/80.43 tff(20182,plain,
% 127.89/80.43 (v13(constB8, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[340, 20181])).
% 127.89/80.43 tff(20183,plain,
% 127.89/80.43 (~v17(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1238, 20182])).
% 127.89/80.43 tff(20184,plain,
% 127.89/80.43 (~v17(constB7, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1191, 20183])).
% 127.89/80.43 tff(20185,plain,
% 127.89/80.43 (~v1019(constB7, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1171, 20184])).
% 127.89/80.43 tff(20186,plain,
% 127.89/80.43 (~v1017(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1138, 20185])).
% 127.89/80.43 tff(20187,plain,
% 127.89/80.43 (v11(constB6)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[1112, 20186])).
% 127.89/80.43 tff(20188,plain,
% 127.89/80.43 (v7(constB8, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19328, 20182, 20027, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.43 tff(20189,plain,
% 127.89/80.43 (v7(constB7, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2450, 20188])).
% 127.89/80.43 tff(20190,plain,
% 127.89/80.43 (v929(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10337, 20189])).
% 127.89/80.43 tff(20191,plain,
% 127.89/80.43 (v940(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[10333, 20190])).
% 127.89/80.43 tff(20192,plain,
% 127.89/80.43 (v938(constB6, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2545, 20191])).
% 127.89/80.43 tff(20193,plain,
% 127.89/80.43 (v13(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14085, 20192])).
% 127.89/80.43 tff(20194,plain,
% 127.89/80.43 (~v13(constB6, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19179, 20193])).
% 127.89/80.43 tff(20195,plain,
% 127.89/80.43 (~v938(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[11713, 20194])).
% 127.89/80.43 tff(20196,plain,
% 127.89/80.43 (~v940(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2524, 20195])).
% 127.89/80.43 tff(20197,plain,
% 127.89/80.43 (~v956(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2516, 20196])).
% 127.89/80.43 tff(20198,plain,
% 127.89/80.43 (~v7(constB7, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2490, 20197])).
% 127.89/80.43 tff(20199,plain,
% 127.89/80.43 (~v7(constB8, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[2482, 20198])).
% 127.89/80.43 tff(20200,plain,
% 127.89/80.43 (v7(constB8, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[9083, 20199, 20027, 20182])).
% 127.89/80.43 tff(20201,plain,
% 127.89/80.43 (v7(constB7, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7137, 20200])).
% 127.89/80.43 tff(20202,plain,
% 127.89/80.43 (v1052(constB7)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7119, 20201])).
% 127.89/80.43 tff(20203,plain,
% 127.89/80.43 (v1050(constB6)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7111, 20202])).
% 127.89/80.43 tff(20204,plain,
% 127.89/80.43 (v13(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[7105, 6040, 20203, 20187])).
% 127.89/80.43 tff(20205,plain,
% 127.89/80.43 (v7(constB6, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[19302, 20182, 20027, 11, 4113, 4112, 7563, 11700, 3694])).
% 127.89/80.43 tff(20206,plain,
% 127.89/80.43 (v7(constB5, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5996, 20205])).
% 127.89/80.43 tff(20207,plain,
% 127.89/80.43 (v1052(constB5)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6014, 20206])).
% 127.89/80.43 tff(20208,plain,
% 127.89/80.43 (v1050(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[6029, 20207])).
% 127.89/80.43 tff(20209,plain,
% 127.89/80.43 (v13(constB4, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16842, 20208])).
% 127.89/80.43 tff(20210,plain,
% 127.89/80.43 (v7(constB6, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16714, 20204, 20193, 16699])).
% 127.89/80.43 tff(20211,plain,
% 127.89/80.43 (v7(constB5, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[834, 20210])).
% 127.89/80.43 tff(20212,plain,
% 127.89/80.43 (v929(constB5, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[783, 20211])).
% 127.89/80.43 tff(20213,plain,
% 127.89/80.43 (v940(constB5, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[765, 20212])).
% 127.89/80.43 tff(20214,plain,
% 127.89/80.43 (v938(constB4, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[699, 20213])).
% 127.89/80.43 tff(20215,plain,
% 127.89/80.43 (v13(constB4, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16811, 20214])).
% 127.89/80.43 tff(20216,plain,
% 127.89/80.43 (v940(constB3, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17018, 20215, 20209])).
% 127.89/80.43 tff(20217,plain,
% 127.89/80.43 (v938(constB2, bitIndex1)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14251, 20216])).
% 127.89/80.43 tff(20218,plain,
% 127.89/80.43 (v11(constB2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[16889, 20215])).
% 127.89/80.43 tff(20219,plain,
% 127.89/80.43 (v13(constB2, bitIndex2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14259, 2226, 20218, 20217])).
% 127.89/80.43 tff(20220,plain,
% 127.89/80.43 (~v13(constB2, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14419, 20219])).
% 127.89/80.43 tff(20221,plain,
% 127.89/80.43 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14273, 6040, 20218])).
% 127.89/80.43 tff(20222,plain,
% 127.89/80.43 (~v1050(constB2)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[20221, 20220])).
% 127.89/80.43 tff(20223,plain,
% 127.89/80.43 (~v1052(constB3)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14266, 20222])).
% 127.89/80.43 tff(20224,plain,
% 127.89/80.43 (~v7(constB3, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14493, 20223])).
% 127.89/80.43 tff(20225,plain,
% 127.89/80.43 (~v7(constB4, bitIndex0)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[14485, 20224])).
% 127.89/80.43 tff(20226,plain,
% 127.89/80.43 (~sP957(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5878, 5875, 20225])).
% 127.89/80.43 tff(20227,plain,
% 127.89/80.43 (~sP960(constB4)),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[5867, 5864, 20225])).
% 127.89/80.43 tff(20228,plain,
% 127.89/80.43 ($false),
% 127.89/80.43 inference(unit_resolution,[status(thm)],[17069, 20227, 20226, 20193, 3685, 20204, 16663])).
% 127.89/80.44 tff(20229,plain,((constB12 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20230,plain,
% 127.89/80.44 (constB14 = sK952_VarCurr),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20229, 19985, 17184, 17133, 17258, 16672, 17075, 19978, 7, 4111, 2408])).
% 127.89/80.44 tff(20231,plain,
% 127.89/80.44 (v7(constB14, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7544, 20230, 7])).
% 127.89/80.44 tff(20232,plain,
% 127.89/80.44 (v7(constB13, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2214, 20231])).
% 127.89/80.44 tff(20233,plain,
% 127.89/80.44 (v956(constB13, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2193, 20232])).
% 127.89/80.44 tff(20234,plain,
% 127.89/80.44 (v940(constB13, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2185, 20233])).
% 127.89/80.44 tff(20235,plain,
% 127.89/80.44 (v938(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2159, 20234])).
% 127.89/80.44 tff(20236,plain,
% 127.89/80.44 (v11(constB12)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17298, 20235])).
% 127.89/80.44 tff(20237,plain,
% 127.89/80.44 (v7(constB14, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[15945, 20230, 16672])).
% 127.89/80.44 tff(20238,plain,
% 127.89/80.44 (v7(constB13, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10822, 20237])).
% 127.89/80.44 tff(20239,plain,
% 127.89/80.44 (v1052(constB13)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10816, 20238])).
% 127.89/80.44 tff(20240,plain,
% 127.89/80.44 (v1050(constB12)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10808, 20239])).
% 127.89/80.44 tff(20241,plain,
% 127.89/80.44 (v13(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10802, 6040, 20240, 20236])).
% 127.89/80.44 tff(20242,plain,
% 127.89/80.44 (v13(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[9911, 20235])).
% 127.89/80.44 tff(20243,plain,
% 127.89/80.44 (v7(constB14, bitIndex2) <=> v7(sK952_VarCurr, bitIndex2)),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20230])).
% 127.89/80.44 tff(20244,plain,
% 127.89/80.44 (v7(sK952_VarCurr, bitIndex2) <=> v7(constB14, bitIndex2)),
% 127.89/80.44 inference(symmetry,[status(thm)],[20243])).
% 127.89/80.44 tff(20245,plain,
% 127.89/80.44 ((~v7(sK952_VarCurr, bitIndex2)) <=> (~v7(constB14, bitIndex2))),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20244])).
% 127.89/80.44 tff(20246,plain,
% 127.89/80.44 (~v7(constB14, bitIndex2)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[3, 20245])).
% 127.89/80.44 tff(20247,plain,
% 127.89/80.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB13, bitIndex2)) | (~nextState(constB13, constB14)) | v930(constB14) | v7(constB14, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB13, bitIndex2)) | (~nextState(constB13, constB14)) | v930(constB14) | v7(constB14, bitIndex2))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20248,plain,
% 127.89/80.44 (((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex2)) | v930(constB14) | v7(constB14, bitIndex2)) <=> ((~v7(constB13, bitIndex2)) | (~nextState(constB13, constB14)) | v930(constB14) | v7(constB14, bitIndex2))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20249,plain,
% 127.89/80.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex2)) | v930(constB14) | v7(constB14, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB13, bitIndex2)) | (~nextState(constB13, constB14)) | v930(constB14) | v7(constB14, bitIndex2)))),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20248])).
% 127.89/80.44 tff(20250,plain,
% 127.89/80.44 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex2)) | v930(constB14) | v7(constB14, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB13, bitIndex2)) | (~nextState(constB13, constB14)) | v930(constB14) | v7(constB14, bitIndex2))),
% 127.89/80.44 inference(transitivity,[status(thm)],[20249, 20247])).
% 127.89/80.44 tff(20251,plain,
% 127.89/80.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB13, constB14)) | (~v7(constB13, bitIndex2)) | v930(constB14) | v7(constB14, bitIndex2))),
% 127.89/80.44 inference(quant_inst,[status(thm)],[])).
% 127.89/80.44 tff(20252,plain,
% 127.89/80.44 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB13, bitIndex2)) | (~nextState(constB13, constB14)) | v930(constB14) | v7(constB14, bitIndex2)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[20251, 20250])).
% 127.89/80.44 tff(20253,plain,
% 127.89/80.44 ((~v7(constB13, bitIndex2)) | v930(constB14) | v7(constB14, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20252, 8446, 1365])).
% 127.89/80.44 tff(20254,plain,
% 127.89/80.44 ((~v7(constB13, bitIndex2)) | v7(constB14, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20253, 2285])).
% 127.89/80.44 tff(20255,plain,
% 127.89/80.44 (~v7(constB13, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20254, 20246])).
% 127.89/80.44 tff(20256,plain,
% 127.89/80.44 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB13, bitIndex2) | (~v929(constB13, bitIndex1)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB13, bitIndex2) | (~v929(constB13, bitIndex1)))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20257,plain,
% 127.89/80.44 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB13, bitIndex2) | (~v929(constB13, bitIndex1)))),
% 127.89/80.44 inference(quant_inst,[status(thm)],[])).
% 127.89/80.44 tff(20258,plain,
% 127.89/80.44 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB13, bitIndex2) | (~v929(constB13, bitIndex1))),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[20257, 20256])).
% 127.89/80.44 tff(20259,plain,
% 127.89/80.44 (~v929(constB13, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20258, 8464, 20255])).
% 127.89/80.44 tff(20260,plain,
% 127.89/80.44 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB13)) | v929(constB13, bitIndex1) | (~v940(constB13, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB13)) | v929(constB13, bitIndex1) | (~v940(constB13, bitIndex1)))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20261,plain,
% 127.89/80.44 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB13)) | v929(constB13, bitIndex1) | (~v940(constB13, bitIndex1)))),
% 127.89/80.44 inference(quant_inst,[status(thm)],[])).
% 127.89/80.44 tff(20262,plain,
% 127.89/80.44 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB13)) | v929(constB13, bitIndex1) | (~v940(constB13, bitIndex1))),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[20261, 20260])).
% 127.89/80.44 tff(20263,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20262, 8481, 2259, 2233, 2266])).
% 127.89/80.44 tff(20264,plain,(v929(constB13, bitIndex1) | (~v940(constB13, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20265,plain,
% 127.89/80.44 (~v940(constB13, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20264, 20259])).
% 127.89/80.44 tff(20266,plain,
% 127.89/80.44 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | (~v938(constB12, bitIndex1)) | v940(constB13, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v938(constB12, bitIndex1)) | v940(constB13, bitIndex1))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20267,plain,
% 127.89/80.44 (((~nextState(constB12, constB13)) | v940(constB13, bitIndex1) | (~v938(constB12, bitIndex1))) <=> ((~nextState(constB12, constB13)) | (~v938(constB12, bitIndex1)) | v940(constB13, bitIndex1))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20268,plain,
% 127.89/80.44 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v940(constB13, bitIndex1) | (~v938(constB12, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | (~v938(constB12, bitIndex1)) | v940(constB13, bitIndex1)))),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20267])).
% 127.89/80.44 tff(20269,plain,
% 127.89/80.44 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v940(constB13, bitIndex1) | (~v938(constB12, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v938(constB12, bitIndex1)) | v940(constB13, bitIndex1))),
% 127.89/80.44 inference(transitivity,[status(thm)],[20268, 20266])).
% 127.89/80.44 tff(20270,plain,
% 127.89/80.44 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB12, constB13)) | v940(constB13, bitIndex1) | (~v938(constB12, bitIndex1)))),
% 127.89/80.44 inference(quant_inst,[status(thm)],[])).
% 127.89/80.44 tff(20271,plain,
% 127.89/80.44 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB12, constB13)) | (~v938(constB12, bitIndex1)) | v940(constB13, bitIndex1)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[20270, 20269])).
% 127.89/80.44 tff(20272,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20271, 8498, 1355, 10127, 2241])).
% 127.89/80.44 tff(20273,plain,(v940(constB13, bitIndex1) | (~v938(constB12, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20274,plain,
% 127.89/80.44 (~v938(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20273, 20265])).
% 127.89/80.44 tff(20275,plain,
% 127.89/80.44 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB12)) | (~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB12)) | (~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1))),
% 127.89/80.44 inference(rewrite,[status(thm)],[])).
% 127.89/80.44 tff(20276,plain,
% 127.89/80.44 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB12)) | (~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1))),
% 127.89/80.44 inference(quant_inst,[status(thm)],[])).
% 127.89/80.44 tff(20277,plain,
% 127.89/80.44 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB12)) | (~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[20276, 20275])).
% 127.89/80.44 tff(20278,plain,
% 127.89/80.44 ((~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20277, 8517, 20236])).
% 127.89/80.44 tff(20279,plain,
% 127.89/80.44 (~v13(constB12, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20278, 20274])).
% 127.89/80.44 tff(20280,plain,
% 127.89/80.44 (v7(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17323, 20279, 20242, 20241])).
% 127.89/80.44 tff(20281,plain,
% 127.89/80.44 (v7(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7597, 20280])).
% 127.89/80.44 tff(20282,plain,
% 127.89/80.44 (v1052(constB11)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7591, 20281])).
% 127.89/80.44 tff(20283,plain,
% 127.89/80.44 (v1050(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7583, 20282])).
% 127.89/80.44 tff(20284,plain,
% 127.89/80.44 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7577, 6040, 17258])).
% 127.89/80.44 tff(20285,plain,
% 127.89/80.44 (v13(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20284, 20283])).
% 127.89/80.44 tff(20286,plain,
% 127.89/80.44 (~v13(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[19228, 20285, 17184, 17133, 17075, 17258, 16672, 7, 1, 2408])).
% 127.89/80.44 tff(20287,plain,
% 127.89/80.44 (~v938(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12400, 20286])).
% 127.89/80.44 tff(20288,plain,
% 127.89/80.44 (~v940(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1263, 20287])).
% 127.89/80.44 tff(20289,plain,
% 127.89/80.44 (~v956(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1303, 20288])).
% 127.89/80.44 tff(20290,plain,
% 127.89/80.44 (~v7(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1311, 20289])).
% 127.89/80.44 tff(20291,plain,
% 127.89/80.44 (~v7(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1342, 20290])).
% 127.89/80.44 tff(20292,plain,
% 127.89/80.44 (v938(constB8, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[18454, 1, 7, 17184, 17133, 17075, 17258, 16672, 2408])).
% 127.89/80.44 tff(20293,plain,
% 127.89/80.44 (v11(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10622, 20292])).
% 127.89/80.44 tff(20294,plain,
% 127.89/80.44 (~v13(constB10, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[19570, 20285, 17184, 17133, 17075, 17258, 16672, 7, 19928, 1, 20293])).
% 127.89/80.44 tff(20295,plain,
% 127.89/80.44 (~v938(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12418, 20294])).
% 127.89/80.44 tff(20296,plain,
% 127.89/80.44 (~v940(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1717, 20295])).
% 127.89/80.44 tff(20297,plain,
% 127.89/80.44 (~v929(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1743, 20296])).
% 127.89/80.44 tff(20298,plain,
% 127.89/80.44 (~v7(constB11, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1751, 20297])).
% 127.89/80.44 tff(20299,plain,
% 127.89/80.44 (~v7(constB12, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1772, 20298])).
% 127.89/80.44 tff(20300,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1987, 20299, 20291, 20242, 20241])).
% 127.89/80.44 tff(20301,plain,(v7(constB10, bitIndex1) | (constB13 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex2) | (constB9 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20302,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20301, 19977, 19976, 3, 2408])).
% 127.89/80.44 tff(20303,plain,((constB13 = sK952_VarCurr) | v7(sK952_VarCurr, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20304,plain,
% 127.89/80.44 (constB13 = sK952_VarCurr),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20303, 3])).
% 127.89/80.44 tff(20305,plain,
% 127.89/80.44 (v929(constB13, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20304])).
% 127.89/80.44 tff(20306,plain,
% 127.89/80.44 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB13, bitIndex1)),
% 127.89/80.44 inference(symmetry,[status(thm)],[20305])).
% 127.89/80.44 tff(20307,plain,
% 127.89/80.44 ((~v929(sK952_VarCurr, bitIndex1)) <=> (~v929(constB13, bitIndex1))),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20306])).
% 127.89/80.44 tff(20308,plain,
% 127.89/80.44 (~v929(constB13, bitIndex1)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[17080, 20307])).
% 127.89/80.44 tff(20309,plain,
% 127.89/80.44 (~v940(constB13, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20264, 20308])).
% 127.89/80.44 tff(20310,plain,
% 127.89/80.44 (~v938(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20273, 20309])).
% 127.89/80.44 tff(20311,plain,
% 127.89/80.44 (v7(constB13, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[11706, 20304, 7])).
% 127.89/80.44 tff(20312,plain,
% 127.89/80.44 (v956(constB13, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2193, 20311])).
% 127.89/80.44 tff(20313,plain,
% 127.89/80.44 (v940(constB13, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2185, 20312])).
% 127.89/80.44 tff(20314,plain,
% 127.89/80.44 (v938(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2159, 20313])).
% 127.89/80.44 tff(20315,plain,
% 127.89/80.44 (v11(constB12)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17298, 20314])).
% 127.89/80.44 tff(20316,plain,
% 127.89/80.44 ((~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20277, 8517, 20315])).
% 127.89/80.44 tff(20317,plain,
% 127.89/80.44 (~v13(constB12, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20316, 20310])).
% 127.89/80.44 tff(20318,plain,
% 127.89/80.44 (v7(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17508, 1, 1876, 7563, 6360, 1775, 2216])).
% 127.89/80.44 tff(20319,plain,
% 127.89/80.44 (v7(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1342, 20318])).
% 127.89/80.44 tff(20320,plain,
% 127.89/80.44 (v956(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1311, 20319])).
% 127.89/80.44 tff(20321,plain,
% 127.89/80.44 (v7(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17323, 2216, 1876, 1775])).
% 127.89/80.44 tff(20322,plain,
% 127.89/80.44 (v7(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7597, 20321])).
% 127.89/80.44 tff(20323,plain,
% 127.89/80.44 (v1052(constB11)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7591, 20322])).
% 127.89/80.44 tff(20324,plain,
% 127.89/80.44 (v1050(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7583, 20323])).
% 127.89/80.44 tff(20325,plain,
% 127.89/80.44 (v13(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7578, 20324])).
% 127.89/80.44 tff(20326,plain,
% 127.89/80.44 (sP958(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10943, 1, 20325])).
% 127.89/80.44 tff(20327,plain,
% 127.89/80.44 (~v13(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[13140, 20326, 1])).
% 127.89/80.44 tff(20328,plain,
% 127.89/80.44 (~v938(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12400, 20327])).
% 127.89/80.44 tff(20329,plain,
% 127.89/80.44 (~v940(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1263, 20328])).
% 127.89/80.44 tff(20330,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1303, 20329, 20320])).
% 127.89/80.44 tff(20331,plain,(v7(constB10, bitIndex1) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex2) | (~v13(constB12, bitIndex0)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20332,plain,
% 127.89/80.44 (v7(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20331, 7656, 7563, 12376, 18728, 2216])).
% 127.89/80.44 tff(20333,plain,
% 127.89/80.44 (v7(constB9, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[188, 20332])).
% 127.89/80.44 tff(20334,plain,
% 127.89/80.44 (v956(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[206, 20333])).
% 127.89/80.44 tff(20335,plain,
% 127.89/80.44 (v940(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[289, 20334])).
% 127.89/80.44 tff(20336,plain,
% 127.89/80.44 (v938(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[307, 20335])).
% 127.89/80.44 tff(20337,plain,
% 127.89/80.44 (v13(constB8, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[340, 20336])).
% 127.89/80.44 tff(20338,plain,
% 127.89/80.44 (~v13(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[18496, 20337, 7564])).
% 127.89/80.44 tff(20339,plain,
% 127.89/80.44 (v7(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[18747, 7656, 7563, 2398, 11700, 11])).
% 127.89/80.44 tff(20340,plain,
% 127.89/80.44 (v7(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6470, 20339])).
% 127.89/80.44 tff(20341,plain,
% 127.89/80.44 (v1052(constB9)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6478, 20340])).
% 127.89/80.44 tff(20342,plain,
% 127.89/80.44 (v1050(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6483, 20341])).
% 127.89/80.44 tff(20343,plain,
% 127.89/80.44 ((~v11(constB8)) | v13(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6491, 6040, 20342])).
% 127.89/80.44 tff(20344,plain,
% 127.89/80.44 (~v11(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20343, 20338])).
% 127.89/80.44 tff(20345,plain,
% 127.89/80.44 (v1017(constB8, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6611, 20344])).
% 127.89/80.44 tff(20346,plain,
% 127.89/80.44 (v1019(constB9, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6551, 20345])).
% 127.89/80.44 tff(20347,plain,
% 127.89/80.44 (v17(constB9, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6543, 20346])).
% 127.89/80.44 tff(20348,plain,
% 127.89/80.44 (v17(constB10, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6517, 20347])).
% 127.89/80.44 tff(20349,plain,
% 127.89/80.44 (v32(constB9)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6285, 20344])).
% 127.89/80.44 tff(20350,plain,
% 127.89/80.44 (v32(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6303, 20349])).
% 127.89/80.44 tff(20351,plain,
% 127.89/80.44 (sP958(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7683, 1923, 20350])).
% 127.89/80.44 tff(20352,plain,
% 127.89/80.44 (sP959(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6377, 1871, 7656])).
% 127.89/80.44 tff(20353,plain,
% 127.89/80.44 ((~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[8845, 1205, 20352])).
% 127.89/80.44 tff(20354,plain,
% 127.89/80.44 (~v13(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20353, 20351, 20348])).
% 127.89/80.44 tff(20355,plain,
% 127.89/80.44 (~v938(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12400, 20354])).
% 127.89/80.44 tff(20356,plain,
% 127.89/80.44 (~v940(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1263, 20355])).
% 127.89/80.44 tff(20357,plain,
% 127.89/80.44 (~v956(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1303, 20356])).
% 127.89/80.44 tff(20358,plain,
% 127.89/80.44 (~v7(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1311, 20357])).
% 127.89/80.44 tff(20359,plain,
% 127.89/80.44 (~v7(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1342, 20358])).
% 127.89/80.44 tff(20360,plain,
% 127.89/80.44 (~sP960(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7674, 1841, 20350])).
% 127.89/80.44 tff(20361,plain,
% 127.89/80.44 (~v13(constB10, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[8226, 20360])).
% 127.89/80.44 tff(20362,plain,
% 127.89/80.44 (~v938(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12418, 20361])).
% 127.89/80.44 tff(20363,plain,
% 127.89/80.44 (~v940(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1717, 20362])).
% 127.89/80.44 tff(20364,plain,
% 127.89/80.44 (~v929(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1743, 20363])).
% 127.89/80.44 tff(20365,plain,
% 127.89/80.44 (~v7(constB11, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1751, 20364])).
% 127.89/80.44 tff(20366,plain,
% 127.89/80.44 (~v7(constB12, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1772, 20365])).
% 127.89/80.44 tff(20367,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1987, 20366, 20359, 12376, 18728])).
% 127.89/80.44 tff(20368,plain,(v13(constB8, bitIndex2) | (~v11(constB10)) | v13(constB12, bitIndex2) | (~(constB13 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20369,plain,
% 127.89/80.44 (v13(constB8, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20368, 17258, 20317, 20304, 16672, 7])).
% 127.89/80.44 tff(20370,plain,
% 127.89/80.44 (~v13(constB8, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[19970, 20369, 7, 17184, 17133, 17258, 16672, 17075])).
% 127.89/80.44 tff(20371,plain,
% 127.89/80.44 (~v938(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[340, 20370])).
% 127.89/80.44 tff(20372,plain,
% 127.89/80.44 (~v940(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[307, 20371])).
% 127.89/80.44 tff(20373,plain,
% 127.89/80.44 (~v956(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[289, 20372])).
% 127.89/80.44 tff(20374,plain,
% 127.89/80.44 (~v7(constB9, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[206, 20373])).
% 127.89/80.44 tff(20375,plain,
% 127.89/80.44 (~v7(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[188, 20374])).
% 127.89/80.44 tff(20376,plain,
% 127.89/80.44 (v1052(constB13) <=> v1052(sK952_VarCurr)),
% 127.89/80.44 inference(monotonicity,[status(thm)],[20304])).
% 127.89/80.44 tff(20377,plain,
% 127.89/80.44 (v1052(sK952_VarCurr) <=> v1052(constB13)),
% 127.89/80.44 inference(symmetry,[status(thm)],[20376])).
% 127.89/80.44 tff(20378,plain,
% 127.89/80.44 (v1044(sK952_VarCurr)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[5784, 20304])).
% 127.89/80.44 tff(20379,plain,
% 127.89/80.44 (v1052(sK952_VarCurr)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17202, 20378])).
% 127.89/80.44 tff(20380,plain,
% 127.89/80.44 (v1052(constB13)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[20379, 20377])).
% 127.89/80.44 tff(20381,plain,
% 127.89/80.44 (v1050(constB12)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10808, 20380])).
% 127.89/80.44 tff(20382,plain,
% 127.89/80.44 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10802, 6040, 20315])).
% 127.89/80.44 tff(20383,plain,
% 127.89/80.44 (v13(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20382, 20381])).
% 127.89/80.44 tff(20384,plain,
% 127.89/80.44 (v13(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[9911, 20314])).
% 127.89/80.44 tff(20385,plain,
% 127.89/80.44 (v7(constB12, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17323, 20317, 20384, 20383])).
% 127.89/80.44 tff(20386,plain,
% 127.89/80.44 (v7(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7597, 20385])).
% 127.89/80.44 tff(20387,plain,
% 127.89/80.44 (v1052(constB11)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7591, 20386])).
% 127.89/80.44 tff(20388,plain,
% 127.89/80.44 (v1050(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7583, 20387])).
% 127.89/80.44 tff(20389,plain,
% 127.89/80.44 (v13(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20284, 20388])).
% 127.89/80.44 tff(20390,plain,
% 127.89/80.44 (sP958(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10943, 20375, 20389])).
% 127.89/80.44 tff(20391,plain,
% 127.89/80.44 (v7(constB10, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20331, 20375, 17258, 20384, 20383, 20317])).
% 127.89/80.44 tff(20392,plain,
% 127.89/80.44 (v7(constB9, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6412, 20391])).
% 127.89/80.44 tff(20393,plain,
% 127.89/80.44 (v929(constB9, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6420, 20392])).
% 127.89/80.44 tff(20394,plain,
% 127.89/80.44 (v940(constB9, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6446, 20393])).
% 127.89/80.44 tff(20395,plain,
% 127.89/80.44 (v938(constB8, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6454, 20394])).
% 127.89/80.44 tff(20396,plain,
% 127.89/80.44 (v11(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10622, 20395])).
% 127.89/80.44 tff(20397,plain,
% 127.89/80.44 (~v13(constB10, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[19570, 20396, 17184, 17133, 17075, 17258, 16672, 7, 20389, 20369, 20375])).
% 127.89/80.44 tff(20398,plain,
% 127.89/80.44 (~v938(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12418, 20397])).
% 127.89/80.44 tff(20399,plain,
% 127.89/80.44 (~v940(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1717, 20398])).
% 127.89/80.44 tff(20400,plain,
% 127.89/80.44 (~v929(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1743, 20399])).
% 127.89/80.44 tff(20401,plain,
% 127.89/80.44 (~v7(constB11, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1751, 20400])).
% 127.89/80.44 tff(20402,plain,
% 127.89/80.44 (~v7(constB12, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1772, 20401])).
% 127.89/80.44 tff(20403,plain,
% 127.89/80.44 (v7(constB12, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1987, 20402, 20384, 20383])).
% 127.89/80.44 tff(20404,plain,
% 127.89/80.44 (v7(constB11, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1342, 20403])).
% 127.89/80.44 tff(20405,plain,
% 127.89/80.44 (v956(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1311, 20404])).
% 127.89/80.44 tff(20406,plain,
% 127.89/80.44 (v940(constB11, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1303, 20405])).
% 127.89/80.44 tff(20407,plain,
% 127.89/80.44 (v938(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[1263, 20406])).
% 127.89/80.44 tff(20408,plain,
% 127.89/80.44 (v13(constB10, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[12400, 20407])).
% 127.89/80.44 tff(20409,plain,
% 127.89/80.44 (sP957(constB10)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[8002, 20408, 20375, 20389, 20390])).
% 127.89/80.44 tff(20410,plain,
% 127.89/80.44 (v7(constB10, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7954, 5875, 20409])).
% 127.89/80.44 tff(20411,plain,
% 127.89/80.44 (v7(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6470, 20410])).
% 127.89/80.44 tff(20412,plain,
% 127.89/80.44 (v1052(constB9)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6478, 20411])).
% 127.89/80.44 tff(20413,plain,
% 127.89/80.44 (v1050(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6483, 20412])).
% 127.89/80.44 tff(20414,plain,
% 127.89/80.44 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6491, 6040, 20396])).
% 127.89/80.44 tff(20415,plain,
% 127.89/80.44 (v13(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20414, 20413])).
% 127.89/80.44 tff(20416,plain,
% 127.89/80.44 (~v11(constB6)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[19220, 20415, 20369, 7, 17184, 17133, 17258, 16672, 17075])).
% 127.89/80.44 tff(20417,plain,
% 127.89/80.44 (v7(constB8, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[18642, 20416, 7, 17184, 17133, 17075, 17258, 16672, 20375])).
% 127.89/80.44 tff(20418,plain,
% 127.89/80.44 (v7(constB7, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2450, 20417])).
% 127.89/80.44 tff(20419,plain,
% 127.89/80.44 (~v938(constB6, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[8146, 20416])).
% 127.89/80.44 tff(20420,plain,
% 127.89/80.44 (~v940(constB7, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2545, 20419])).
% 127.89/80.44 tff(20421,plain,
% 127.89/80.44 (~v929(constB7, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10333, 20420])).
% 127.89/80.44 tff(20422,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10337, 20421, 20418])).
% 127.89/80.44 tff(20423,plain,(v7(sK952_VarCurr, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20424,plain,
% 127.89/80.44 ((~(constB7 = sK952_VarCurr)) | v7(constB7, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14094, 20423])).
% 127.89/80.44 tff(20425,plain,
% 127.89/80.44 (v7(constB7, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20424, 2])).
% 127.89/80.44 tff(20426,plain,
% 127.89/80.44 (v929(constB7, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10337, 20425])).
% 127.89/80.44 tff(20427,plain,
% 127.89/80.44 (v940(constB7, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10333, 20426])).
% 127.89/80.44 tff(20428,plain,
% 127.89/80.44 (v938(constB6, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2545, 20427])).
% 127.89/80.44 tff(20429,plain,
% 127.89/80.44 (v13(constB6, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14085, 20428])).
% 127.89/80.44 tff(20430,plain,
% 127.89/80.44 (v11(constB6)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[8146, 20428])).
% 127.89/80.44 tff(20431,plain,
% 127.89/80.44 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7105, 6040, 20430])).
% 127.89/80.44 tff(20432,plain,
% 127.89/80.44 (v13(constB6, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20431, 17091])).
% 127.89/80.44 tff(20433,plain,
% 127.89/80.44 (v7(constB6, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17050, 20432, 20429])).
% 127.89/80.44 tff(20434,plain,
% 127.89/80.44 (v7(constB5, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[5996, 20433])).
% 127.89/80.44 tff(20435,plain,
% 127.89/80.44 (v1052(constB5)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6014, 20434])).
% 127.89/80.44 tff(20436,plain,
% 127.89/80.44 (v1050(constB4)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6029, 20435])).
% 127.89/80.44 tff(20437,plain,
% 127.89/80.44 (v13(constB4, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[16842, 20436])).
% 127.89/80.44 tff(20438,plain,
% 127.89/80.44 (v7(constB6, bitIndex2) | (~v13(constB6, bitIndex2)) | (~v13(constB6, bitIndex0))),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[16714, 16699])).
% 127.89/80.44 tff(20439,plain,
% 127.89/80.44 (v7(constB6, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20438, 20432, 20429])).
% 127.89/80.44 tff(20440,plain,
% 127.89/80.44 (v7(constB5, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[834, 20439])).
% 127.89/80.44 tff(20441,plain,
% 127.89/80.44 (v929(constB5, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[783, 20440])).
% 127.89/80.44 tff(20442,plain,
% 127.89/80.44 (v940(constB5, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[765, 20441])).
% 127.89/80.44 tff(20443,plain,
% 127.89/80.44 (v938(constB4, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[699, 20442])).
% 127.89/80.44 tff(20444,plain,
% 127.89/80.44 (v13(constB4, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[16811, 20443])).
% 127.89/80.44 tff(20445,plain,
% 127.89/80.44 (v940(constB3, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17018, 16844, 16856])).
% 127.89/80.44 tff(20446,plain,
% 127.89/80.44 (v938(constB2, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14251, 20445])).
% 127.89/80.44 tff(20447,plain,
% 127.89/80.44 (v13(constB2, bitIndex2) | (~v938(constB2, bitIndex1))),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14259, 2226, 16890])).
% 127.89/80.44 tff(20448,plain,
% 127.89/80.44 (v13(constB2, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20447, 20446])).
% 127.89/80.44 tff(20449,plain,
% 127.89/80.44 (~v13(constB2, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14419, 20448])).
% 127.89/80.44 tff(20450,plain,
% 127.89/80.44 ((~v1050(constB2)) | v13(constB2, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14273, 6040, 16890])).
% 127.89/80.44 tff(20451,plain,
% 127.89/80.44 (~v1050(constB2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20450, 20449])).
% 127.89/80.44 tff(20452,plain,
% 127.89/80.44 (~v1052(constB3)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14266, 20451])).
% 127.89/80.44 tff(20453,plain,
% 127.89/80.44 (~v7(constB3, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14493, 20452])).
% 127.89/80.44 tff(20454,plain,
% 127.89/80.44 (~v7(constB4, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14485, 20453])).
% 127.89/80.44 tff(20455,plain,
% 127.89/80.44 (~sP960(constB4)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[5867, 5864, 20454])).
% 127.89/80.44 tff(20456,plain,
% 127.89/80.44 (~sP957(constB4)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[5878, 5875, 20454])).
% 127.89/80.44 tff(20457,plain,
% 127.89/80.44 (v952(constB4, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17128, 20456, 16844])).
% 127.89/80.44 tff(20458,plain,
% 127.89/80.44 (sP960(constB4) | (~v952(constB4, bitIndex1))),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6142, 6136, 16856])).
% 127.89/80.44 tff(20459,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20458, 20457, 20455])).
% 127.89/80.44 tff(20460,plain,((~v13(constB4, bitIndex0)) | (~v13(constB4, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20461,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20460, 20444, 20437])).
% 127.89/80.44 tff(20462,plain,((~(constB7 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20463,plain,
% 127.89/80.44 (~(constB7 = sK952_VarCurr)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20462, 11700])).
% 127.89/80.44 tff(20464,plain,
% 127.89/80.44 ((~(constB8 = sK952_VarCurr)) | v7(constB8, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2429, 20423])).
% 127.89/80.44 tff(20465,plain,
% 127.89/80.44 (v7(constB8, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20464, 2423])).
% 127.89/80.44 tff(20466,plain,
% 127.89/80.44 (v7(constB7, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2450, 20465])).
% 127.89/80.44 tff(20467,plain,
% 127.89/80.44 (v929(constB7, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10337, 20466])).
% 127.89/80.44 tff(20468,plain,
% 127.89/80.44 (v940(constB7, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10333, 20467])).
% 127.89/80.44 tff(20469,plain,
% 127.89/80.44 (v938(constB6, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[2545, 20468])).
% 127.89/80.44 tff(20470,plain,
% 127.89/80.44 (v13(constB6, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14085, 20469])).
% 127.89/80.44 tff(20471,plain,
% 127.89/80.44 (v7(constB8, bitIndex0)),
% 127.89/80.44 inference(modus_ponens,[status(thm)],[11700, 9209])).
% 127.89/80.44 tff(20472,plain,
% 127.89/80.44 (v7(constB7, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7137, 20471])).
% 127.89/80.44 tff(20473,plain,
% 127.89/80.44 (v1052(constB7)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7119, 20472])).
% 127.89/80.44 tff(20474,plain,
% 127.89/80.44 (v1050(constB6)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7111, 20473])).
% 127.89/80.44 tff(20475,plain,
% 127.89/80.44 (v11(constB6)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[8146, 20469])).
% 127.89/80.44 tff(20476,plain,
% 127.89/80.44 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[7105, 6040, 20475])).
% 127.89/80.44 tff(20477,plain,
% 127.89/80.44 (v13(constB6, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20476, 20474])).
% 127.89/80.44 tff(20478,plain,
% 127.89/80.44 (v7(constB6, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[17050, 20477, 20470])).
% 127.89/80.44 tff(20479,plain,
% 127.89/80.44 (v7(constB5, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[5996, 20478])).
% 127.89/80.44 tff(20480,plain,
% 127.89/80.44 (v1052(constB5)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6014, 20479])).
% 127.89/80.44 tff(20481,plain,
% 127.89/80.44 (v1050(constB4)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6029, 20480])).
% 127.89/80.44 tff(20482,plain,
% 127.89/80.44 (v13(constB4, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[16842, 20481])).
% 127.89/80.44 tff(20483,plain,
% 127.89/80.44 (v7(constB6, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20438, 20477, 20470])).
% 127.89/80.44 tff(20484,plain,
% 127.89/80.44 (v7(constB5, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[834, 20483])).
% 127.89/80.44 tff(20485,plain,
% 127.89/80.44 (v929(constB5, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[783, 20484])).
% 127.89/80.44 tff(20486,plain,
% 127.89/80.44 (v940(constB5, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[765, 20485])).
% 127.89/80.44 tff(20487,plain,
% 127.89/80.44 (v938(constB4, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[699, 20486])).
% 127.89/80.44 tff(20488,plain,
% 127.89/80.44 (v13(constB4, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[16811, 20487])).
% 127.89/80.44 tff(20489,plain,
% 127.89/80.44 ($false),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20460, 20488, 20482])).
% 127.89/80.44 tff(20490,plain,((~(constB8 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.44 tff(20491,plain,
% 127.89/80.44 (~(constB8 = sK952_VarCurr)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20490, 11700])).
% 127.89/80.44 tff(20492,plain,
% 127.89/80.44 ((~(constB9 = sK952_VarCurr)) | v7(constB9, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[14108, 20423])).
% 127.89/80.44 tff(20493,plain,
% 127.89/80.44 (v7(constB9, bitIndex2)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[20492, 2637])).
% 127.89/80.44 tff(20494,plain,
% 127.89/80.44 (v929(constB9, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6420, 20493])).
% 127.89/80.44 tff(20495,plain,
% 127.89/80.44 (v940(constB9, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6446, 20494])).
% 127.89/80.44 tff(20496,plain,
% 127.89/80.44 (v938(constB8, bitIndex1)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6454, 20495])).
% 127.89/80.44 tff(20497,plain,
% 127.89/80.44 (v11(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[10622, 20496])).
% 127.89/80.44 tff(20498,plain,
% 127.89/80.44 (v7(constB9, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[18535, 2637, 11700])).
% 127.89/80.44 tff(20499,plain,
% 127.89/80.44 (v1052(constB9)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6478, 20498])).
% 127.89/80.44 tff(20500,plain,
% 127.89/80.44 (v1050(constB8)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6483, 20499])).
% 127.89/80.44 tff(20501,plain,
% 127.89/80.44 (v13(constB8, bitIndex0)),
% 127.89/80.44 inference(unit_resolution,[status(thm)],[6491, 6040, 20500, 20497])).
% 127.89/80.45 tff(20502,plain,
% 127.89/80.45 (v13(constB8, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7651, 20496])).
% 127.89/80.45 tff(20503,plain,
% 127.89/80.45 (~v13(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9138, 4125])).
% 127.89/80.45 tff(20504,plain,
% 127.89/80.45 (~v938(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14085, 20503])).
% 127.89/80.45 tff(20505,plain,
% 127.89/80.45 (~v940(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2545, 20504])).
% 127.89/80.45 tff(20506,plain,
% 127.89/80.45 (~v929(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10333, 20505])).
% 127.89/80.45 tff(20507,plain,
% 127.89/80.45 (~v7(constB7, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10337, 20506])).
% 127.89/80.45 tff(20508,plain,
% 127.89/80.45 (~v7(constB8, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2450, 20507])).
% 127.89/80.45 tff(20509,plain,
% 127.89/80.45 (v7(constB8, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7046, 20508, 6494, 6725])).
% 127.89/80.45 tff(20510,plain,
% 127.89/80.45 (v7(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2482, 20509])).
% 127.89/80.45 tff(20511,plain,
% 127.89/80.45 (v956(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2490, 20510])).
% 127.89/80.45 tff(20512,plain,
% 127.89/80.45 (v940(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2516, 20511])).
% 127.89/80.45 tff(20513,plain,
% 127.89/80.45 (v938(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2524, 20512])).
% 127.89/80.45 tff(20514,plain,
% 127.89/80.45 (v13(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11713, 20513])).
% 127.89/80.45 tff(20515,plain,
% 127.89/80.45 (~sP959(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16824, 20514, 9132])).
% 127.89/80.45 tff(20516,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5928, 1871, 4125, 20515])).
% 127.89/80.45 tff(20517,plain,(v7(constB6, bitIndex2) | (~sP958(constB6)) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0)) | sP960(constB6)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20518,plain,
% 127.89/80.45 (v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20517, 16823, 6494, 6725, 17046])).
% 127.89/80.45 tff(20519,plain,
% 127.89/80.45 (~v13(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19179, 19114])).
% 127.89/80.45 tff(20520,plain,
% 127.89/80.45 (v952(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[8613, 20519, 20518])).
% 127.89/80.45 tff(20521,plain,
% 127.89/80.45 (~v13(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16837, 20520, 19114, 16822])).
% 127.89/80.45 tff(20522,plain,
% 127.89/80.45 (v11(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2531, 19113])).
% 127.89/80.45 tff(20523,plain,
% 127.89/80.45 (~v1050(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7105, 6040, 20522, 20521])).
% 127.89/80.45 tff(20524,plain,
% 127.89/80.45 (~v1052(constB7)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7111, 20523])).
% 127.89/80.45 tff(20525,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7119, 20524, 8983])).
% 127.89/80.45 tff(20526,plain,(v7(constB8, bitIndex2) | v7(constB6, bitIndex0) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20527,plain,
% 127.89/80.45 (v7(constB8, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20526, 16822, 6494, 6725])).
% 127.89/80.45 tff(20528,plain,
% 127.89/80.45 (v7(constB7, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2450, 20527])).
% 127.89/80.45 tff(20529,plain,
% 127.89/80.45 (v929(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10337, 20528])).
% 127.89/80.45 tff(20530,plain,
% 127.89/80.45 (v940(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10333, 20529])).
% 127.89/80.45 tff(20531,plain,
% 127.89/80.45 (v938(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2545, 20530])).
% 127.89/80.45 tff(20532,plain,
% 127.89/80.45 (v11(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[8146, 20531])).
% 127.89/80.45 tff(20533,plain,
% 127.89/80.45 (v7(constB8, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19195, 20532, 6494, 6725, 16822])).
% 127.89/80.45 tff(20534,plain,
% 127.89/80.45 (v7(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2482, 20533])).
% 127.89/80.45 tff(20535,plain,
% 127.89/80.45 (v956(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2490, 20534])).
% 127.89/80.45 tff(20536,plain,
% 127.89/80.45 (v13(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14085, 20531])).
% 127.89/80.45 tff(20537,plain,
% 127.89/80.45 (~v13(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19179, 20536])).
% 127.89/80.45 tff(20538,plain,
% 127.89/80.45 (~v938(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11713, 20537])).
% 127.89/80.45 tff(20539,plain,
% 127.89/80.45 (~v940(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2524, 20538])).
% 127.89/80.45 tff(20540,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2516, 20539, 20535])).
% 127.89/80.45 tff(20541,plain,(v7(constB6, bitIndex0) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20542,plain,
% 127.89/80.45 (v7(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20541, 20502, 20501])).
% 127.89/80.45 tff(20543,plain,
% 127.89/80.45 (v7(constB5, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5996, 20542])).
% 127.89/80.45 tff(20544,plain,
% 127.89/80.45 (v1052(constB5)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6014, 20543])).
% 127.89/80.45 tff(20545,plain,
% 127.89/80.45 (v1050(constB4)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6029, 20544])).
% 127.89/80.45 tff(20546,plain,
% 127.89/80.45 (v13(constB4, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16842, 20545])).
% 127.89/80.45 tff(20547,plain,
% 127.89/80.45 (~v13(constB4, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20460, 20546])).
% 127.89/80.45 tff(20548,plain,
% 127.89/80.45 (~v938(constB4, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16811, 20547])).
% 127.89/80.45 tff(20549,plain,
% 127.89/80.45 (~v940(constB5, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[699, 20548])).
% 127.89/80.45 tff(20550,plain,
% 127.89/80.45 (~v929(constB5, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[765, 20549])).
% 127.89/80.45 tff(20551,plain,
% 127.89/80.45 (~v7(constB5, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[783, 20550])).
% 127.89/80.45 tff(20552,plain,
% 127.89/80.45 (~v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[834, 20551])).
% 127.89/80.45 tff(20553,plain,
% 127.89/80.45 (v7(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20541, 6494, 6725])).
% 127.89/80.45 tff(20554,plain,
% 127.89/80.45 (v7(constB5, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5996, 20553])).
% 127.89/80.45 tff(20555,plain,
% 127.89/80.45 (v1052(constB5)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6014, 20554])).
% 127.89/80.45 tff(20556,plain,
% 127.89/80.45 (v1050(constB4)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6029, 20555])).
% 127.89/80.45 tff(20557,plain,
% 127.89/80.45 (v13(constB4, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16842, 20556])).
% 127.89/80.45 tff(20558,plain,
% 127.89/80.45 (~v13(constB4, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20460, 20557])).
% 127.89/80.45 tff(20559,plain,
% 127.89/80.45 (~v938(constB4, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16811, 20558])).
% 127.89/80.45 tff(20560,plain,
% 127.89/80.45 (~v940(constB5, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[699, 20559])).
% 127.89/80.45 tff(20561,plain,
% 127.89/80.45 (~v929(constB5, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[765, 20560])).
% 127.89/80.45 tff(20562,plain,
% 127.89/80.45 (~v7(constB5, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[783, 20561])).
% 127.89/80.45 tff(20563,plain,
% 127.89/80.45 (~v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[834, 20562])).
% 127.89/80.45 tff(20564,plain,
% 127.89/80.45 ((~v13(constB6, bitIndex1)) | (~v13(constB6, bitIndex0)) | v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7204, 16699])).
% 127.89/80.45 tff(20565,plain,
% 127.89/80.45 (~v13(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20564, 19114, 20563])).
% 127.89/80.45 tff(20566,plain,
% 127.89/80.45 (~v1050(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7105, 6040, 20522, 20565])).
% 127.89/80.45 tff(20567,plain,
% 127.89/80.45 (~v1052(constB7)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7111, 20566])).
% 127.89/80.45 tff(20568,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7119, 20567, 8983])).
% 127.89/80.45 tff(20569,plain,(v7(constB8, bitIndex2) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20570,plain,
% 127.89/80.45 (v7(constB8, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20569, 20502, 20501])).
% 127.89/80.45 tff(20571,plain,
% 127.89/80.45 (v7(constB7, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2450, 20570])).
% 127.89/80.45 tff(20572,plain,
% 127.89/80.45 (v929(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10337, 20571])).
% 127.89/80.45 tff(20573,plain,
% 127.89/80.45 (v940(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10333, 20572])).
% 127.89/80.45 tff(20574,plain,
% 127.89/80.45 (v938(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2545, 20573])).
% 127.89/80.45 tff(20575,plain,
% 127.89/80.45 (v13(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14085, 20574])).
% 127.89/80.45 tff(20576,plain,
% 127.89/80.45 (~v13(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20438, 20575, 20552])).
% 127.89/80.45 tff(20577,plain,
% 127.89/80.45 (v11(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[8146, 20574])).
% 127.89/80.45 tff(20578,plain,
% 127.89/80.45 (~v13(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19179, 20575])).
% 127.89/80.45 tff(20579,plain,
% 127.89/80.45 (~v938(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11713, 20578])).
% 127.89/80.45 tff(20580,plain,
% 127.89/80.45 (~v940(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2524, 20579])).
% 127.89/80.45 tff(20581,plain,
% 127.89/80.45 (~v956(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2516, 20580])).
% 127.89/80.45 tff(20582,plain,
% 127.89/80.45 (~v7(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2490, 20581])).
% 127.89/80.45 tff(20583,plain,
% 127.89/80.45 (~v7(constB8, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2482, 20582])).
% 127.89/80.45 tff(20584,plain,
% 127.89/80.45 (v7(constB8, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19188, 20583, 20502, 20501])).
% 127.89/80.45 tff(20585,plain,
% 127.89/80.45 (v7(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7137, 20584])).
% 127.89/80.45 tff(20586,plain,
% 127.89/80.45 (v1052(constB7)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7119, 20585])).
% 127.89/80.45 tff(20587,plain,
% 127.89/80.45 (v1050(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7111, 20586])).
% 127.89/80.45 tff(20588,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7105, 6040, 20587, 20577, 20576])).
% 127.89/80.45 tff(20589,plain,((~(constB9 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20590,plain,
% 127.89/80.45 (~(constB9 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20589, 11700])).
% 127.89/80.45 tff(20591,plain,
% 127.89/80.45 ((~(constB10 = sK952_VarCurr)) | v7(constB10, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[8222, 20423])).
% 127.89/80.45 tff(20592,plain,
% 127.89/80.45 (v7(constB10, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20591, 8])).
% 127.89/80.45 tff(20593,plain,
% 127.89/80.45 (v7(constB9, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6412, 20592])).
% 127.89/80.45 tff(20594,plain,
% 127.89/80.45 (v929(constB9, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6420, 20593])).
% 127.89/80.45 tff(20595,plain,
% 127.89/80.45 (v940(constB9, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6446, 20594])).
% 127.89/80.45 tff(20596,plain,
% 127.89/80.45 (v938(constB8, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6454, 20595])).
% 127.89/80.45 tff(20597,plain,
% 127.89/80.45 (v13(constB8, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7651, 20596])).
% 127.89/80.45 tff(20598,plain,
% 127.89/80.45 (v7(constB8, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20569, 6725, 6494])).
% 127.89/80.45 tff(20599,plain,
% 127.89/80.45 (v7(constB7, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2450, 20598])).
% 127.89/80.45 tff(20600,plain,
% 127.89/80.45 (v929(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10337, 20599])).
% 127.89/80.45 tff(20601,plain,
% 127.89/80.45 (v940(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10333, 20600])).
% 127.89/80.45 tff(20602,plain,
% 127.89/80.45 (v938(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2545, 20601])).
% 127.89/80.45 tff(20603,plain,
% 127.89/80.45 (v13(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14085, 20602])).
% 127.89/80.45 tff(20604,plain,
% 127.89/80.45 (v7(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20541, 6725, 6494])).
% 127.89/80.45 tff(20605,plain,
% 127.89/80.45 (v7(constB5, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5996, 20604])).
% 127.89/80.45 tff(20606,plain,
% 127.89/80.45 (v1052(constB5)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6014, 20605])).
% 127.89/80.45 tff(20607,plain,
% 127.89/80.45 (v1050(constB4)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6029, 20606])).
% 127.89/80.45 tff(20608,plain,
% 127.89/80.45 (v13(constB4, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16842, 20607])).
% 127.89/80.45 tff(20609,plain,
% 127.89/80.45 (~v13(constB4, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20460, 20608])).
% 127.89/80.45 tff(20610,plain,
% 127.89/80.45 (~v938(constB4, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16811, 20609])).
% 127.89/80.45 tff(20611,plain,
% 127.89/80.45 (~v940(constB5, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[699, 20610])).
% 127.89/80.45 tff(20612,plain,
% 127.89/80.45 (~v929(constB5, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[765, 20611])).
% 127.89/80.45 tff(20613,plain,
% 127.89/80.45 (~v7(constB5, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[783, 20612])).
% 127.89/80.45 tff(20614,plain,
% 127.89/80.45 (~v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[834, 20613])).
% 127.89/80.45 tff(20615,plain,
% 127.89/80.45 (~v13(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20438, 20614, 20603])).
% 127.89/80.45 tff(20616,plain,
% 127.89/80.45 (~v1050(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7106, 20615])).
% 127.89/80.45 tff(20617,plain,
% 127.89/80.45 (~v1052(constB7)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7111, 20616])).
% 127.89/80.45 tff(20618,plain,
% 127.89/80.45 (~v13(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19179, 20603])).
% 127.89/80.45 tff(20619,plain,
% 127.89/80.45 (~v938(constB6, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11713, 20618])).
% 127.89/80.45 tff(20620,plain,
% 127.89/80.45 (~v940(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2524, 20619])).
% 127.89/80.45 tff(20621,plain,
% 127.89/80.45 (~v956(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2516, 20620])).
% 127.89/80.45 tff(20622,plain,
% 127.89/80.45 (~v7(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2490, 20621])).
% 127.89/80.45 tff(20623,plain,
% 127.89/80.45 (~v7(constB8, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2482, 20622])).
% 127.89/80.45 tff(20624,plain,
% 127.89/80.45 (v7(constB8, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[19188, 20623, 6494, 6725])).
% 127.89/80.45 tff(20625,plain,
% 127.89/80.45 (v7(constB7, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7137, 20624])).
% 127.89/80.45 tff(20626,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[7119, 20625, 20617])).
% 127.89/80.45 tff(20627,plain,((~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex2)) | (~v11(constB6))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20628,plain,
% 127.89/80.45 (~v11(constB6)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20627, 6725, 6494])).
% 127.89/80.45 tff(20629,plain,
% 127.89/80.45 (~v938(constB6, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[8146, 20628])).
% 127.89/80.45 tff(20630,plain,
% 127.89/80.45 (~v940(constB7, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2545, 20629])).
% 127.89/80.45 tff(20631,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10333, 20630, 20600])).
% 127.89/80.45 tff(20632,plain,((~v13(constB8, bitIndex0)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20633,plain,
% 127.89/80.45 (~v13(constB8, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20632, 20597])).
% 127.89/80.45 tff(20634,plain,
% 127.89/80.45 (v11(constB8)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10622, 20596])).
% 127.89/80.45 tff(20635,plain,
% 127.89/80.45 (~v1050(constB8)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6491, 6040, 20634, 20633])).
% 127.89/80.45 tff(20636,plain,
% 127.89/80.45 (~v1052(constB9)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6483, 20635])).
% 127.89/80.45 tff(20637,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[6478, 20636, 14122])).
% 127.89/80.45 tff(20638,plain,((~(constB10 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20639,plain,
% 127.89/80.45 (~(constB10 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20638, 11700])).
% 127.89/80.45 tff(20640,plain,
% 127.89/80.45 ((~(constB6 = sK952_VarCurr)) | v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[4127, 20423])).
% 127.89/80.45 tff(20641,plain,
% 127.89/80.45 (~(constB6 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20640, 4125])).
% 127.89/80.45 tff(20642,plain,
% 127.89/80.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB5, bitIndex2)) | (~nextState(constB5, constB6)) | v930(constB6) | v7(constB6, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB5, bitIndex2)) | (~nextState(constB5, constB6)) | v930(constB6) | v7(constB6, bitIndex2))),
% 127.89/80.45 inference(rewrite,[status(thm)],[])).
% 127.89/80.45 tff(20643,plain,
% 127.89/80.45 (((~nextState(constB5, constB6)) | (~v7(constB5, bitIndex2)) | v930(constB6) | v7(constB6, bitIndex2)) <=> ((~v7(constB5, bitIndex2)) | (~nextState(constB5, constB6)) | v930(constB6) | v7(constB6, bitIndex2))),
% 127.89/80.45 inference(rewrite,[status(thm)],[])).
% 127.89/80.45 tff(20644,plain,
% 127.89/80.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB5, constB6)) | (~v7(constB5, bitIndex2)) | v930(constB6) | v7(constB6, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~v7(constB5, bitIndex2)) | (~nextState(constB5, constB6)) | v930(constB6) | v7(constB6, bitIndex2)))),
% 127.89/80.45 inference(monotonicity,[status(thm)],[20643])).
% 127.89/80.45 tff(20645,plain,
% 127.89/80.45 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB5, constB6)) | (~v7(constB5, bitIndex2)) | v930(constB6) | v7(constB6, bitIndex2))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB5, bitIndex2)) | (~nextState(constB5, constB6)) | v930(constB6) | v7(constB6, bitIndex2))),
% 127.89/80.45 inference(transitivity,[status(thm)],[20644, 20642])).
% 127.89/80.45 tff(20646,plain,
% 127.89/80.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | ((~nextState(constB5, constB6)) | (~v7(constB5, bitIndex2)) | v930(constB6) | v7(constB6, bitIndex2))),
% 127.89/80.45 inference(quant_inst,[status(thm)],[])).
% 127.89/80.45 tff(20647,plain,
% 127.89/80.45 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex2)) | v930(VarNext) | v7(VarNext, bitIndex2))) | (~v7(constB5, bitIndex2)) | (~nextState(constB5, constB6)) | v930(constB6) | v7(constB6, bitIndex2)),
% 127.89/80.45 inference(modus_ponens,[status(thm)],[20646, 20645])).
% 127.89/80.45 tff(20648,plain,
% 127.89/80.45 ((~v7(constB5, bitIndex2)) | v930(constB6) | v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20647, 8446, 91])).
% 127.89/80.45 tff(20649,plain,
% 127.89/80.45 ((~v7(constB5, bitIndex2)) | v7(constB6, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20648, 816])).
% 127.89/80.45 tff(20650,plain,
% 127.89/80.45 (~v7(constB5, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20649, 4125])).
% 127.89/80.45 tff(20651,plain,
% 127.89/80.45 ((~(constB5 = sK952_VarCurr)) | v7(constB5, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14158, 20423])).
% 127.89/80.45 tff(20652,plain,
% 127.89/80.45 (~(constB5 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20651, 20650])).
% 127.89/80.45 tff(20653,plain,
% 127.89/80.45 (v20(constB12, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9821, 9793, 9727, 9781])).
% 127.89/80.45 tff(20654,plain,
% 127.89/80.45 (v1017(constB12, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9838, 20653])).
% 127.89/80.45 tff(20655,plain,
% 127.89/80.45 (v1019(constB13, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9849, 20654])).
% 127.89/80.45 tff(20656,plain,
% 127.89/80.45 (v17(constB13, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9875, 20655])).
% 127.89/80.45 tff(20657,plain,
% 127.89/80.45 (v17(constB14, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9895, 20656])).
% 127.89/80.45 tff(20658,plain,
% 127.89/80.45 (sP958(constB14)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9903, 1220, 20657])).
% 127.89/80.45 tff(20659,plain,
% 127.89/80.45 (~v7(constB14, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2293, 16050])).
% 127.89/80.45 tff(20660,plain,
% 127.89/80.45 (sP959(constB14)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2297, 1871, 20659])).
% 127.89/80.45 tff(20661,plain,
% 127.89/80.45 ((~v13(constB14, bitIndex1)) | (~sP958(constB14))),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2305, 1886, 9916, 20660])).
% 127.89/80.45 tff(20662,plain,
% 127.89/80.45 (~v13(constB14, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20661, 20658])).
% 127.89/80.45 tff(20663,plain,
% 127.89/80.45 (~v938(constB14, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11741, 20662])).
% 127.89/80.45 tff(20664,plain,
% 127.89/80.45 (~v940(constB15, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9659, 20663])).
% 127.89/80.45 tff(20665,plain,
% 127.89/80.45 (~v956(constB15, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9654, 20664])).
% 127.89/80.45 tff(20666,plain,
% 127.89/80.45 (~v7(constB15, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9649, 20665])).
% 127.89/80.45 tff(20667,plain,
% 127.89/80.45 (~v7(constB16, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[4007, 20666])).
% 127.89/80.45 tff(20668,plain,
% 127.89/80.45 (((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB15, bitIndex2) | (~v929(constB15, bitIndex1)))) <=> ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB15, bitIndex2) | (~v929(constB15, bitIndex1)))),
% 127.89/80.45 inference(rewrite,[status(thm)],[])).
% 127.89/80.45 tff(20669,plain,
% 127.89/80.45 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | (v7(constB15, bitIndex2) | (~v929(constB15, bitIndex1)))),
% 127.89/80.45 inference(quant_inst,[status(thm)],[])).
% 127.89/80.45 tff(20670,plain,
% 127.89/80.45 ((~![VarCurr: $i] : (v7(VarCurr, bitIndex2) | (~v929(VarCurr, bitIndex1)))) | v7(constB15, bitIndex2) | (~v929(constB15, bitIndex1))),
% 127.89/80.45 inference(modus_ponens,[status(thm)],[20669, 20668])).
% 127.89/80.45 tff(20671,plain,
% 127.89/80.45 (~v929(constB15, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20670, 8464, 14136])).
% 127.89/80.45 tff(20672,plain,
% 127.89/80.45 (((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB15)) | v929(constB15, bitIndex1) | (~v940(constB15, bitIndex1)))) <=> ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB15)) | v929(constB15, bitIndex1) | (~v940(constB15, bitIndex1)))),
% 127.89/80.45 inference(rewrite,[status(thm)],[])).
% 127.89/80.45 tff(20673,plain,
% 127.89/80.45 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | ((~v930(constB15)) | v929(constB15, bitIndex1) | (~v940(constB15, bitIndex1)))),
% 127.89/80.45 inference(quant_inst,[status(thm)],[])).
% 127.89/80.45 tff(20674,plain,
% 127.89/80.45 ((~![B: $i, VarNext: $i] : ((~v930(VarNext)) | v929(VarNext, B) | (~v940(VarNext, B)))) | (~v930(constB15)) | v929(constB15, bitIndex1) | (~v940(constB15, bitIndex1))),
% 127.89/80.45 inference(modus_ponens,[status(thm)],[20673, 20672])).
% 127.89/80.45 tff(20675,plain,
% 127.89/80.45 (~v940(constB15, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20674, 8481, 2343, 20671])).
% 127.89/80.45 tff(20676,plain,
% 127.89/80.45 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB14, constB15)) | (~v938(constB14, bitIndex1)) | v940(constB15, bitIndex1))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB14, constB15)) | (~v938(constB14, bitIndex1)) | v940(constB15, bitIndex1))),
% 127.89/80.45 inference(rewrite,[status(thm)],[])).
% 127.89/80.45 tff(20677,plain,
% 127.89/80.45 (((~nextState(constB14, constB15)) | v940(constB15, bitIndex1) | (~v938(constB14, bitIndex1))) <=> ((~nextState(constB14, constB15)) | (~v938(constB14, bitIndex1)) | v940(constB15, bitIndex1))),
% 127.89/80.45 inference(rewrite,[status(thm)],[])).
% 127.89/80.45 tff(20678,plain,
% 127.89/80.45 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB14, constB15)) | v940(constB15, bitIndex1) | (~v938(constB14, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB14, constB15)) | (~v938(constB14, bitIndex1)) | v940(constB15, bitIndex1)))),
% 127.89/80.45 inference(monotonicity,[status(thm)],[20677])).
% 127.89/80.45 tff(20679,plain,
% 127.89/80.45 (((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB14, constB15)) | v940(constB15, bitIndex1) | (~v938(constB14, bitIndex1)))) <=> ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB14, constB15)) | (~v938(constB14, bitIndex1)) | v940(constB15, bitIndex1))),
% 127.89/80.45 inference(transitivity,[status(thm)],[20678, 20676])).
% 127.89/80.45 tff(20680,plain,
% 127.89/80.45 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | ((~nextState(constB14, constB15)) | v940(constB15, bitIndex1) | (~v938(constB14, bitIndex1)))),
% 127.89/80.45 inference(quant_inst,[status(thm)],[])).
% 127.89/80.45 tff(20681,plain,
% 127.89/80.45 ((~![B: $i, VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | v940(VarNext, B) | (~v938(VarCurr, B)))) | (~nextState(constB14, constB15)) | (~v938(constB14, bitIndex1)) | v940(constB15, bitIndex1)),
% 127.89/80.45 inference(modus_ponens,[status(thm)],[20680, 20679])).
% 127.89/80.45 tff(20682,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20681, 8498, 1375, 5496, 2325])).
% 127.89/80.45 tff(20683,plain,(v940(constB15, bitIndex1) | (~v938(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20684,plain,
% 127.89/80.45 (~v938(constB14, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20683, 20675])).
% 127.89/80.45 tff(20685,plain,
% 127.89/80.45 ((~(constB12 = sK952_VarCurr)) | v7(constB12, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14151, 20423])).
% 127.89/80.45 tff(20686,plain,
% 127.89/80.45 (~(constB12 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20685, 1773])).
% 127.89/80.45 tff(20687,plain,
% 127.89/80.45 ((~(constB11 = sK952_VarCurr)) | v7(constB11, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14148, 20423])).
% 127.89/80.45 tff(20688,plain,
% 127.89/80.45 (~(constB11 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20687, 1752])).
% 127.89/80.45 tff(20689,plain,
% 127.89/80.45 ((~(constB13 = sK952_VarCurr)) | v7(constB13, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14173, 20423])).
% 127.89/80.45 tff(20690,plain,
% 127.89/80.45 (~(constB13 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20689, 16050])).
% 127.89/80.45 tff(20691,plain,
% 127.89/80.45 ((~(constB14 = sK952_VarCurr)) | v7(constB14, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14178, 20423])).
% 127.89/80.45 tff(20692,plain,
% 127.89/80.45 (~(constB14 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20691, 20659])).
% 127.89/80.45 tff(20693,plain,
% 127.89/80.45 (v929(sK952_VarCurr, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2321, 20423, 778])).
% 127.89/80.45 tff(20694,plain,
% 127.89/80.45 ((~(constB3 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14421, 20693])).
% 127.89/80.45 tff(20695,plain,
% 127.89/80.45 (~(constB3 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20694, 11700])).
% 127.89/80.45 tff(20696,plain,
% 127.89/80.45 ((~(constB4 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14499, 20423])).
% 127.89/80.45 tff(20697,plain,
% 127.89/80.45 (~(constB4 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20696, 11700])).
% 127.89/80.45 tff(20698,plain,
% 127.89/80.45 ((~(constB15 = sK952_VarCurr)) | v7(constB15, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14141, 20423])).
% 127.89/80.45 tff(20699,plain,
% 127.89/80.45 (~(constB15 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20698, 14136])).
% 127.89/80.45 tff(20700,plain,
% 127.89/80.45 ((~(constB16 = sK952_VarCurr)) | v7(constB16, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14163, 20423])).
% 127.89/80.45 tff(20701,plain,
% 127.89/80.45 (~(constB16 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20700, 14160])).
% 127.89/80.45 tff(20702,plain,
% 127.89/80.45 (v11(constB16) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16081, 20423])).
% 127.89/80.45 tff(20703,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20702, 20701, 20699, 5283, 5322, 3964, 4113, 4112, 4111, 5323, 11348, 5281, 3694, 3695, 2408, 11346])).
% 127.89/80.45 tff(20704,plain,(v7(constB15, bitIndex2) | (constB4 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v11(constB16) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20705,plain,
% 127.89/80.45 (v7(constB15, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20704, 3695, 20695, 3964, 4113, 4112, 4111, 20688, 20692, 5281, 3694, 20697, 20690, 20686])).
% 127.89/80.45 tff(20706,plain,
% 127.89/80.45 (v929(constB15, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5505, 20705])).
% 127.89/80.45 tff(20707,plain,
% 127.89/80.45 (v940(constB15, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2348, 20706])).
% 127.89/80.45 tff(20708,plain,
% 127.89/80.45 (v938(constB14, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2356, 20707])).
% 127.89/80.45 tff(20709,plain,
% 127.89/80.45 (v11(constB14)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5498, 20708])).
% 127.89/80.45 tff(20710,plain,
% 127.89/80.45 ((~(constB16 = sK952_VarCurr)) | (~v11(constB14)) | v11(constB10) | (~v7(sK952_VarCurr, bitIndex0))),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16239, 20423])).
% 127.89/80.45 tff(20711,plain,
% 127.89/80.45 (~(constB16 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20710, 20709, 1246, 11700])).
% 127.89/80.45 tff(20712,plain,
% 127.89/80.45 (v11(constB16) | (~v13(constB18, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16079, 20423])).
% 127.89/80.45 tff(20713,plain,
% 127.89/80.45 (constB15 = sK952_VarCurr),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20712, 20711, 20697, 4113, 20695, 3964, 20686, 20688, 3695, 3694, 5281, 4111, 4112, 20692, 20690, 3859])).
% 127.89/80.45 tff(20714,plain,
% 127.89/80.45 (v1052(constB15) <=> v1052(sK952_VarCurr)),
% 127.89/80.45 inference(monotonicity,[status(thm)],[20713])).
% 127.89/80.45 tff(20715,plain,
% 127.89/80.45 (v1052(sK952_VarCurr) <=> v1052(constB15)),
% 127.89/80.45 inference(symmetry,[status(thm)],[20714])).
% 127.89/80.45 tff(20716,plain,
% 127.89/80.45 (v1044(sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5833, 20713])).
% 127.89/80.45 tff(20717,plain,
% 127.89/80.45 (v1052(sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[12067, 20716])).
% 127.89/80.45 tff(20718,plain,
% 127.89/80.45 (v1052(constB15)),
% 127.89/80.45 inference(modus_ponens,[status(thm)],[20717, 20715])).
% 127.89/80.45 tff(20719,plain,
% 127.89/80.45 (v1050(constB14)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10212, 20718])).
% 127.89/80.45 tff(20720,plain,
% 127.89/80.45 (v13(constB14, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[2361, 2226, 20709, 20708])).
% 127.89/80.45 tff(20721,plain,
% 127.89/80.45 (~v13(constB14, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10308, 20720, 1246])).
% 127.89/80.45 tff(20722,plain,
% 127.89/80.45 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10219, 6040, 20709])).
% 127.89/80.45 tff(20723,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20722, 20721, 20719])).
% 127.89/80.45 tff(20724,plain,(v11(constB16) | v11(constB10) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20725,plain,
% 127.89/80.45 (v11(constB16)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20724, 3964, 11700, 4113, 1246, 3694, 5281, 4111, 4112])).
% 127.89/80.45 tff(20726,plain,
% 127.89/80.45 (~v13(constB16, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[12332, 5374, 3984])).
% 127.89/80.45 tff(20727,plain,
% 127.89/80.45 (~(constB15 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20698, 5506])).
% 127.89/80.45 tff(20728,plain,
% 127.89/80.45 (~(constB16 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20700, 5507])).
% 127.89/80.45 tff(20729,plain,
% 127.89/80.45 (v13(constB16, bitIndex2) | (~v62(constB16, bitIndex0)) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB13, bitIndex2) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | v13(constB16, bitIndex1) | (~v7(constB16, bitIndex0))),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[16160, 20423])).
% 127.89/80.45 tff(20730,plain,
% 127.89/80.45 (~v62(constB16, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20729, 20728, 11700, 5281, 5495, 15425, 11346, 5323, 20727, 3694, 3964, 4111, 4112, 4113, 20726, 14168])).
% 127.89/80.45 tff(20731,plain,
% 127.89/80.45 (~v62(constB15, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11568, 20730])).
% 127.89/80.45 tff(20732,plain,
% 127.89/80.45 (~v617(constB15)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11550, 20731])).
% 127.89/80.45 tff(20733,plain,
% 127.89/80.45 (~v615(constB14)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11520, 20732])).
% 127.89/80.45 tff(20734,plain,
% 127.89/80.45 ($false),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[11671, 6765, 5374, 20733])).
% 127.89/80.45 tff(20735,plain,(v11(constB14) | (~v7(sK952_VarCurr, bitIndex0)) | (constB6 = sK952_VarCurr) | (~v7(constB16, bitIndex0)) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | v7(constB13, bitIndex2) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.45 tff(20736,plain,
% 127.89/80.45 (~v7(constB16, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20735, 5374, 5281, 11700, 11346, 5323, 3694, 3964, 4111, 4112, 4113, 14168, 3984])).
% 127.89/80.45 tff(20737,plain,
% 127.89/80.45 (~(constB14 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20691, 14175])).
% 127.89/80.45 tff(20738,plain,
% 127.89/80.45 (~(constB13 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20689, 14168])).
% 127.89/80.45 tff(20739,plain,
% 127.89/80.45 (~(constB16 = sK952_VarCurr)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[12708, 20736, 11700])).
% 127.89/80.45 tff(20740,plain,
% 127.89/80.45 (v13(constB18, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v13(constB16, bitIndex2)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[14520, 20423])).
% 127.89/80.45 tff(20741,plain,
% 127.89/80.45 (v13(constB18, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[20740, 20727, 11700, 4113, 3964, 4112, 5281, 5495, 20739, 3694, 4111, 5323, 20738, 11346, 20737])).
% 127.89/80.45 tff(20742,plain,
% 127.89/80.45 (~v938(constB16, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9541, 20726])).
% 127.89/80.45 tff(20743,plain,
% 127.89/80.45 (~v940(constB17, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5541, 20742])).
% 127.89/80.45 tff(20744,plain,
% 127.89/80.45 (~v956(constB17, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5567, 20743])).
% 127.89/80.45 tff(20745,plain,
% 127.89/80.45 (~v7(constB17, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[10249, 20744])).
% 127.89/80.45 tff(20746,plain,
% 127.89/80.45 (~v7(constB18, bitIndex1)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[5759, 20745])).
% 127.89/80.45 tff(20747,plain,
% 127.89/80.45 (sP957(constB18)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[12172, 15582, 5706])).
% 127.89/80.45 tff(20748,plain,
% 127.89/80.45 (~v13(constB16, bitIndex0)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9591, 11255, 9534])).
% 127.89/80.45 tff(20749,plain,
% 127.89/80.45 (~v1050(constB16)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9583, 20748])).
% 127.89/80.45 tff(20750,plain,
% 127.89/80.45 (~v1052(constB17)),
% 127.89/80.45 inference(unit_resolution,[status(thm)],[9575, 20749])).
% 127.89/80.46 tff(20751,plain,
% 127.89/80.46 (~v7(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9570, 20750])).
% 127.89/80.46 tff(20752,plain,
% 127.89/80.46 (~v7(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9562, 20751])).
% 127.89/80.46 tff(20753,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12115, 5875, 20752, 20747])).
% 127.89/80.46 tff(20754,plain,(v7(constB16, bitIndex0) | v7(constB18, bitIndex1) | (~v13(constB18, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex2) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20755,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20754, 20746, 20741, 3984, 9481, 20736, 5507])).
% 127.89/80.46 tff(20756,plain,(v11(constB14) | v7(constB16, bitIndex1) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20757,plain,
% 127.89/80.46 (v11(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20756, 20725, 20667, 11700, 4113, 3964, 4112, 5281, 3694, 4111, 20688, 20686, 16050])).
% 127.89/80.46 tff(20758,plain,
% 127.89/80.46 (((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB14)) | (~v13(constB14, bitIndex2)) | v938(constB14, bitIndex1))) <=> ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB14)) | (~v13(constB14, bitIndex2)) | v938(constB14, bitIndex1))),
% 127.89/80.46 inference(rewrite,[status(thm)],[])).
% 127.89/80.46 tff(20759,plain,
% 127.89/80.46 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | ((~v11(constB14)) | (~v13(constB14, bitIndex2)) | v938(constB14, bitIndex1))),
% 127.89/80.46 inference(quant_inst,[status(thm)],[])).
% 127.89/80.46 tff(20760,plain,
% 127.89/80.46 ((~![VarCurr: $i] : ((~v11(VarCurr)) | (~v13(VarCurr, bitIndex2)) | v938(VarCurr, bitIndex1))) | (~v11(constB14)) | (~v13(constB14, bitIndex2)) | v938(constB14, bitIndex1)),
% 127.89/80.46 inference(modus_ponens,[status(thm)],[20759, 20758])).
% 127.89/80.46 tff(20761,plain,
% 127.89/80.46 ((~v13(constB14, bitIndex2)) | v938(constB14, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20760, 8517, 20757])).
% 127.89/80.46 tff(20762,plain,
% 127.89/80.46 (~v13(constB14, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20761, 20684])).
% 127.89/80.46 tff(20763,plain,
% 127.89/80.46 (v32(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11642, 11601, 11595, 10422, 10162])).
% 127.89/80.46 tff(20764,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11656, 6748, 20763, 11601])).
% 127.89/80.46 tff(20765,plain,((~v73(constB14)) | v13(constB14, bitIndex2) | (~v7(constB14, bitIndex0)) | (~v62(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20766,plain,
% 127.89/80.46 (~v73(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20765, 20762, 10613, 10058])).
% 127.89/80.46 tff(20767,plain,
% 127.89/80.46 (v67(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11593, 20766])).
% 127.89/80.46 tff(20768,plain,
% 127.89/80.46 (v615(constB14) | (~v67(constB14, bitIndex0))),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11514, 6936, 20757])).
% 127.89/80.46 tff(20769,plain,
% 127.89/80.46 (v615(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20768, 20767])).
% 127.89/80.46 tff(20770,plain,
% 127.89/80.46 (v617(constB15)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11520, 20769])).
% 127.89/80.46 tff(20771,plain,
% 127.89/80.46 (v62(constB15, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11550, 20770])).
% 127.89/80.46 tff(20772,plain,
% 127.89/80.46 (v62(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11568, 20771])).
% 127.89/80.46 tff(20773,plain,
% 127.89/80.46 (~(constB16 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20710, 20757, 1246, 11700])).
% 127.89/80.46 tff(20774,plain,
% 127.89/80.46 (~v13(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9543, 10175, 9535])).
% 127.89/80.46 tff(20775,plain,
% 127.89/80.46 (((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | ((~v73(constB16)) | v7(constB16, bitIndex0))) <=> ((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | (~v73(constB16)) | v7(constB16, bitIndex0))),
% 127.89/80.46 inference(rewrite,[status(thm)],[])).
% 127.89/80.46 tff(20776,plain,
% 127.89/80.46 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | ((~v73(constB16)) | v7(constB16, bitIndex0))),
% 127.89/80.46 inference(quant_inst,[status(thm)],[])).
% 127.89/80.46 tff(20777,plain,
% 127.89/80.46 ((~![VarCurr: $i] : ((~v73(VarCurr)) | v7(VarCurr, bitIndex0))) | (~v73(constB16)) | v7(constB16, bitIndex0)),
% 127.89/80.46 inference(modus_ponens,[status(thm)],[20776, 20775])).
% 127.89/80.46 tff(20778,plain,
% 127.89/80.46 (~v73(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20777, 16920, 10171])).
% 127.89/80.46 tff(20779,plain,
% 127.89/80.46 ((~v32(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2142, 1695, 10422])).
% 127.89/80.46 tff(20780,plain,
% 127.89/80.46 (~v32(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20779, 14798])).
% 127.89/80.46 tff(20781,plain,
% 127.89/80.46 (~v73(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11642, 20780, 11595, 10422, 10162])).
% 127.89/80.46 tff(20782,plain,
% 127.89/80.46 (v67(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11644, 20781])).
% 127.89/80.46 tff(20783,plain,
% 127.89/80.46 (v615(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16129, 20782])).
% 127.89/80.46 tff(20784,plain,
% 127.89/80.46 (v617(constB15)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11520, 20783])).
% 127.89/80.46 tff(20785,plain,
% 127.89/80.46 (v62(constB15, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11550, 20784])).
% 127.89/80.46 tff(20786,plain,
% 127.89/80.46 (v62(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11568, 20785])).
% 127.89/80.46 tff(20787,plain,
% 127.89/80.46 (v73(constB16) | v67(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11678, 6922, 20786])).
% 127.89/80.46 tff(20788,plain,
% 127.89/80.46 (v67(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20787, 20778])).
% 127.89/80.46 tff(20789,plain,
% 127.89/80.46 (v7(constB13, bitIndex2) | (~v67(constB16, bitIndex0)) | v13(constB16, bitIndex1) | v13(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0))),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14622, 20423])).
% 127.89/80.46 tff(20790,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20789, 20788, 20774, 11700, 14168, 5281, 2407, 11346, 5323, 15576, 3694, 3964, 4111, 4112, 4113, 5309])).
% 127.89/80.46 tff(20791,plain,(v7(constB16, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB13, bitIndex2) | (constB6 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | (~v11(constB14)) | (~v62(constB14, bitIndex0)) | v13(constB14, bitIndex2) | (~v7(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20792,plain,
% 127.89/80.46 (v7(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20791, 20699, 16050, 5281, 11700, 20686, 20688, 3694, 3964, 4111, 4112, 4113, 20773, 14160, 20667, 20757, 10058, 20762, 10613])).
% 127.89/80.46 tff(20793,plain,
% 127.89/80.46 (v13(constB16, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20729, 5529, 11700, 5281, 15425, 5309, 11346, 5323, 2407, 3694, 3964, 4111, 4112, 4113, 10088, 14168])).
% 127.89/80.46 tff(20794,plain,
% 127.89/80.46 (~v13(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10103, 20793, 3984, 9534])).
% 127.89/80.46 tff(20795,plain,
% 127.89/80.46 (~v1050(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9583, 20794])).
% 127.89/80.46 tff(20796,plain,
% 127.89/80.46 (~v1052(constB17)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9575, 20795])).
% 127.89/80.46 tff(20797,plain,
% 127.89/80.46 (~v7(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9570, 20796])).
% 127.89/80.46 tff(20798,plain,
% 127.89/80.46 (~v7(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9562, 20797])).
% 127.89/80.46 tff(20799,plain,
% 127.89/80.46 (~sP957(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12115, 5875, 20798])).
% 127.89/80.46 tff(20800,plain,
% 127.89/80.46 (v7(constB17, bitIndex0) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | v13(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16358, 20423])).
% 127.89/80.46 tff(20801,plain,
% 127.89/80.46 (v13(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20800, 20797, 3964, 11346, 5323, 2407, 3694, 5281, 4111, 4112, 11700, 20738, 20737, 4113, 5309])).
% 127.89/80.46 tff(20802,plain,
% 127.89/80.46 (~v938(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9541, 5529])).
% 127.89/80.46 tff(20803,plain,
% 127.89/80.46 (~v940(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5541, 20802])).
% 127.89/80.46 tff(20804,plain,
% 127.89/80.46 (~v956(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5567, 20803])).
% 127.89/80.46 tff(20805,plain,
% 127.89/80.46 (~v7(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10249, 20804])).
% 127.89/80.46 tff(20806,plain,
% 127.89/80.46 (~v7(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5759, 20805])).
% 127.89/80.46 tff(20807,plain,
% 127.89/80.46 (sP957(constB18) | v952(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12130, 6075, 20806, 20801])).
% 127.89/80.46 tff(20808,plain,
% 127.89/80.46 (v952(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20807, 20799])).
% 127.89/80.46 tff(20809,plain,
% 127.89/80.46 (~sP960(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9556, 5864, 20798])).
% 127.89/80.46 tff(20810,plain,
% 127.89/80.46 (~(constB17 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13484, 20797, 11700])).
% 127.89/80.46 tff(20811,plain,
% 127.89/80.46 (~(constB18 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13479, 20798, 11700])).
% 127.89/80.46 tff(20812,plain,
% 127.89/80.46 (v7(constB19, bitIndex2) | (constB8 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB17 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16261, 20423])).
% 127.89/80.46 tff(20813,plain,
% 127.89/80.46 (v7(constB19, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20812, 20811, 20697, 4112, 20695, 4113, 4111, 5323, 20738, 3964, 5281, 3694, 11346, 5309, 20737, 2407, 20810])).
% 127.89/80.46 tff(20814,plain,
% 127.89/80.46 (v929(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16266, 20813])).
% 127.89/80.46 tff(20815,plain,
% 127.89/80.46 (v940(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16209, 20814])).
% 127.89/80.46 tff(20816,plain,
% 127.89/80.46 (v938(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14209, 20815])).
% 127.89/80.46 tff(20817,plain,
% 127.89/80.46 (v13(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16203, 20816])).
% 127.89/80.46 tff(20818,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10265, 6136, 20817, 20809, 20808])).
% 127.89/80.46 tff(20819,plain,(v13(constB16, bitIndex1) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v7(constB16, bitIndex0)) | (~v62(constB16, bitIndex0)) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20820,plain,
% 127.89/80.46 (v13(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20819, 20699, 4113, 4111, 20688, 3964, 5281, 3694, 20686, 20773, 4112, 11700, 20725, 20667, 14160, 20792, 20772, 16050])).
% 127.89/80.46 tff(20821,plain,
% 127.89/80.46 (~v13(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11697, 20820, 20667, 14160])).
% 127.89/80.46 tff(20822,plain,
% 127.89/80.46 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9582, 6040, 20725])).
% 127.89/80.46 tff(20823,plain,
% 127.89/80.46 (~v1050(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20822, 20821])).
% 127.89/80.46 tff(20824,plain,
% 127.89/80.46 (~v1052(constB17)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9575, 20823])).
% 127.89/80.46 tff(20825,plain,
% 127.89/80.46 (~v7(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9570, 20824])).
% 127.89/80.46 tff(20826,plain,
% 127.89/80.46 (~v7(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9562, 20825])).
% 127.89/80.46 tff(20827,plain,
% 127.89/80.46 (~sP960(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9556, 5864, 20826])).
% 127.89/80.46 tff(20828,plain,
% 127.89/80.46 (~(constB17 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13484, 20825, 11700])).
% 127.89/80.46 tff(20829,plain,
% 127.89/80.46 (~(constB18 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13479, 20826, 11700])).
% 127.89/80.46 tff(20830,plain,
% 127.89/80.46 (v7(constB19, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20812, 20829, 20697, 4112, 20695, 4113, 4111, 20688, 20690, 3964, 5281, 3694, 20686, 20773, 20692, 20699, 20828])).
% 127.89/80.46 tff(20831,plain,
% 127.89/80.46 (v929(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16266, 20830])).
% 127.89/80.46 tff(20832,plain,
% 127.89/80.46 (v940(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16209, 20831])).
% 127.89/80.46 tff(20833,plain,
% 127.89/80.46 (v938(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14209, 20832])).
% 127.89/80.46 tff(20834,plain,
% 127.89/80.46 (v13(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16203, 20833])).
% 127.89/80.46 tff(20835,plain,
% 127.89/80.46 (~v13(constB16, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16377, 20820, 1246, 20757])).
% 127.89/80.46 tff(20836,plain,
% 127.89/80.46 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5572, 2226, 20725])).
% 127.89/80.46 tff(20837,plain,
% 127.89/80.46 (~v938(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20836, 20835])).
% 127.89/80.46 tff(20838,plain,
% 127.89/80.46 (~v940(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5581, 20837])).
% 127.89/80.46 tff(20839,plain,
% 127.89/80.46 (~v929(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5607, 20838])).
% 127.89/80.46 tff(20840,plain,
% 127.89/80.46 (~v7(constB17, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5615, 20839])).
% 127.89/80.46 tff(20841,plain,
% 127.89/80.46 (~v7(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5636, 20840])).
% 127.89/80.46 tff(20842,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5724, 1804, 20841, 20834, 20827])).
% 127.89/80.46 tff(20843,plain,(v7(constB15, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20844,plain,
% 127.89/80.46 (v7(constB15, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20843, 3964, 4113, 4111, 4112, 5281, 3694, 11700, 1246])).
% 127.89/80.46 tff(20845,plain,
% 127.89/80.46 (v929(constB15, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5505, 20844])).
% 127.89/80.46 tff(20846,plain,
% 127.89/80.46 (v940(constB15, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2348, 20845])).
% 127.89/80.46 tff(20847,plain,
% 127.89/80.46 (v938(constB14, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2356, 20846])).
% 127.89/80.46 tff(20848,plain,
% 127.89/80.46 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2361, 2226, 20757])).
% 127.89/80.46 tff(20849,plain,
% 127.89/80.46 (v13(constB14, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20848, 20847])).
% 127.89/80.46 tff(20850,plain,
% 127.89/80.46 (~v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10308, 20849, 1246])).
% 127.89/80.46 tff(20851,plain,
% 127.89/80.46 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10219, 6040, 20757])).
% 127.89/80.46 tff(20852,plain,
% 127.89/80.46 (~v1050(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20851, 20850])).
% 127.89/80.46 tff(20853,plain,
% 127.89/80.46 (~v1052(constB15)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10212, 20852])).
% 127.89/80.46 tff(20854,plain,
% 127.89/80.46 (~v7(constB15, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10207, 20853])).
% 127.89/80.46 tff(20855,plain,
% 127.89/80.46 (~v7(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10199, 20854])).
% 127.89/80.46 tff(20856,plain,
% 127.89/80.46 (~v938(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10079, 5569])).
% 127.89/80.46 tff(20857,plain,
% 127.89/80.46 (~v940(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5581, 20856])).
% 127.89/80.46 tff(20858,plain,
% 127.89/80.46 (~v929(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5607, 20857])).
% 127.89/80.46 tff(20859,plain,
% 127.89/80.46 (~v7(constB17, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5615, 20858])).
% 127.89/80.46 tff(20860,plain,
% 127.89/80.46 ((~(constB17 = sK952_VarCurr)) | v7(constB17, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10071, 20423])).
% 127.89/80.46 tff(20861,plain,
% 127.89/80.46 (~(constB17 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20860, 20859])).
% 127.89/80.46 tff(20862,plain,
% 127.89/80.46 (~v7(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5636, 20859])).
% 127.89/80.46 tff(20863,plain,
% 127.89/80.46 ((~(constB18 = sK952_VarCurr)) | v7(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10065, 20423])).
% 127.89/80.46 tff(20864,plain,
% 127.89/80.46 (~(constB18 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20863, 20862])).
% 127.89/80.46 tff(20865,plain,
% 127.89/80.46 (v7(constB19, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20812, 20864, 20697, 4112, 20695, 4113, 4111, 5323, 20738, 3964, 5281, 3694, 11346, 5309, 20737, 2407, 20861])).
% 127.89/80.46 tff(20866,plain,
% 127.89/80.46 (v929(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16266, 20865])).
% 127.89/80.46 tff(20867,plain,
% 127.89/80.46 (v940(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16209, 20866])).
% 127.89/80.46 tff(20868,plain,
% 127.89/80.46 (v938(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14209, 20867])).
% 127.89/80.46 tff(20869,plain,
% 127.89/80.46 (v13(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16203, 20868])).
% 127.89/80.46 tff(20870,plain,
% 127.89/80.46 (sP960(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5724, 1804, 20862, 20869])).
% 127.89/80.46 tff(20871,plain,
% 127.89/80.46 (~v67(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20789, 5569, 11700, 14168, 5281, 2407, 11346, 5323, 5529, 3694, 3964, 4111, 4112, 4113, 5309])).
% 127.89/80.46 tff(20872,plain,
% 127.89/80.46 (~v615(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16305, 20871])).
% 127.89/80.46 tff(20873,plain,
% 127.89/80.46 (~v617(constB17)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16297, 20872])).
% 127.89/80.46 tff(20874,plain,
% 127.89/80.46 (~v62(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16292, 20873])).
% 127.89/80.46 tff(20875,plain,
% 127.89/80.46 (~v62(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16284, 20874])).
% 127.89/80.46 tff(20876,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14594, 1830, 20875, 20870])).
% 127.89/80.46 tff(20877,plain,(v13(constB16, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB13, bitIndex2) | v13(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20878,plain,
% 127.89/80.46 (v13(constB16, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20877, 5529, 4113, 4111, 20688, 3964, 5281, 3694, 20686, 20773, 2407, 20725, 11700, 16050, 4112])).
% 127.89/80.46 tff(20879,plain,
% 127.89/80.46 (~v13(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16352, 20878, 1246, 20757])).
% 127.89/80.46 tff(20880,plain,
% 127.89/80.46 (~v1050(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20822, 20879])).
% 127.89/80.46 tff(20881,plain,
% 127.89/80.46 (~v1052(constB17)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9575, 20880])).
% 127.89/80.46 tff(20882,plain,
% 127.89/80.46 (~v7(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9570, 20881])).
% 127.89/80.46 tff(20883,plain,
% 127.89/80.46 (v13(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20800, 20882, 3964, 20686, 20688, 2407, 3694, 5281, 4111, 4112, 11700, 20690, 20692, 4113, 20773])).
% 127.89/80.46 tff(20884,plain,
% 127.89/80.46 (~v7(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9562, 20882])).
% 127.89/80.46 tff(20885,plain,
% 127.89/80.46 (~sP957(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12115, 5875, 20884])).
% 127.89/80.46 tff(20886,plain,
% 127.89/80.46 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5532, 320, 20725])).
% 127.89/80.46 tff(20887,plain,
% 127.89/80.46 (~v938(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20886, 5529])).
% 127.89/80.46 tff(20888,plain,
% 127.89/80.46 (~v940(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5541, 20887])).
% 127.89/80.46 tff(20889,plain,
% 127.89/80.46 (~v956(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5567, 20888])).
% 127.89/80.46 tff(20890,plain,
% 127.89/80.46 (~v7(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10249, 20889])).
% 127.89/80.46 tff(20891,plain,
% 127.89/80.46 (~v7(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5759, 20890])).
% 127.89/80.46 tff(20892,plain,
% 127.89/80.46 (sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0))),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12130, 6075, 20891])).
% 127.89/80.46 tff(20893,plain,
% 127.89/80.46 (v952(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20892, 20885, 20883])).
% 127.89/80.46 tff(20894,plain,
% 127.89/80.46 (~sP960(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9556, 5864, 20884])).
% 127.89/80.46 tff(20895,plain,
% 127.89/80.46 (~(constB17 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13484, 20882, 11700])).
% 127.89/80.46 tff(20896,plain,
% 127.89/80.46 (~(constB18 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13479, 20884, 11700])).
% 127.89/80.46 tff(20897,plain,
% 127.89/80.46 (v7(constB19, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20812, 20896, 20697, 4112, 20695, 4113, 4111, 20688, 20690, 3964, 5281, 3694, 20686, 20773, 20692, 2407, 20895])).
% 127.89/80.46 tff(20898,plain,
% 127.89/80.46 (v929(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16266, 20897])).
% 127.89/80.46 tff(20899,plain,
% 127.89/80.46 (v940(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16209, 20898])).
% 127.89/80.46 tff(20900,plain,
% 127.89/80.46 (v938(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14209, 20899])).
% 127.89/80.46 tff(20901,plain,
% 127.89/80.46 (v13(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16203, 20900])).
% 127.89/80.46 tff(20902,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10265, 6136, 20901, 20894, 20893])).
% 127.89/80.46 tff(20903,plain,(v13(constB16, bitIndex1) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20904,plain,
% 127.89/80.46 (v13(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20903, 2407, 4113, 4111, 3964, 5281, 3694, 4112, 11700, 1246])).
% 127.89/80.46 tff(20905,plain,
% 127.89/80.46 (~v13(constB16, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[11331, 20904, 20855])).
% 127.89/80.46 tff(20906,plain,
% 127.89/80.46 (~v1050(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20822, 20905])).
% 127.89/80.46 tff(20907,plain,
% 127.89/80.46 (~v1052(constB17)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9575, 20906])).
% 127.89/80.46 tff(20908,plain,
% 127.89/80.46 (~v7(constB17, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9570, 20907])).
% 127.89/80.46 tff(20909,plain,
% 127.89/80.46 (~v7(constB18, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9562, 20908])).
% 127.89/80.46 tff(20910,plain,
% 127.89/80.46 (~sP960(constB18)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[9556, 5864, 20909])).
% 127.89/80.46 tff(20911,plain,
% 127.89/80.46 (~(constB17 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13484, 20908, 11700])).
% 127.89/80.46 tff(20912,plain,
% 127.89/80.46 (~(constB18 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13479, 20909, 11700])).
% 127.89/80.46 tff(20913,plain,
% 127.89/80.46 (v7(constB19, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20812, 20912, 20697, 4112, 20695, 4113, 4111, 20688, 20690, 3964, 5281, 3694, 20686, 20773, 20692, 2407, 20911])).
% 127.89/80.46 tff(20914,plain,
% 127.89/80.46 (v929(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16266, 20913])).
% 127.89/80.46 tff(20915,plain,
% 127.89/80.46 (v940(constB19, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16209, 20914])).
% 127.89/80.46 tff(20916,plain,
% 127.89/80.46 (v938(constB18, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[14209, 20915])).
% 127.89/80.46 tff(20917,plain,
% 127.89/80.46 (v13(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16203, 20916])).
% 127.89/80.46 tff(20918,plain,
% 127.89/80.46 (~v13(constB16, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16377, 20904, 1246, 20757])).
% 127.89/80.46 tff(20919,plain,
% 127.89/80.46 (~v938(constB16, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20836, 20918])).
% 127.89/80.46 tff(20920,plain,
% 127.89/80.46 (~v940(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5581, 20919])).
% 127.89/80.46 tff(20921,plain,
% 127.89/80.46 (~v929(constB17, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5607, 20920])).
% 127.89/80.46 tff(20922,plain,
% 127.89/80.46 (~v7(constB17, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5615, 20921])).
% 127.89/80.46 tff(20923,plain,
% 127.89/80.46 (~v7(constB18, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5636, 20922])).
% 127.89/80.46 tff(20924,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5724, 1804, 20923, 20917, 20910])).
% 127.89/80.46 tff(20925,plain,((constB15 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20926,plain,
% 127.89/80.46 (constB15 = sK952_VarCurr),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20925, 20652, 4113, 4111, 4112, 20641, 3694, 11700, 1246])).
% 127.89/80.46 tff(20927,plain,
% 127.89/80.46 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.89/80.46 inference(monotonicity,[status(thm)],[20926])).
% 127.89/80.46 tff(20928,plain,
% 127.89/80.46 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 127.89/80.46 inference(symmetry,[status(thm)],[20927])).
% 127.89/80.46 tff(20929,plain,
% 127.89/80.46 (v7(constB15, bitIndex0)),
% 127.89/80.46 inference(modus_ponens,[status(thm)],[11700, 20928])).
% 127.89/80.46 tff(20930,plain,
% 127.89/80.46 (v7(constB15, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20843, 20652, 4113, 4111, 4112, 20641, 3694, 11700, 1246])).
% 127.89/80.46 tff(20931,plain,
% 127.89/80.46 (v929(constB15, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5505, 20930])).
% 127.89/80.46 tff(20932,plain,
% 127.89/80.46 (v940(constB15, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2348, 20931])).
% 127.89/80.46 tff(20933,plain,
% 127.89/80.46 (v938(constB14, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2356, 20932])).
% 127.89/80.46 tff(20934,plain,
% 127.89/80.46 (v11(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20724, 20652, 11700, 4113, 1246, 3694, 20641, 4111, 4112])).
% 127.89/80.46 tff(20935,plain,
% 127.89/80.46 (v11(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20756, 20934, 20667, 11700, 4113, 20652, 4112, 20641, 3694, 4111, 20688, 20686, 16050])).
% 127.89/80.46 tff(20936,plain,
% 127.89/80.46 (v13(constB14, bitIndex2) | (~v938(constB14, bitIndex1))),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2361, 2226, 20935])).
% 127.89/80.46 tff(20937,plain,
% 127.89/80.46 (v13(constB14, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20936, 20933])).
% 127.89/80.46 tff(20938,plain,
% 127.89/80.46 (~v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10308, 20937, 1246])).
% 127.89/80.46 tff(20939,plain,
% 127.89/80.46 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10219, 6040, 20935])).
% 127.89/80.46 tff(20940,plain,
% 127.89/80.46 (~v1050(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20939, 20938])).
% 127.89/80.46 tff(20941,plain,
% 127.89/80.46 (~v1052(constB15)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10212, 20940])).
% 127.89/80.46 tff(20942,plain,
% 127.89/80.46 (~v7(constB15, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10207, 20941])).
% 127.89/80.46 tff(20943,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20942, 20929])).
% 127.89/80.46 tff(20944,plain,(v7(constB6, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20945,plain,
% 127.89/80.46 (v7(constB6, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20944, 4111, 4113, 11700, 4112, 3694, 1246])).
% 127.89/80.46 tff(20946,plain,
% 127.89/80.46 (v7(constB5, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[834, 20945])).
% 127.89/80.46 tff(20947,plain,
% 127.89/80.46 (v929(constB5, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[783, 20946])).
% 127.89/80.46 tff(20948,plain,
% 127.89/80.46 (v940(constB5, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[765, 20947])).
% 127.89/80.46 tff(20949,plain,
% 127.89/80.46 (v938(constB4, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[699, 20948])).
% 127.89/80.46 tff(20950,plain,
% 127.89/80.46 (v13(constB4, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16811, 20949])).
% 127.89/80.46 tff(20951,plain,
% 127.89/80.46 (~v13(constB4, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20460, 20950])).
% 127.89/80.46 tff(20952,plain,
% 127.89/80.46 (~v1050(constB4)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16842, 20951])).
% 127.89/80.46 tff(20953,plain,
% 127.89/80.46 (~v1052(constB5)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6029, 20952])).
% 127.89/80.46 tff(20954,plain,
% 127.89/80.46 (~v7(constB5, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6014, 20953])).
% 127.89/80.46 tff(20955,plain,
% 127.89/80.46 (~v7(constB6, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5996, 20954])).
% 127.89/80.46 tff(20956,plain,
% 127.89/80.46 (v7(constB6, bitIndex0)),
% 127.89/80.46 inference(modus_ponens,[status(thm)],[11700, 5014])).
% 127.89/80.46 tff(20957,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16822, 20956])).
% 127.89/80.46 tff(20958,plain,((~(constB6 = sK952_VarCurr)) | v7(constB6, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20959,plain,
% 127.89/80.46 (~(constB6 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20958, 20955, 11700])).
% 127.89/80.46 tff(20960,plain,
% 127.89/80.46 (v7(constB5, bitIndex0)),
% 127.89/80.46 inference(modus_ponens,[status(thm)],[11700, 2611])).
% 127.89/80.46 tff(20961,assumption,(~v7(constB5, bitIndex0)), introduced(assumption)).
% 127.89/80.46 tff(20962,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20961, 20960])).
% 127.89/80.46 tff(20963,plain,((~(constB5 = sK952_VarCurr)) | v7(constB5, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20964,plain,
% 127.89/80.46 (~(constB5 = sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20963, 20954, 11700])).
% 127.89/80.46 tff(20965,plain,
% 127.89/80.46 (constB15 = sK952_VarCurr),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20925, 20964, 4113, 4111, 4112, 20959, 3694, 11700, 1246])).
% 127.89/80.46 tff(20966,plain,
% 127.89/80.46 (v1052(constB15) <=> v1052(sK952_VarCurr)),
% 127.89/80.46 inference(monotonicity,[status(thm)],[20965])).
% 127.89/80.46 tff(20967,plain,
% 127.89/80.46 (v1052(sK952_VarCurr) <=> v1052(constB15)),
% 127.89/80.46 inference(symmetry,[status(thm)],[20966])).
% 127.89/80.46 tff(20968,plain,
% 127.89/80.46 (v1044(sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5833, 20965])).
% 127.89/80.46 tff(20969,plain,
% 127.89/80.46 (v1052(sK952_VarCurr)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12067, 20968])).
% 127.89/80.46 tff(20970,plain,
% 127.89/80.46 (v1052(constB15)),
% 127.89/80.46 inference(modus_ponens,[status(thm)],[20969, 20967])).
% 127.89/80.46 tff(20971,plain,
% 127.89/80.46 (v1050(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10212, 20970])).
% 127.89/80.46 tff(20972,plain,
% 127.89/80.46 (v7(constB15, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20843, 20964, 4113, 4111, 4112, 20959, 3694, 11700, 1246])).
% 127.89/80.46 tff(20973,plain,
% 127.89/80.46 (v929(constB15, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[5505, 20972])).
% 127.89/80.46 tff(20974,plain,
% 127.89/80.46 (v940(constB15, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2348, 20973])).
% 127.89/80.46 tff(20975,plain,
% 127.89/80.46 (v938(constB14, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2356, 20974])).
% 127.89/80.46 tff(20976,plain,
% 127.89/80.46 (v11(constB16)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20724, 20964, 11700, 4113, 1246, 3694, 20959, 4111, 4112])).
% 127.89/80.46 tff(20977,plain,
% 127.89/80.46 (v11(constB14)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20756, 20976, 20667, 11700, 4113, 20964, 4112, 20959, 3694, 4111, 20688, 20686, 16050])).
% 127.89/80.46 tff(20978,plain,
% 127.89/80.46 (v13(constB14, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2361, 2226, 20977, 20975])).
% 127.89/80.46 tff(20979,plain,
% 127.89/80.46 (~v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10308, 20978, 1246])).
% 127.89/80.46 tff(20980,plain,
% 127.89/80.46 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10219, 6040, 20977])).
% 127.89/80.46 tff(20981,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20980, 20979, 20971])).
% 127.89/80.46 tff(20982,plain,((constB9 = sK952_VarCurr) | v11(constB10) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(20983,plain,
% 127.89/80.46 (v11(constB10)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20982, 20639, 11700, 20590, 20491, 20463])).
% 127.89/80.46 tff(20984,plain,
% 127.89/80.46 (v7(constB13, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20689, 2398])).
% 127.89/80.46 tff(20985,plain,
% 127.89/80.46 (v929(constB13, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2272, 20984])).
% 127.89/80.46 tff(20986,plain,
% 127.89/80.46 (v940(constB13, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2264, 20985])).
% 127.89/80.46 tff(20987,plain,
% 127.89/80.46 (v938(constB12, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[2238, 20986])).
% 127.89/80.46 tff(20988,plain,
% 127.89/80.46 (v11(constB12)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10129, 20987])).
% 127.89/80.46 tff(20989,plain,
% 127.89/80.46 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10802, 6040, 20988])).
% 127.89/80.46 tff(20990,plain,
% 127.89/80.46 (v13(constB12, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20989, 12383])).
% 127.89/80.46 tff(20991,plain,
% 127.89/80.46 (v13(constB12, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[16046, 20987])).
% 127.89/80.46 tff(20992,plain,
% 127.89/80.46 (v7(constB12, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[17478, 1, 6360, 7563, 1794, 1775])).
% 127.89/80.46 tff(20993,plain,
% 127.89/80.46 (v7(constB11, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[1342, 20992])).
% 127.89/80.46 tff(20994,plain,
% 127.89/80.46 (v956(constB11, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[1311, 20993])).
% 127.89/80.46 tff(20995,plain,
% 127.89/80.46 (sP958(constB10)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10954, 1, 6360, 7563, 1794])).
% 127.89/80.46 tff(20996,plain,
% 127.89/80.46 (~v13(constB10, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[13140, 20995, 1])).
% 127.89/80.46 tff(20997,plain,
% 127.89/80.46 (~v938(constB10, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[12400, 20996])).
% 127.89/80.46 tff(20998,plain,
% 127.89/80.46 (~v940(constB11, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[1263, 20997])).
% 127.89/80.46 tff(20999,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[1303, 20998, 20994])).
% 127.89/80.46 tff(21000,plain,(v7(constB10, bitIndex1) | v7(constB10, bitIndex2) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(21001,plain,
% 127.89/80.46 (v7(constB10, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[21000, 1775, 7563, 1, 1794])).
% 127.89/80.46 tff(21002,plain,
% 127.89/80.46 (v7(constB9, bitIndex2)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6412, 21001])).
% 127.89/80.46 tff(21003,plain,
% 127.89/80.46 (v929(constB9, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6420, 21002])).
% 127.89/80.46 tff(21004,plain,
% 127.89/80.46 (v940(constB9, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6446, 21003])).
% 127.89/80.46 tff(21005,plain,
% 127.89/80.46 (v938(constB8, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6454, 21004])).
% 127.89/80.46 tff(21006,plain,
% 127.89/80.46 (v7(constB10, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10890, 1775, 1, 7563, 1794])).
% 127.89/80.46 tff(21007,plain,
% 127.89/80.46 (v7(constB9, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6470, 21006])).
% 127.89/80.46 tff(21008,plain,
% 127.89/80.46 (v1052(constB9)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6478, 21007])).
% 127.89/80.46 tff(21009,plain,
% 127.89/80.46 (v1050(constB8)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6483, 21008])).
% 127.89/80.46 tff(21010,plain,
% 127.89/80.46 (~v11(constB8)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10406, 21009])).
% 127.89/80.46 tff(21011,plain,
% 127.89/80.46 ($false),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[10622, 21010, 21005])).
% 127.89/80.46 tff(21012,plain,((~v13(constB12, bitIndex0)) | v13(constB8, bitIndex0) | v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.46 tff(21013,plain,
% 127.89/80.46 (v7(constB10, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[21012, 10405, 1794, 7563, 1775])).
% 127.89/80.46 tff(21014,plain,
% 127.89/80.46 (v7(constB9, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[188, 21013])).
% 127.89/80.46 tff(21015,plain,
% 127.89/80.46 (v956(constB9, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[206, 21014])).
% 127.89/80.46 tff(21016,plain,
% 127.89/80.46 (v940(constB9, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[289, 21015])).
% 127.89/80.46 tff(21017,plain,
% 127.89/80.46 (v938(constB8, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[307, 21016])).
% 127.89/80.46 tff(21018,plain,
% 127.89/80.46 (v11(constB8)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[338, 335, 21017])).
% 127.89/80.46 tff(21019,plain,
% 127.89/80.46 (~v1050(constB8)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6491, 6040, 21018, 10405])).
% 127.89/80.46 tff(21020,plain,
% 127.89/80.46 (~v1052(constB9)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6483, 21019])).
% 127.89/80.46 tff(21021,plain,
% 127.89/80.46 (~v7(constB9, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6478, 21020])).
% 127.89/80.46 tff(21022,plain,
% 127.89/80.46 (~v7(constB10, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[6470, 21021])).
% 127.89/80.46 tff(21023,plain,
% 127.89/80.46 (~sP960(constB10)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[7457, 5864, 21022])).
% 127.89/80.46 tff(21024,plain,
% 127.89/80.46 (v13(constB8, bitIndex1)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[340, 21017])).
% 127.89/80.46 tff(21025,plain,
% 127.89/80.46 (~v13(constB8, bitIndex0)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[20632, 6494])).
% 127.89/80.46 tff(21026,plain,
% 127.89/80.46 (v11(constB6)),
% 127.89/80.46 inference(unit_resolution,[status(thm)],[18551, 21025])).
% 127.89/80.46 tff(21027,plain,
% 127.89/80.46 ((~v13(constB6, bitIndex1)) | (~sP959(constB6))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5945, 1886, 7170, 9132])).
% 127.89/80.47 tff(21028,plain,
% 127.89/80.47 (~v13(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21027, 5929])).
% 127.89/80.47 tff(21029,plain,
% 127.89/80.47 (v7(constB8, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8969, 21028, 1193, 6494])).
% 127.89/80.47 tff(21030,plain,
% 127.89/80.47 (v7(constB7, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2450, 21029])).
% 127.89/80.47 tff(21031,plain,
% 127.89/80.47 (v929(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10337, 21030])).
% 127.89/80.47 tff(21032,plain,
% 127.89/80.47 (v940(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10333, 21031])).
% 127.89/80.47 tff(21033,plain,
% 127.89/80.47 (v938(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2545, 21032])).
% 127.89/80.47 tff(21034,plain,
% 127.89/80.47 (v13(constB6, bitIndex2) | (~v938(constB6, bitIndex1))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2536, 2226, 16720])).
% 127.89/80.47 tff(21035,plain,
% 127.89/80.47 (v13(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21034, 21033])).
% 127.89/80.47 tff(21036,plain,
% 127.89/80.47 (~v13(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16714, 21035, 4125, 7170])).
% 127.89/80.47 tff(21037,plain,
% 127.89/80.47 (~v1050(constB6)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16721, 21036])).
% 127.89/80.47 tff(21038,plain,
% 127.89/80.47 ((~v938(constB6, bitIndex0)) | v13(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5924, 320, 16720])).
% 127.89/80.47 tff(21039,plain,
% 127.89/80.47 (~v938(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21038, 21028])).
% 127.89/80.47 tff(21040,plain,
% 127.89/80.47 (~v940(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2524, 21039])).
% 127.89/80.47 tff(21041,plain,
% 127.89/80.47 (~v956(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2516, 21040])).
% 127.89/80.47 tff(21042,plain,
% 127.89/80.47 (~v7(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2490, 21041])).
% 127.89/80.47 tff(21043,plain,
% 127.89/80.47 (~v7(constB8, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2482, 21042])).
% 127.89/80.47 tff(21044,plain,
% 127.89/80.47 (v7(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[9083, 21043, 1193, 6494])).
% 127.89/80.47 tff(21045,plain,
% 127.89/80.47 (v7(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7137, 21044])).
% 127.89/80.47 tff(21046,plain,
% 127.89/80.47 (v1052(constB7)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7119, 21045])).
% 127.89/80.47 tff(21047,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7111, 21046, 21037])).
% 127.89/80.47 tff(21048,plain,(v7(constB6, bitIndex2) | v7(constB6, bitIndex1) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2)) | (~sP958(constB6))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21049,plain,
% 127.89/80.47 (v7(constB6, bitIndex2) | (~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2)) | (~sP958(constB6))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21048, 16699])).
% 127.89/80.47 tff(21050,plain,
% 127.89/80.47 (~sP958(constB6)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21049, 4125, 6494, 1193])).
% 127.89/80.47 tff(21051,plain,
% 127.89/80.47 (((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | (sP958(constB6) | v13(constB6, bitIndex1))) <=> ((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | sP958(constB6) | v13(constB6, bitIndex1))),
% 127.89/80.47 inference(rewrite,[status(thm)],[])).
% 127.89/80.47 tff(21052,plain,
% 127.89/80.47 ((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | (sP958(constB6) | v13(constB6, bitIndex1))),
% 127.89/80.47 inference(quant_inst,[status(thm)],[])).
% 127.89/80.47 tff(21053,plain,
% 127.89/80.47 ((~![VarCurr: $i] : (sP958(VarCurr) | v13(VarCurr, bitIndex1))) | sP958(constB6) | v13(constB6, bitIndex1)),
% 127.89/80.47 inference(modus_ponens,[status(thm)],[21052, 21051])).
% 127.89/80.47 tff(21054,plain,
% 127.89/80.47 (v13(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21053, 10922, 21050])).
% 127.89/80.47 tff(21055,plain,
% 127.89/80.47 (~v13(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[19179, 21054])).
% 127.89/80.47 tff(21056,plain,
% 127.89/80.47 (~v938(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[14085, 21055])).
% 127.89/80.47 tff(21057,plain,
% 127.89/80.47 (~v940(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2545, 21056])).
% 127.89/80.47 tff(21058,plain,
% 127.89/80.47 (~v929(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10333, 21057])).
% 127.89/80.47 tff(21059,plain,
% 127.89/80.47 (~v7(constB7, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10337, 21058])).
% 127.89/80.47 tff(21060,plain,
% 127.89/80.47 (~v7(constB8, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2450, 21059])).
% 127.89/80.47 tff(21061,plain,
% 127.89/80.47 (sP960(constB8)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7009, 21060])).
% 127.89/80.47 tff(21062,plain,
% 127.89/80.47 (~v13(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20564, 21054, 4125])).
% 127.89/80.47 tff(21063,plain,
% 127.89/80.47 (~v1050(constB6)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7106, 21062])).
% 127.89/80.47 tff(21064,plain,
% 127.89/80.47 (~v1052(constB7)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7111, 21063])).
% 127.89/80.47 tff(21065,plain,
% 127.89/80.47 (~v7(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7119, 21064])).
% 127.89/80.47 tff(21066,plain,
% 127.89/80.47 (~v7(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7137, 21065])).
% 127.89/80.47 tff(21067,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7141, 5864, 21066, 21061])).
% 127.89/80.47 tff(21068,plain,(v7(constB6, bitIndex2) | (~v13(constB8, bitIndex2)) | (~v11(constB6)) | (~v13(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21069,plain,
% 127.89/80.47 (v7(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21068, 6726, 6494, 1193])).
% 127.89/80.47 tff(21070,plain,
% 127.89/80.47 (v7(constB5, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[834, 21069])).
% 127.89/80.47 tff(21071,plain,
% 127.89/80.47 (v929(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[783, 21070])).
% 127.89/80.47 tff(21072,plain,
% 127.89/80.47 (v940(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[765, 21071])).
% 127.89/80.47 tff(21073,plain,
% 127.89/80.47 (v938(constB4, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[699, 21072])).
% 127.89/80.47 tff(21074,plain,
% 127.89/80.47 (v13(constB4, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16811, 21073])).
% 127.89/80.47 tff(21075,plain,
% 127.89/80.47 (~v13(constB4, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20460, 21074])).
% 127.89/80.47 tff(21076,plain,
% 127.89/80.47 (~v1050(constB4)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16842, 21075])).
% 127.89/80.47 tff(21077,plain,
% 127.89/80.47 (~v1052(constB5)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6029, 21076])).
% 127.89/80.47 tff(21078,plain,
% 127.89/80.47 (~v7(constB5, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6014, 21077])).
% 127.89/80.47 tff(21079,plain,
% 127.89/80.47 (~v7(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5996, 21078])).
% 127.89/80.47 tff(21080,plain,
% 127.89/80.47 (~v13(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[19179, 19280])).
% 127.89/80.47 tff(21081,plain,
% 127.89/80.47 (v952(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8613, 21080, 21069])).
% 127.89/80.47 tff(21082,plain,
% 127.89/80.47 (~v13(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16837, 21081, 19280, 21079])).
% 127.89/80.47 tff(21083,plain,
% 127.89/80.47 (~v1050(constB6)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7106, 21082])).
% 127.89/80.47 tff(21084,plain,
% 127.89/80.47 (~v1052(constB7)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7111, 21083])).
% 127.89/80.47 tff(21085,plain,
% 127.89/80.47 (~v7(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7119, 21084])).
% 127.89/80.47 tff(21086,plain,
% 127.89/80.47 (~v7(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7137, 21085])).
% 127.89/80.47 tff(21087,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7141, 5864, 21086, 7010])).
% 127.89/80.47 tff(21088,plain,(v7(constB8, bitIndex2) | (~v11(constB6)) | (~v13(constB8, bitIndex2)) | (~v13(constB8, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21089,plain,
% 127.89/80.47 (v7(constB8, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21088, 1193, 6494, 21026])).
% 127.89/80.47 tff(21090,plain,
% 127.89/80.47 (v7(constB7, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2450, 21089])).
% 127.89/80.47 tff(21091,plain,
% 127.89/80.47 (v929(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10337, 21090])).
% 127.89/80.47 tff(21092,plain,
% 127.89/80.47 (v940(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10333, 21091])).
% 127.89/80.47 tff(21093,plain,
% 127.89/80.47 (v938(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2545, 21092])).
% 127.89/80.47 tff(21094,plain,
% 127.89/80.47 (v13(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[14085, 21093])).
% 127.89/80.47 tff(21095,plain,
% 127.89/80.47 (v7(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21068, 1193, 6494, 21026])).
% 127.89/80.47 tff(21096,plain,
% 127.89/80.47 (v7(constB5, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[834, 21095])).
% 127.89/80.47 tff(21097,plain,
% 127.89/80.47 (v929(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[783, 21096])).
% 127.89/80.47 tff(21098,plain,
% 127.89/80.47 (v940(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[765, 21097])).
% 127.89/80.47 tff(21099,plain,
% 127.89/80.47 (v938(constB4, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[699, 21098])).
% 127.89/80.47 tff(21100,plain,
% 127.89/80.47 (v13(constB4, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16811, 21099])).
% 127.89/80.47 tff(21101,plain,
% 127.89/80.47 (~v13(constB4, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20460, 21100])).
% 127.89/80.47 tff(21102,plain,
% 127.89/80.47 (~v1050(constB4)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16842, 21101])).
% 127.89/80.47 tff(21103,plain,
% 127.89/80.47 (~v1052(constB5)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6029, 21102])).
% 127.89/80.47 tff(21104,plain,
% 127.89/80.47 (~v7(constB5, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6014, 21103])).
% 127.89/80.47 tff(21105,plain,
% 127.89/80.47 (~v7(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5996, 21104])).
% 127.89/80.47 tff(21106,plain,
% 127.89/80.47 (~v13(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[17050, 21105, 21094])).
% 127.89/80.47 tff(21107,plain,
% 127.89/80.47 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7105, 6040, 21026])).
% 127.89/80.47 tff(21108,plain,
% 127.89/80.47 (~v1050(constB6)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21107, 21106])).
% 127.89/80.47 tff(21109,plain,
% 127.89/80.47 (~v1052(constB7)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7111, 21108])).
% 127.89/80.47 tff(21110,plain,
% 127.89/80.47 (~v13(constB6, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[19179, 21094])).
% 127.89/80.47 tff(21111,plain,
% 127.89/80.47 (~v938(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[11713, 21110])).
% 127.89/80.47 tff(21112,plain,
% 127.89/80.47 (~v940(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2524, 21111])).
% 127.89/80.47 tff(21113,plain,
% 127.89/80.47 (~v956(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2516, 21112])).
% 127.89/80.47 tff(21114,plain,
% 127.89/80.47 (~v7(constB7, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2490, 21113])).
% 127.89/80.47 tff(21115,plain,
% 127.89/80.47 (~v7(constB8, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2482, 21114])).
% 127.89/80.47 tff(21116,plain,
% 127.89/80.47 (v7(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[9083, 21115, 6494, 1193])).
% 127.89/80.47 tff(21117,plain,
% 127.89/80.47 (v7(constB7, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7137, 21116])).
% 127.89/80.47 tff(21118,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7119, 21117, 21109])).
% 127.89/80.47 tff(21119,plain,((~v13(constB8, bitIndex1)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21120,plain,
% 127.89/80.47 (~v13(constB8, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21119, 21024])).
% 127.89/80.47 tff(21121,plain,
% 127.89/80.47 (~v938(constB8, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7651, 21120])).
% 127.89/80.47 tff(21122,plain,
% 127.89/80.47 (~v940(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6454, 21121])).
% 127.89/80.47 tff(21123,plain,
% 127.89/80.47 (~v929(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6446, 21122])).
% 127.89/80.47 tff(21124,plain,
% 127.89/80.47 (~v7(constB9, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6420, 21123])).
% 127.89/80.47 tff(21125,plain,
% 127.89/80.47 (~v7(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6412, 21124])).
% 127.89/80.47 tff(21126,plain,
% 127.89/80.47 ((~v13(constB10, bitIndex2)) | sP960(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6367, 1804, 21125])).
% 127.89/80.47 tff(21127,plain,
% 127.89/80.47 (~v13(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21126, 21023])).
% 127.89/80.47 tff(21128,plain,
% 127.89/80.47 (~v938(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12418, 21127])).
% 127.89/80.47 tff(21129,plain,
% 127.89/80.47 (~v940(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1717, 21128])).
% 127.89/80.47 tff(21130,plain,
% 127.89/80.47 (~v929(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1743, 21129])).
% 127.89/80.47 tff(21131,plain,
% 127.89/80.47 (~v7(constB11, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1751, 21130])).
% 127.89/80.47 tff(21132,plain,
% 127.89/80.47 (~v7(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1772, 21131])).
% 127.89/80.47 tff(21133,plain,
% 127.89/80.47 (sP960(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1811, 21132])).
% 127.89/80.47 tff(21134,plain,
% 127.89/80.47 (v7(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7601, 5864, 21133])).
% 127.89/80.47 tff(21135,plain,
% 127.89/80.47 (v7(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7597, 21134])).
% 127.89/80.47 tff(21136,plain,
% 127.89/80.47 (v1052(constB11)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7591, 21135])).
% 127.89/80.47 tff(21137,plain,
% 127.89/80.47 (~sP957(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7954, 5875, 21022])).
% 127.89/80.47 tff(21138,plain,
% 127.89/80.47 (sP959(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6377, 1871, 21125])).
% 127.89/80.47 tff(21139,plain,
% 127.89/80.47 (sP958(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6464, 5886, 21022])).
% 127.89/80.47 tff(21140,plain,
% 127.89/80.47 (v7(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1863, 21132, 1794, 1775])).
% 127.89/80.47 tff(21141,plain,
% 127.89/80.47 (v7(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1342, 21140])).
% 127.89/80.47 tff(21142,plain,
% 127.89/80.47 (v956(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1311, 21141])).
% 127.89/80.47 tff(21143,plain,
% 127.89/80.47 (v940(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1303, 21142])).
% 127.89/80.47 tff(21144,plain,
% 127.89/80.47 (v938(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1263, 21143])).
% 127.89/80.47 tff(21145,plain,
% 127.89/80.47 (v13(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12400, 21144])).
% 127.89/80.47 tff(21146,plain,
% 127.89/80.47 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex0))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8821, 7256, 12393])).
% 127.89/80.47 tff(21147,plain,
% 127.89/80.47 (~v17(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21146, 6374, 7956])).
% 127.89/80.47 tff(21148,plain,
% 127.89/80.47 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex1))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8829, 5118, 12393])).
% 127.89/80.47 tff(21149,plain,
% 127.89/80.47 (~v17(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21148, 6374, 7956])).
% 127.89/80.47 tff(21150,plain,
% 127.89/80.47 ((~v17(constB10, bitIndex2)) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8845, 1205, 12393])).
% 127.89/80.47 tff(21151,plain,
% 127.89/80.47 (~v17(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21150, 6374, 7956])).
% 127.89/80.47 tff(21152,assumption,(~sP954_aig_name(constB10)), introduced(assumption)).
% 127.89/80.47 tff(21153,plain,
% 127.89/80.47 (v1003(constB10) | v17(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7711, 1971, 21152])).
% 127.89/80.47 tff(21154,plain,
% 127.89/80.47 (v1003(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21153, 21151])).
% 127.89/80.47 tff(21155,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8841, 21154, 21149, 21147])).
% 127.89/80.47 tff(21156,plain,((~v13(constB10, bitIndex1)) | sP954_aig_name(constB10) | (~sP958(constB10)) | (~sP959(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21157,plain,
% 127.89/80.47 (sP954_aig_name(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21156, 21145, 21139, 21138])).
% 127.89/80.47 tff(21158,plain,
% 127.89/80.47 (v924(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7715, 1982, 21157])).
% 127.89/80.47 tff(21159,plain,
% 127.89/80.47 ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8860, 7278, 21125])).
% 127.89/80.47 tff(21160,plain,
% 127.89/80.47 (~v13(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21159, 21158, 21137])).
% 127.89/80.47 tff(21161,plain,
% 127.89/80.47 (~v1050(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7578, 21160])).
% 127.89/80.47 tff(21162,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7583, 21161, 21136])).
% 127.89/80.47 tff(21163,plain,(v13(constB8, bitIndex0) | (~v11(constB10)) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21164,plain,
% 127.89/80.47 (v13(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21163, 20991, 7563, 20990])).
% 127.89/80.47 tff(21165,plain,
% 127.89/80.47 (~v13(constB8, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20632, 21164])).
% 127.89/80.47 tff(21166,plain,
% 127.89/80.47 (~v13(constB8, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[18496, 21165, 21164])).
% 127.89/80.47 tff(21167,plain,
% 127.89/80.47 (~v938(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[340, 21166])).
% 127.89/80.47 tff(21168,plain,
% 127.89/80.47 (~v940(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[307, 21167])).
% 127.89/80.47 tff(21169,plain,
% 127.89/80.47 (~v956(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[289, 21168])).
% 127.89/80.47 tff(21170,plain,
% 127.89/80.47 (~v7(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[206, 21169])).
% 127.89/80.47 tff(21171,plain,
% 127.89/80.47 (~v938(constB8, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7651, 21165])).
% 127.89/80.47 tff(21172,plain,
% 127.89/80.47 (~v940(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6454, 21171])).
% 127.89/80.47 tff(21173,plain,
% 127.89/80.47 (~v929(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6446, 21172])).
% 127.89/80.47 tff(21174,plain,
% 127.89/80.47 (~v7(constB9, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6420, 21173])).
% 127.89/80.47 tff(21175,plain,
% 127.89/80.47 (~v7(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6412, 21174])).
% 127.89/80.47 tff(21176,plain,
% 127.89/80.47 (v7(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21000, 21175, 7563, 20990, 20991])).
% 127.89/80.47 tff(21177,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[188, 21176, 21170])).
% 127.89/80.47 tff(21178,plain,((~(constB13 = sK952_VarCurr)) | (~v11(constB10)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21179,plain,
% 127.89/80.47 (~(constB13 = sK952_VarCurr)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21178, 20983, 11700])).
% 127.89/80.47 tff(21180,plain,
% 127.89/80.47 (v7(constB5, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20963, 2609, 11700])).
% 127.89/80.47 tff(21181,plain,
% 127.89/80.47 (v1052(constB5)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6014, 21180])).
% 127.89/80.47 tff(21182,plain,
% 127.89/80.47 (v1050(constB4)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6029, 21181])).
% 127.89/80.47 tff(21183,plain,
% 127.89/80.47 (v13(constB4, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16842, 21182])).
% 127.89/80.47 tff(21184,plain,
% 127.89/80.47 (v7(constB5, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20651, 2609])).
% 127.89/80.47 tff(21185,plain,
% 127.89/80.47 (v929(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[783, 21184])).
% 127.89/80.47 tff(21186,plain,
% 127.89/80.47 (v940(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[765, 21185])).
% 127.89/80.47 tff(21187,plain,
% 127.89/80.47 (v938(constB4, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[699, 21186])).
% 127.89/80.47 tff(21188,plain,
% 127.89/80.47 (v13(constB4, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16811, 21187])).
% 127.89/80.47 tff(21189,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20460, 21188, 21183])).
% 127.89/80.47 tff(21190,plain,((~(constB5 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21191,plain,
% 127.89/80.47 (~(constB5 = sK952_VarCurr)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21190, 11700])).
% 127.89/80.47 tff(21192,assumption,(~v7(constB11, bitIndex0)), introduced(assumption)).
% 127.89/80.47 tff(21193,plain,
% 127.89/80.47 (~v7(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7597, 21192])).
% 127.89/80.47 tff(21194,plain,
% 127.89/80.47 (~(constB12 = sK952_VarCurr)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12578, 21193, 11700])).
% 127.89/80.47 tff(21195,plain,
% 127.89/80.47 (v11(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20982, 4113, 11700, 20590, 4112, 3694])).
% 127.89/80.47 tff(21196,plain,
% 127.89/80.47 (~(constB13 = sK952_VarCurr)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21178, 21195, 11700])).
% 127.89/80.47 tff(21197,plain,
% 127.89/80.47 (v7(constB6, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20958, 4114, 11700])).
% 127.89/80.47 tff(21198,plain,
% 127.89/80.47 (v7(constB5, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5996, 21197])).
% 127.89/80.47 tff(21199,plain,
% 127.89/80.47 (v1052(constB5)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6014, 21198])).
% 127.89/80.47 tff(21200,plain,
% 127.89/80.47 (v1050(constB4)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6029, 21199])).
% 127.89/80.47 tff(21201,plain,
% 127.89/80.47 (v13(constB4, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16842, 21200])).
% 127.89/80.47 tff(21202,plain,
% 127.89/80.47 (v7(constB6, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20640, 4114])).
% 127.89/80.47 tff(21203,plain,
% 127.89/80.47 (v7(constB5, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[834, 21202])).
% 127.89/80.47 tff(21204,plain,
% 127.89/80.47 (v929(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[783, 21203])).
% 127.89/80.47 tff(21205,plain,
% 127.89/80.47 (v940(constB5, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[765, 21204])).
% 127.89/80.47 tff(21206,plain,
% 127.89/80.47 (v938(constB4, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[699, 21205])).
% 127.89/80.47 tff(21207,plain,
% 127.89/80.47 (v13(constB4, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16811, 21206])).
% 127.89/80.47 tff(21208,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20460, 21207, 21201])).
% 127.89/80.47 tff(21209,plain,((~(constB6 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21210,plain,
% 127.89/80.47 (~(constB6 = sK952_VarCurr)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21209, 11700])).
% 127.89/80.47 tff(21211,plain,
% 127.89/80.47 (v11(constB14)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5498, 5496])).
% 127.89/80.47 tff(21212,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2361, 2226, 21211, 11595, 5496])).
% 127.89/80.47 tff(21213,plain,((~v938(constB14, bitIndex1)) | v13(constB14, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21214,plain,
% 127.89/80.47 (~v938(constB14, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21213, 11595])).
% 127.89/80.47 tff(21215,plain,
% 127.89/80.47 (~v940(constB15, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2356, 21214])).
% 127.89/80.47 tff(21216,plain,
% 127.89/80.47 (~v929(constB15, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2348, 21215])).
% 127.89/80.47 tff(21217,plain,
% 127.89/80.47 (~v7(constB15, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5505, 21216])).
% 127.89/80.47 tff(21218,plain,
% 127.89/80.47 (~v7(constB16, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[4072, 21217])).
% 127.89/80.47 tff(21219,plain,
% 127.89/80.47 (v7(constB15, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20704, 11348, 20695, 20590, 4113, 4112, 3964, 5323, 5281, 3695, 3694, 20697, 2408, 11346])).
% 127.89/80.47 tff(21220,plain,
% 127.89/80.47 (v929(constB15, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5505, 21219])).
% 127.89/80.47 tff(21221,plain,
% 127.89/80.47 (v940(constB15, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2348, 21220])).
% 127.89/80.47 tff(21222,plain,
% 127.89/80.47 (v938(constB14, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2356, 21221])).
% 127.89/80.47 tff(21223,plain,
% 127.89/80.47 (v11(constB14)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[5498, 21222])).
% 127.89/80.47 tff(21224,plain,
% 127.89/80.47 (v13(constB14, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2361, 2226, 21223, 21222])).
% 127.89/80.47 tff(21225,plain,
% 127.89/80.47 (v7(constB14, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[13037, 12722, 10135, 1990])).
% 127.89/80.47 tff(21226,plain,
% 127.89/80.47 (v7(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2214, 21225])).
% 127.89/80.47 tff(21227,plain,
% 127.89/80.47 (v956(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2193, 21226])).
% 127.89/80.47 tff(21228,plain,
% 127.89/80.47 (v940(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2185, 21227])).
% 127.89/80.47 tff(21229,plain,
% 127.89/80.47 (v938(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2159, 21228])).
% 127.89/80.47 tff(21230,plain,
% 127.89/80.47 (v13(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[9911, 21229])).
% 127.89/80.47 tff(21231,plain,
% 127.89/80.47 (~v13(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7939, 21230, 7564, 1, 7563])).
% 127.89/80.47 tff(21232,plain,
% 127.89/80.47 (~v13(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20331, 21230, 7563, 7656, 1, 21231])).
% 127.89/80.47 tff(21233,plain,
% 127.89/80.47 (~v1050(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[11015, 21232])).
% 127.89/80.47 tff(21234,plain,
% 127.89/80.47 (~v1052(constB13)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10808, 21233])).
% 127.89/80.47 tff(21235,plain,
% 127.89/80.47 (~v7(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10816, 21234])).
% 127.89/80.47 tff(21236,plain,
% 127.89/80.47 (~v7(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10822, 21235])).
% 127.89/80.47 tff(21237,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10830, 5864, 21236, 13032])).
% 127.89/80.47 tff(21238,plain,(v7(constB14, bitIndex2) | (~v11(constB10)) | v7(constB10, bitIndex1) | v13(constB8, bitIndex2) | (~v13(constB14, bitIndex2)) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21239,plain,
% 127.89/80.47 (v7(constB14, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21238, 1, 7563, 7564, 10135, 1990])).
% 127.89/80.47 tff(21240,plain,
% 127.89/80.47 (v7(constB13, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2293, 21239])).
% 127.89/80.47 tff(21241,plain,
% 127.89/80.47 (v929(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2272, 21240])).
% 127.89/80.47 tff(21242,plain,
% 127.89/80.47 (v940(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2264, 21241])).
% 127.89/80.47 tff(21243,plain,
% 127.89/80.47 (v938(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2238, 21242])).
% 127.89/80.47 tff(21244,plain,
% 127.89/80.47 (v13(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16046, 21243])).
% 127.89/80.47 tff(21245,plain,
% 127.89/80.47 (sP958(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10954, 21244, 7656, 7563, 1])).
% 127.89/80.47 tff(21246,plain,
% 127.89/80.47 (v7(constB10, bitIndex1) | (~v13(constB10, bitIndex1)) | (~sP958(constB10))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6384, 1886, 20352])).
% 127.89/80.47 tff(21247,plain,
% 127.89/80.47 (~v13(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21246, 21245, 1])).
% 127.89/80.47 tff(21248,plain,
% 127.89/80.47 (~v938(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12400, 21247])).
% 127.89/80.47 tff(21249,plain,
% 127.89/80.47 (~v940(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1263, 21248])).
% 127.89/80.47 tff(21250,plain,
% 127.89/80.47 (~v956(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1303, 21249])).
% 127.89/80.47 tff(21251,plain,
% 127.89/80.47 (~v7(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1311, 21250])).
% 127.89/80.47 tff(21252,plain,
% 127.89/80.47 (~v7(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1342, 21251])).
% 127.89/80.47 tff(21253,plain,
% 127.89/80.47 (~v13(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[17478, 21252, 7656, 7563, 21244, 1])).
% 127.89/80.47 tff(21254,plain,
% 127.89/80.47 (~v1050(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[11015, 21253])).
% 127.89/80.47 tff(21255,plain,
% 127.89/80.47 (~v13(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7939, 21244, 7564, 1, 7563])).
% 127.89/80.47 tff(21256,plain,
% 127.89/80.47 (~v938(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[9911, 21255])).
% 127.89/80.47 tff(21257,plain,
% 127.89/80.47 (~v940(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2159, 21256])).
% 127.89/80.47 tff(21258,plain,
% 127.89/80.47 (~v956(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2185, 21257])).
% 127.89/80.47 tff(21259,plain,
% 127.89/80.47 (~v7(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2193, 21258])).
% 127.89/80.47 tff(21260,plain,
% 127.89/80.47 (~v7(constB14, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2214, 21259])).
% 127.89/80.47 tff(21261,plain,
% 127.89/80.47 (v7(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10996, 21260, 10135, 1990])).
% 127.89/80.47 tff(21262,plain,
% 127.89/80.47 (v7(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10822, 21261])).
% 127.89/80.47 tff(21263,plain,
% 127.89/80.47 (v1052(constB13)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10816, 21262])).
% 127.89/80.47 tff(21264,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10808, 21263, 21254])).
% 127.89/80.47 tff(21265,plain,(v7(constB10, bitIndex1) | (~v11(constB10)) | (~v13(constB14, bitIndex2)) | (~v13(constB14, bitIndex0)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21266,plain,
% 127.89/80.47 (v7(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21265, 1990, 10135, 7563, 7564])).
% 127.89/80.47 tff(21267,plain,
% 127.89/80.47 (v7(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[188, 21266])).
% 127.89/80.47 tff(21268,plain,
% 127.89/80.47 (v956(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[206, 21267])).
% 127.89/80.47 tff(21269,plain,
% 127.89/80.47 (v940(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[289, 21268])).
% 127.89/80.47 tff(21270,plain,
% 127.89/80.47 (v938(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[307, 21269])).
% 127.89/80.47 tff(21271,plain,
% 127.89/80.47 (v11(constB8)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[338, 335, 21270])).
% 127.89/80.47 tff(21272,plain,
% 127.89/80.47 (~v1050(constB8)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10406, 21271])).
% 127.89/80.47 tff(21273,plain,
% 127.89/80.47 (~v1052(constB9)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6483, 21272])).
% 127.89/80.47 tff(21274,plain,
% 127.89/80.47 (~v7(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6478, 21273])).
% 127.89/80.47 tff(21275,plain,
% 127.89/80.47 (~v7(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6470, 21274])).
% 127.89/80.47 tff(21276,plain,
% 127.89/80.47 (sP958(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6464, 5886, 21275])).
% 127.89/80.47 tff(21277,plain,
% 127.89/80.47 (~sP960(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7457, 5864, 21275])).
% 127.89/80.47 tff(21278,plain,
% 127.89/80.47 (~v13(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8226, 21277])).
% 127.89/80.47 tff(21279,plain,
% 127.89/80.47 (~v938(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12418, 21278])).
% 127.89/80.47 tff(21280,plain,
% 127.89/80.47 (~v940(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1717, 21279])).
% 127.89/80.47 tff(21281,plain,
% 127.89/80.47 (~v929(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1743, 21280])).
% 127.89/80.47 tff(21282,plain,
% 127.89/80.47 (~v7(constB11, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1751, 21281])).
% 127.89/80.47 tff(21283,plain,
% 127.89/80.47 (~v7(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1772, 21282])).
% 127.89/80.47 tff(21284,plain,
% 127.89/80.47 (~sP957(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7954, 5875, 21275])).
% 127.89/80.47 tff(21285,plain,
% 127.89/80.47 (v7(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10830, 5864, 13032])).
% 127.89/80.47 tff(21286,plain,
% 127.89/80.47 (v7(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10822, 21285])).
% 127.89/80.47 tff(21287,plain,
% 127.89/80.47 (v1052(constB13)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10816, 21286])).
% 127.89/80.47 tff(21288,plain,
% 127.89/80.47 (v1050(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10808, 21287])).
% 127.89/80.47 tff(21289,plain,
% 127.89/80.47 (v13(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[11015, 21288])).
% 127.89/80.47 tff(21290,plain,
% 127.89/80.47 (v7(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[11096, 21289, 21230, 1875])).
% 127.89/80.47 tff(21291,plain,
% 127.89/80.47 (v7(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7597, 21290])).
% 127.89/80.47 tff(21292,plain,
% 127.89/80.47 (v1052(constB11)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7591, 21291])).
% 127.89/80.47 tff(21293,plain,
% 127.89/80.47 (v1050(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7583, 21292])).
% 127.89/80.47 tff(21294,plain,
% 127.89/80.47 (v13(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7578, 21293])).
% 127.89/80.47 tff(21295,plain,
% 127.89/80.47 (~v924(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8861, 21294, 7966])).
% 127.89/80.47 tff(21296,plain,
% 127.89/80.47 (~sP956_aig_name(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7856, 7293, 21295])).
% 127.89/80.47 tff(21297,plain,
% 127.89/80.47 (v7(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1987, 21289, 1774, 21230])).
% 127.89/80.47 tff(21298,plain,
% 127.89/80.47 (v7(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1342, 21297])).
% 127.89/80.47 tff(21299,plain,
% 127.89/80.47 (v956(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1311, 21298])).
% 127.89/80.47 tff(21300,plain,
% 127.89/80.47 (v940(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1303, 21299])).
% 127.89/80.47 tff(21301,plain,
% 127.89/80.47 (v938(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1263, 21300])).
% 127.89/80.47 tff(21302,plain,
% 127.89/80.47 (v13(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12400, 21301])).
% 127.89/80.47 tff(21303,plain,
% 127.89/80.47 (~v17(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8822, 21302, 7956])).
% 127.89/80.47 tff(21304,plain,
% 127.89/80.47 (~v17(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8830, 21302, 7956])).
% 127.89/80.47 tff(21305,plain,
% 127.89/80.47 (~v1003(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8841, 21304, 21303])).
% 127.89/80.47 tff(21306,plain,
% 127.89/80.47 (~v17(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8846, 21302, 7956])).
% 127.89/80.47 tff(21307,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7862, 7308, 21306, 21305, 21296])).
% 127.89/80.47 tff(21308,plain,(v7(constB14, bitIndex2) | (~sP958(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | (~v11(constB10)) | v7(constB12, bitIndex2) | (~v13(constB14, bitIndex2)) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21309,plain,
% 127.89/80.47 (v7(constB14, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21308, 21276, 21284, 7656, 7563, 21283, 10135, 1990])).
% 127.89/80.47 tff(21310,plain,
% 127.89/80.47 (v7(constB13, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2293, 21309])).
% 127.89/80.47 tff(21311,plain,
% 127.89/80.47 (v929(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2272, 21310])).
% 127.89/80.47 tff(21312,plain,
% 127.89/80.47 (v940(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2264, 21311])).
% 127.89/80.47 tff(21313,plain,
% 127.89/80.47 (v938(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2238, 21312])).
% 127.89/80.47 tff(21314,plain,
% 127.89/80.47 (v13(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16046, 21313])).
% 127.89/80.47 tff(21315,plain,
% 127.89/80.47 (~v13(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8864, 21314, 7656, 21275, 7563])).
% 127.89/80.47 tff(21316,plain,
% 127.89/80.47 (~v938(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[9911, 21315])).
% 127.89/80.47 tff(21317,plain,
% 127.89/80.47 (~v940(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2159, 21316])).
% 127.89/80.47 tff(21318,plain,
% 127.89/80.47 (~v956(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2185, 21317])).
% 127.89/80.47 tff(21319,plain,
% 127.89/80.47 (~v7(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2193, 21318])).
% 127.89/80.47 tff(21320,plain,
% 127.89/80.47 (~v7(constB14, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2214, 21319])).
% 127.89/80.47 tff(21321,plain,
% 127.89/80.47 (v7(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10996, 21320, 10135, 1990])).
% 127.89/80.47 tff(21322,plain,
% 127.89/80.47 (v7(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10822, 21321])).
% 127.89/80.47 tff(21323,plain,
% 127.89/80.47 (v1052(constB13)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10816, 21322])).
% 127.89/80.47 tff(21324,plain,
% 127.89/80.47 (v1050(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10808, 21323])).
% 127.89/80.47 tff(21325,plain,
% 127.89/80.47 (v13(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[11015, 21324])).
% 127.89/80.47 tff(21326,plain,
% 127.89/80.47 (v7(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1863, 21325, 21283, 21314])).
% 127.89/80.47 tff(21327,plain,
% 127.89/80.47 (v7(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1342, 21326])).
% 127.89/80.47 tff(21328,plain,
% 127.89/80.47 (v956(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1311, 21327])).
% 127.89/80.47 tff(21329,plain,
% 127.89/80.47 (v940(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1303, 21328])).
% 127.89/80.47 tff(21330,plain,
% 127.89/80.47 (v938(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1263, 21329])).
% 127.89/80.47 tff(21331,plain,
% 127.89/80.47 (v13(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12400, 21330])).
% 127.89/80.47 tff(21332,plain,
% 127.89/80.47 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex0))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8821, 7256, 20352])).
% 127.89/80.47 tff(21333,plain,
% 127.89/80.47 (~v17(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21332, 21331, 21276])).
% 127.89/80.47 tff(21334,plain,
% 127.89/80.47 ((~v13(constB10, bitIndex1)) | (~sP958(constB10)) | (~v17(constB10, bitIndex1))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8829, 5118, 20352])).
% 127.89/80.47 tff(21335,plain,
% 127.89/80.47 (~v17(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21334, 21331, 21276])).
% 127.89/80.47 tff(21336,plain,
% 127.89/80.47 (~v1003(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8841, 21335, 21333])).
% 127.89/80.47 tff(21337,plain,
% 127.89/80.47 (~v17(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20353, 21331, 21276])).
% 127.89/80.47 tff(21338,plain,
% 127.89/80.47 (sP956_aig_name(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7862, 7308, 21337, 21336])).
% 127.89/80.47 tff(21339,plain,
% 127.89/80.47 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1810, 1804, 21283])).
% 127.89/80.47 tff(21340,plain,
% 127.89/80.47 (sP960(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21339, 21314])).
% 127.89/80.47 tff(21341,plain,
% 127.89/80.47 (v7(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7601, 5864, 21340])).
% 127.89/80.47 tff(21342,plain,
% 127.89/80.47 (v7(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7597, 21341])).
% 127.89/80.47 tff(21343,plain,
% 127.89/80.47 (v1052(constB11)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7591, 21342])).
% 127.89/80.47 tff(21344,plain,
% 127.89/80.47 (v1050(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7583, 21343])).
% 127.89/80.47 tff(21345,plain,
% 127.89/80.47 (v13(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7578, 21344])).
% 127.89/80.47 tff(21346,plain,
% 127.89/80.47 ((~v924(constB10, bitIndex0)) | sP957(constB10) | (~v13(constB10, bitIndex0))),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8860, 7278, 7656])).
% 127.89/80.47 tff(21347,plain,
% 127.89/80.47 (~v924(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21346, 21345, 21284])).
% 127.89/80.47 tff(21348,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7856, 7293, 21347, 21338])).
% 127.89/80.47 tff(21349,plain,((~v13(constB14, bitIndex0)) | (~v11(constB10)) | (~v13(constB14, bitIndex2)) | v13(constB8, bitIndex0) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21350,plain,
% 127.89/80.47 (~v13(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21349, 21224, 21195, 10405, 7564])).
% 127.89/80.47 tff(21351,plain,
% 127.89/80.47 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10219, 6040, 21223])).
% 127.89/80.47 tff(21352,plain,
% 127.89/80.47 (~v1050(constB14)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21351, 21350])).
% 127.89/80.47 tff(21353,plain,
% 127.89/80.47 (~v1052(constB15)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10212, 21352])).
% 127.89/80.47 tff(21354,plain,
% 127.89/80.47 (~v7(constB15, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10207, 21353])).
% 127.89/80.47 tff(21355,plain,
% 127.89/80.47 (~v7(constB16, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10199, 21354])).
% 127.89/80.47 tff(21356,plain,
% 127.89/80.47 (~(constB16 = sK952_VarCurr)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12708, 21355, 11700])).
% 127.89/80.47 tff(21357,plain,
% 127.89/80.47 (constB15 = sK952_VarCurr),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20712, 21356, 20697, 20590, 20695, 4113, 11346, 5323, 3964, 3694, 5281, 3695, 4112, 11348, 2408, 3859])).
% 127.89/80.47 tff(21358,plain,
% 127.89/80.47 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.89/80.47 inference(monotonicity,[status(thm)],[21357])).
% 127.89/80.47 tff(21359,plain,
% 127.89/80.47 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 127.89/80.47 inference(symmetry,[status(thm)],[21358])).
% 127.89/80.47 tff(21360,plain,
% 127.89/80.47 (v7(constB15, bitIndex0)),
% 127.89/80.47 inference(modus_ponens,[status(thm)],[11700, 21359])).
% 127.89/80.47 tff(21361,plain,
% 127.89/80.47 ($false),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21354, 21360])).
% 127.89/80.47 tff(21362,plain,((constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | v11(constB16) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v13(constB8, bitIndex0) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.47 tff(21363,plain,
% 127.89/80.47 (constB14 = sK952_VarCurr),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21362, 10405, 4113, 11346, 5323, 3964, 3694, 5281, 3695, 4112, 2408, 11700, 7564])).
% 127.89/80.47 tff(21364,plain,
% 127.89/80.47 (v7(constB14, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20691, 21363])).
% 127.89/80.47 tff(21365,plain,
% 127.89/80.47 (v7(constB13, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2293, 21364])).
% 127.89/80.47 tff(21366,plain,
% 127.89/80.47 (v929(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2272, 21365])).
% 127.89/80.47 tff(21367,plain,
% 127.89/80.47 (v940(constB13, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2264, 21366])).
% 127.89/80.47 tff(21368,plain,
% 127.89/80.47 (v938(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[2238, 21367])).
% 127.89/80.47 tff(21369,plain,
% 127.89/80.47 (v11(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10129, 21368])).
% 127.89/80.47 tff(21370,plain,
% 127.89/80.47 (v7(constB14, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[15945, 21363, 11700])).
% 127.89/80.47 tff(21371,plain,
% 127.89/80.47 (v7(constB13, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10822, 21370])).
% 127.89/80.47 tff(21372,plain,
% 127.89/80.47 (v1052(constB13)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10816, 21371])).
% 127.89/80.47 tff(21373,plain,
% 127.89/80.47 (v1050(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10808, 21372])).
% 127.89/80.47 tff(21374,plain,
% 127.89/80.47 (v13(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10802, 6040, 21373, 21369])).
% 127.89/80.47 tff(21375,plain,
% 127.89/80.47 (v13(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[16046, 21368])).
% 127.89/80.47 tff(21376,plain,
% 127.89/80.47 (v7(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21000, 21375, 21195, 7656, 21374])).
% 127.89/80.47 tff(21377,plain,
% 127.89/80.47 (v7(constB9, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[188, 21376])).
% 127.89/80.47 tff(21378,plain,
% 127.89/80.47 (v956(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[206, 21377])).
% 127.89/80.47 tff(21379,plain,
% 127.89/80.47 (v940(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[289, 21378])).
% 127.89/80.47 tff(21380,plain,
% 127.89/80.47 (v938(constB8, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[307, 21379])).
% 127.89/80.47 tff(21381,plain,
% 127.89/80.47 (v11(constB8)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[338, 335, 21380])).
% 127.89/80.47 tff(21382,plain,
% 127.89/80.47 (~v1050(constB8)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[10406, 21381])).
% 127.89/80.47 tff(21383,plain,
% 127.89/80.47 (~v1052(constB9)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6483, 21382])).
% 127.89/80.47 tff(21384,plain,
% 127.89/80.47 (~v7(constB9, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6478, 21383])).
% 127.89/80.47 tff(21385,plain,
% 127.89/80.47 (~v7(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6470, 21384])).
% 127.89/80.47 tff(21386,plain,
% 127.89/80.47 (sP958(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[6464, 5886, 21385])).
% 127.89/80.47 tff(21387,plain,
% 127.89/80.47 (~sP960(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7457, 5864, 21385])).
% 127.89/80.47 tff(21388,plain,
% 127.89/80.47 (~v13(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8226, 21387])).
% 127.89/80.47 tff(21389,plain,
% 127.89/80.47 (~v938(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12418, 21388])).
% 127.89/80.47 tff(21390,plain,
% 127.89/80.47 (~v940(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1717, 21389])).
% 127.89/80.47 tff(21391,plain,
% 127.89/80.47 (~v929(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1743, 21390])).
% 127.89/80.47 tff(21392,plain,
% 127.89/80.47 (~v7(constB11, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1751, 21391])).
% 127.89/80.47 tff(21393,plain,
% 127.89/80.47 (~v7(constB12, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1772, 21392])).
% 127.89/80.47 tff(21394,plain,
% 127.89/80.47 (v7(constB12, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1863, 21393, 21374, 21375])).
% 127.89/80.47 tff(21395,plain,
% 127.89/80.47 (v7(constB11, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1342, 21394])).
% 127.89/80.47 tff(21396,plain,
% 127.89/80.47 (v956(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1311, 21395])).
% 127.89/80.47 tff(21397,plain,
% 127.89/80.47 (v940(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1303, 21396])).
% 127.89/80.47 tff(21398,plain,
% 127.89/80.47 (v938(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1263, 21397])).
% 127.89/80.47 tff(21399,plain,
% 127.89/80.47 (v13(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[12400, 21398])).
% 127.89/80.47 tff(21400,plain,
% 127.89/80.47 (~v17(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21332, 21399, 21386])).
% 127.89/80.47 tff(21401,plain,
% 127.89/80.47 (~v17(constB10, bitIndex1)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21334, 21399, 21386])).
% 127.89/80.47 tff(21402,plain,
% 127.89/80.47 (~v1003(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[8841, 21401, 21400])).
% 127.89/80.47 tff(21403,plain,
% 127.89/80.47 (~v17(constB10, bitIndex2)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[20353, 21399, 21386])).
% 127.89/80.47 tff(21404,plain,
% 127.89/80.47 (sP956_aig_name(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7862, 7308, 21403, 21402])).
% 127.89/80.47 tff(21405,plain,
% 127.89/80.47 (~sP957(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7954, 5875, 21385])).
% 127.89/80.47 tff(21406,plain,
% 127.89/80.47 (v7(constB12, bitIndex2) | sP960(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[1810, 1804, 21375])).
% 127.89/80.47 tff(21407,plain,
% 127.89/80.47 (sP960(constB12)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[21406, 21393])).
% 127.89/80.47 tff(21408,plain,
% 127.89/80.47 (v7(constB12, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7601, 5864, 21407])).
% 127.89/80.47 tff(21409,plain,
% 127.89/80.47 (v7(constB11, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7597, 21408])).
% 127.89/80.47 tff(21410,plain,
% 127.89/80.47 (v1052(constB11)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7591, 21409])).
% 127.89/80.47 tff(21411,plain,
% 127.89/80.47 (v1050(constB10)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7583, 21410])).
% 127.89/80.47 tff(21412,plain,
% 127.89/80.47 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.89/80.47 inference(unit_resolution,[status(thm)],[7577, 6040, 21195])).
% 127.89/80.48 tff(21413,plain,
% 127.89/80.48 (v13(constB10, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21412, 21411])).
% 127.89/80.48 tff(21414,plain,
% 127.89/80.48 (~v924(constB10, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21346, 21413, 21405])).
% 127.89/80.48 tff(21415,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[7856, 7293, 21414, 21404])).
% 127.89/80.48 tff(21416,plain,(v13(constB8, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | v11(constB16) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21417,plain,
% 127.89/80.48 (v13(constB8, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21416, 3695, 4113, 11346, 5323, 3964, 3694, 5281, 11700, 4112, 2408, 7564])).
% 127.89/80.48 tff(21418,plain,
% 127.89/80.48 (~v13(constB8, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[18496, 21417, 7564])).
% 127.89/80.48 tff(21419,plain,
% 127.89/80.48 (~v938(constB8, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[340, 21418])).
% 127.89/80.48 tff(21420,plain,
% 127.89/80.48 (~v940(constB9, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[307, 21419])).
% 127.89/80.48 tff(21421,plain,
% 127.89/80.48 (~v956(constB9, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[289, 21420])).
% 127.89/80.48 tff(21422,plain,
% 127.89/80.48 (~v7(constB9, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[206, 21421])).
% 127.89/80.48 tff(21423,plain,
% 127.89/80.48 (~v7(constB10, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[188, 21422])).
% 127.89/80.48 tff(21424,plain,
% 127.89/80.48 (v7(constB14, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20691, 5349])).
% 127.89/80.48 tff(21425,plain,
% 127.89/80.48 (v7(constB13, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2293, 21424])).
% 127.89/80.48 tff(21426,plain,
% 127.89/80.48 (v929(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2272, 21425])).
% 127.89/80.48 tff(21427,plain,
% 127.89/80.48 (v940(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2264, 21426])).
% 127.89/80.48 tff(21428,plain,
% 127.89/80.48 (v938(constB12, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2238, 21427])).
% 127.89/80.48 tff(21429,plain,
% 127.89/80.48 (v13(constB12, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16046, 21428])).
% 127.89/80.48 tff(21430,plain,
% 127.89/80.48 (~v13(constB12, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21000, 21429, 7563, 6360, 1])).
% 127.89/80.48 tff(21431,plain,
% 127.89/80.48 (v11(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10129, 21428])).
% 127.89/80.48 tff(21432,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10802, 6040, 17312, 21431, 21430])).
% 127.89/80.48 tff(21433,plain,((~(constB14 = sK952_VarCurr)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21434,plain,
% 127.89/80.48 (~(constB14 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21433, 21423, 7656, 21195, 11700])).
% 127.89/80.48 tff(21435,plain,
% 127.89/80.48 (v7(constB15, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20704, 21434, 20695, 20590, 4113, 4112, 3964, 5323, 5281, 3695, 3694, 20697, 2408, 11346])).
% 127.89/80.48 tff(21436,plain,
% 127.89/80.48 (v929(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5505, 21435])).
% 127.89/80.48 tff(21437,plain,
% 127.89/80.48 (v940(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2348, 21436])).
% 127.89/80.48 tff(21438,plain,
% 127.89/80.48 (v938(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2356, 21437])).
% 127.89/80.48 tff(21439,plain,
% 127.89/80.48 (v13(constB14, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21213, 21438])).
% 127.89/80.48 tff(21440,plain,
% 127.89/80.48 (~v13(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21265, 21439, 21423, 21195, 7564])).
% 127.89/80.48 tff(21441,plain,
% 127.89/80.48 (v11(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5498, 21438])).
% 127.89/80.48 tff(21442,plain,
% 127.89/80.48 (~v1050(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10219, 6040, 21441, 21440])).
% 127.89/80.48 tff(21443,plain,
% 127.89/80.48 (~v1052(constB15)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10212, 21442])).
% 127.89/80.48 tff(21444,plain,
% 127.89/80.48 (~v7(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10207, 21443])).
% 127.89/80.48 tff(21445,plain,
% 127.89/80.48 (~v7(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10199, 21444])).
% 127.89/80.48 tff(21446,plain,
% 127.89/80.48 (~(constB16 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12708, 21445, 11700])).
% 127.89/80.48 tff(21447,plain,
% 127.89/80.48 (constB15 = sK952_VarCurr),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20712, 21446, 20697, 20590, 20695, 4113, 11346, 5323, 3964, 3694, 5281, 3695, 4112, 21434, 2408, 3859])).
% 127.89/80.48 tff(21448,plain,
% 127.89/80.48 (v7(constB15, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.89/80.48 inference(monotonicity,[status(thm)],[21447])).
% 127.89/80.48 tff(21449,plain,
% 127.89/80.48 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB15, bitIndex0)),
% 127.89/80.48 inference(symmetry,[status(thm)],[21448])).
% 127.89/80.48 tff(21450,plain,
% 127.89/80.48 (v7(constB15, bitIndex0)),
% 127.89/80.48 inference(modus_ponens,[status(thm)],[11700, 21449])).
% 127.89/80.48 tff(21451,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21444, 21450])).
% 127.89/80.48 tff(21452,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21453,plain,
% 127.89/80.48 (v11(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21452, 5281, 4113, 11346, 5323, 3964, 3694, 11700, 4112, 2408, 7564])).
% 127.89/80.48 tff(21454,plain,
% 127.89/80.48 (~(constB15 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20698, 21217])).
% 127.89/80.48 tff(21455,plain,
% 127.89/80.48 (~(constB14 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21433, 1, 17280, 21195, 11700])).
% 127.89/80.48 tff(21456,plain,
% 127.89/80.48 (~(constB17 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20860, 15580])).
% 127.89/80.48 tff(21457,plain,
% 127.89/80.48 (~(constB16 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20700, 9534])).
% 127.89/80.48 tff(21458,plain,
% 127.89/80.48 (~(constB18 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20863, 15582])).
% 127.89/80.48 tff(21459,plain,
% 127.89/80.48 (v7(constB19, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20812, 21458, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 21457, 21456])).
% 127.89/80.48 tff(21460,plain,
% 127.89/80.48 (v929(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16266, 21459])).
% 127.89/80.48 tff(21461,plain,
% 127.89/80.48 (v940(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16209, 21460])).
% 127.89/80.48 tff(21462,plain,
% 127.89/80.48 (v938(constB18, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14209, 21461])).
% 127.89/80.48 tff(21463,plain,
% 127.89/80.48 (v13(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16203, 21462])).
% 127.89/80.48 tff(21464,plain,
% 127.89/80.48 (sP960(constB18)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5724, 1804, 15582, 21463])).
% 127.89/80.48 tff(21465,plain,
% 127.89/80.48 (v13(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20877, 15576, 20590, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 2407, 21457, 11700, 14168, 4112])).
% 127.89/80.48 tff(21466,plain,
% 127.89/80.48 (~v13(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11331, 21465, 10171])).
% 127.89/80.48 tff(21467,plain,
% 127.89/80.48 (~v1050(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9583, 21466])).
% 127.89/80.48 tff(21468,plain,
% 127.89/80.48 (~v1052(constB17)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9575, 21467])).
% 127.89/80.48 tff(21469,plain,
% 127.89/80.48 (~v7(constB17, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9570, 21468])).
% 127.89/80.48 tff(21470,plain,
% 127.89/80.48 (~v7(constB18, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9562, 21469])).
% 127.89/80.48 tff(21471,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9556, 5864, 21470, 21464])).
% 127.89/80.48 tff(21472,plain,(v7(constB16, bitIndex0) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB13, bitIndex2) | v7(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21473,plain,
% 127.89/80.48 (v7(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21472, 14168, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 21455, 9481, 11700, 4112, 9534])).
% 127.89/80.48 tff(21474,plain,
% 127.89/80.48 (~(constB17 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20860, 13868])).
% 127.89/80.48 tff(21475,plain,
% 127.89/80.48 (~(constB18 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20863, 13869])).
% 127.89/80.48 tff(21476,plain,
% 127.89/80.48 (v7(constB19, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20812, 21475, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 21474])).
% 127.89/80.48 tff(21477,plain,
% 127.89/80.48 (v929(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16266, 21476])).
% 127.89/80.48 tff(21478,plain,
% 127.89/80.48 (v940(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16209, 21477])).
% 127.89/80.48 tff(21479,plain,
% 127.89/80.48 (v938(constB18, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14209, 21478])).
% 127.89/80.48 tff(21480,plain,
% 127.89/80.48 (v13(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16203, 21479])).
% 127.89/80.48 tff(21481,plain,
% 127.89/80.48 (sP960(constB18)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5724, 1804, 13869, 21480])).
% 127.89/80.48 tff(21482,plain,
% 127.89/80.48 (~v13(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12332, 11687, 5374])).
% 127.89/80.48 tff(21483,plain,
% 127.89/80.48 ((constB13 = sK952_VarCurr) | (~v67(constB16, bitIndex0)) | v13(constB16, bitIndex1) | v13(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[15980, 20423])).
% 127.89/80.48 tff(21484,plain,
% 127.89/80.48 (~v67(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21483, 21482, 11700, 20590, 2408, 5281, 11346, 5323, 11348, 3694, 3964, 2407, 4112, 4113, 5495, 5309])).
% 127.89/80.48 tff(21485,plain,
% 127.89/80.48 (~v615(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16305, 21484])).
% 127.89/80.48 tff(21486,plain,
% 127.89/80.48 (~v617(constB17)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16297, 21485])).
% 127.89/80.48 tff(21487,plain,
% 127.89/80.48 (~v62(constB17, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16292, 21486])).
% 127.89/80.48 tff(21488,plain,
% 127.89/80.48 (~v62(constB18, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16284, 21487])).
% 127.89/80.48 tff(21489,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14594, 1830, 21488, 21481])).
% 127.89/80.48 tff(21490,plain,(v11(constB14) | (~v11(constB16)) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21491,plain,
% 127.89/80.48 (v11(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21490, 2407, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 9481, 21455, 21457, 11700])).
% 127.89/80.48 tff(21492,plain,
% 127.89/80.48 (v7(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20756, 5374, 9481, 11700, 4113, 3964, 4112, 5281, 3694, 20590, 5323, 11346, 14168])).
% 127.89/80.48 tff(21493,plain,
% 127.89/80.48 (v7(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[4007, 21492])).
% 127.89/80.48 tff(21494,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9649, 11685, 21493])).
% 127.89/80.48 tff(21495,plain,(v11(constB14) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21496,plain,
% 127.89/80.48 (v11(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21495, 14168, 11700, 4113, 3964, 4112, 5281, 3694, 5323, 11346, 9481])).
% 127.89/80.48 tff(21497,plain,
% 127.89/80.48 (v7(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21472, 14168, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 9481, 11700, 4112, 9534])).
% 127.89/80.48 tff(21498,plain,
% 127.89/80.48 (v7(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10199, 21497])).
% 127.89/80.48 tff(21499,plain,
% 127.89/80.48 (v1052(constB15)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10207, 21498])).
% 127.89/80.48 tff(21500,plain,
% 127.89/80.48 (v1050(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10212, 21499])).
% 127.89/80.48 tff(21501,plain,
% 127.89/80.48 (v13(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10219, 6040, 21500, 21496])).
% 127.89/80.48 tff(21502,plain,
% 127.89/80.48 (~v13(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12770, 21501, 14774, 14175])).
% 127.89/80.48 tff(21503,plain,
% 127.89/80.48 (~v938(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11741, 21502])).
% 127.89/80.48 tff(21504,plain,
% 127.89/80.48 (~v940(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9659, 21503])).
% 127.89/80.48 tff(21505,plain,
% 127.89/80.48 (~v956(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9654, 21504])).
% 127.89/80.48 tff(21506,plain,
% 127.89/80.48 (~v7(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9649, 21505])).
% 127.89/80.48 tff(21507,plain,
% 127.89/80.48 (~v7(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[4007, 21506])).
% 127.89/80.48 tff(21508,plain,
% 127.89/80.48 (v13(constB16, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20877, 5529, 20590, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 2407, 21457, 11700, 14168, 4112])).
% 127.89/80.48 tff(21509,plain,
% 127.89/80.48 (sP960(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11584, 21508])).
% 127.89/80.48 tff(21510,plain,
% 127.89/80.48 (~v62(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20819, 5529, 20590, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 4112, 11700, 9534, 21457, 2407, 15425, 3984, 14168])).
% 127.89/80.48 tff(21511,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10101, 1830, 21510, 21509])).
% 127.89/80.48 tff(21512,plain,(v13(constB16, bitIndex1) | v7(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v11(constB16)) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB15 = sK952_VarCurr) | (~v7(constB16, bitIndex0)) | v7(constB16, bitIndex1) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21513,plain,
% 127.89/80.48 (v13(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21512, 21497, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 4112, 11700, 2407, 9534, 21507, 14168])).
% 127.89/80.48 tff(21514,plain,
% 127.89/80.48 (~v13(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11697, 21513, 9534, 21507])).
% 127.89/80.48 tff(21515,plain,
% 127.89/80.48 (~v1050(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9583, 21514])).
% 127.89/80.48 tff(21516,plain,
% 127.89/80.48 (~v1052(constB17)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9575, 21515])).
% 127.89/80.48 tff(21517,plain,
% 127.89/80.48 (~v7(constB17, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9570, 21516])).
% 127.89/80.48 tff(21518,plain,
% 127.89/80.48 (~v7(constB18, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9562, 21517])).
% 127.89/80.48 tff(21519,plain,
% 127.89/80.48 (~sP960(constB18)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9556, 5864, 21518])).
% 127.89/80.48 tff(21520,plain,
% 127.89/80.48 (~(constB17 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[13484, 21517, 11700])).
% 127.89/80.48 tff(21521,plain,
% 127.89/80.48 (~(constB18 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[13479, 21518, 11700])).
% 127.89/80.48 tff(21522,plain,
% 127.89/80.48 (v7(constB19, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20812, 21521, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 21457, 21520])).
% 127.89/80.48 tff(21523,plain,
% 127.89/80.48 (v929(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16266, 21522])).
% 127.89/80.48 tff(21524,plain,
% 127.89/80.48 (v940(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16209, 21523])).
% 127.89/80.48 tff(21525,plain,
% 127.89/80.48 (v938(constB18, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14209, 21524])).
% 127.89/80.48 tff(21526,plain,
% 127.89/80.48 (v13(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16203, 21525])).
% 127.89/80.48 tff(21527,plain,
% 127.89/80.48 (sP959(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2297, 1871, 14175])).
% 127.89/80.48 tff(21528,plain,
% 127.89/80.48 ((~v13(constB14, bitIndex1)) | (~sP958(constB14))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2305, 1886, 7542, 21527])).
% 127.89/80.48 tff(21529,plain,
% 127.89/80.48 (~v13(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21528, 16084])).
% 127.89/80.48 tff(21530,plain,
% 127.89/80.48 (~v938(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11741, 21529])).
% 127.89/80.48 tff(21531,plain,
% 127.89/80.48 (~v940(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9659, 21530])).
% 127.89/80.48 tff(21532,plain,
% 127.89/80.48 (~v956(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9654, 21531])).
% 127.89/80.48 tff(21533,plain,
% 127.89/80.48 (~v7(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9649, 21532])).
% 127.89/80.48 tff(21534,plain,
% 127.89/80.48 (~v7(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[4007, 21533])).
% 127.89/80.48 tff(21535,plain,
% 127.89/80.48 (v11(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20735, 16095, 5281, 11700, 11346, 5323, 3694, 3964, 4111, 4112, 4113, 14168, 21534])).
% 127.89/80.48 tff(21536,plain,
% 127.89/80.48 ((~v11(constB14)) | (~v938(constB14, bitIndex1))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2361, 2226, 13299])).
% 127.89/80.48 tff(21537,plain,
% 127.89/80.48 (~v938(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21536, 21535])).
% 127.89/80.48 tff(21538,plain,
% 127.89/80.48 (~v940(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2356, 21537])).
% 127.89/80.48 tff(21539,plain,
% 127.89/80.48 (v11(constB12) | (constB8 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB14)) | (~v17(constB14, bitIndex2)) | v7(constB14, bitIndex1) | (~v62(constB14, bitIndex0))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16219, 20423])).
% 127.89/80.48 tff(21540,plain,
% 127.89/80.48 (constB15 = sK952_VarCurr),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21539, 21535, 10162, 4113, 11346, 5323, 3964, 3694, 5281, 4111, 4112, 11700, 2012, 20738, 7542, 13378])).
% 127.89/80.48 tff(21541,plain,
% 127.89/80.48 (v7(constB15, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20698, 21540])).
% 127.89/80.48 tff(21542,plain,
% 127.89/80.48 (v929(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5505, 21541])).
% 127.89/80.48 tff(21543,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2348, 21542, 21538])).
% 127.89/80.48 tff(21544,plain,(v11(constB12) | (~v62(constB14, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB14, bitIndex1) | (~v17(constB14, bitIndex2)) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21545,plain,
% 127.89/80.48 (~v62(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21544, 13282, 20590, 4113, 11346, 5323, 3694, 3964, 5281, 4112, 11700, 7542, 2012, 14168])).
% 127.89/80.48 tff(21546,plain,
% 127.89/80.48 (~v62(constB13, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10057, 21545])).
% 127.89/80.48 tff(21547,plain,
% 127.89/80.48 (~v617(constB13)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10039, 21546])).
% 127.89/80.48 tff(21548,plain,
% 127.89/80.48 (~v615(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10009, 21547])).
% 127.89/80.48 tff(21549,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10002, 6765, 2012, 21548])).
% 127.89/80.48 tff(21550,plain,(v11(constB12) | (constB8 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB14, bitIndex1) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21551,plain,
% 127.89/80.48 (v11(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21550, 14168, 11346, 5323, 3694, 3964, 5281, 4112, 11700, 14774, 4113])).
% 127.89/80.48 tff(21552,plain,
% 127.89/80.48 (~v929(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20258, 8464, 14168])).
% 127.89/80.48 tff(21553,plain,
% 127.89/80.48 (~v940(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20264, 21552])).
% 127.89/80.48 tff(21554,plain,
% 127.89/80.48 (~v938(constB12, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20273, 21553])).
% 127.89/80.48 tff(21555,plain,
% 127.89/80.48 ((~v11(constB12)) | (~v13(constB12, bitIndex2))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20277, 8517, 21554])).
% 127.89/80.48 tff(21556,plain,
% 127.89/80.48 (~v13(constB12, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21555, 21551])).
% 127.89/80.48 tff(21557,plain,
% 127.89/80.48 (~v13(constB16, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[17939, 21513, 21556, 2147, 21496])).
% 127.89/80.48 tff(21558,plain,
% 127.89/80.48 (~v938(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10079, 21557])).
% 127.89/80.48 tff(21559,plain,
% 127.89/80.48 (~v940(constB17, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5581, 21558])).
% 127.89/80.48 tff(21560,plain,
% 127.89/80.48 (~v929(constB17, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5607, 21559])).
% 127.89/80.48 tff(21561,plain,
% 127.89/80.48 (~v7(constB17, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5615, 21560])).
% 127.89/80.48 tff(21562,plain,
% 127.89/80.48 (~v7(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5636, 21561])).
% 127.89/80.48 tff(21563,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5724, 1804, 21562, 21526, 21519])).
% 127.89/80.48 tff(21564,plain,(v7(constB13, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex2) | v13(constB12, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21565,plain,
% 127.89/80.48 (v13(constB12, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21564, 14168, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 21455, 11700, 9481, 9534, 4112])).
% 127.89/80.48 tff(21566,plain,
% 127.89/80.48 (~v13(constB12, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[17318, 21565, 1, 21195, 6448])).
% 127.89/80.48 tff(21567,plain,
% 127.89/80.48 (~v13(constB12, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20331, 21565, 21195, 17280, 1, 21566])).
% 127.89/80.48 tff(21568,plain,
% 127.89/80.48 (v7(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21550, 2012, 11346, 5323, 3694, 3964, 5281, 4112, 11700, 14168, 4113])).
% 127.89/80.48 tff(21569,plain,
% 127.89/80.48 (v7(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2214, 21568])).
% 127.89/80.48 tff(21570,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2193, 17301, 21569])).
% 127.89/80.48 tff(21571,plain,(v11(constB12) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v7(constB13, bitIndex2) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21572,plain,
% 127.89/80.48 (v11(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21571, 14168, 5323, 3694, 3964, 5281, 4112, 11700, 11346, 4113])).
% 127.89/80.48 tff(21573,plain,
% 127.89/80.48 (~v1050(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10802, 6040, 21572, 21567])).
% 127.89/80.48 tff(21574,plain,
% 127.89/80.48 (~v1052(constB13)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10808, 21573])).
% 127.89/80.48 tff(21575,plain,
% 127.89/80.48 (~v7(constB13, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10816, 21574])).
% 127.89/80.48 tff(21576,plain,
% 127.89/80.48 (~v7(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10822, 21575])).
% 127.89/80.48 tff(21577,plain,
% 127.89/80.48 (v7(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21512, 5529, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 4112, 11700, 2407, 9534, 14168, 15425])).
% 127.89/80.48 tff(21578,plain,
% 127.89/80.48 (v7(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[4007, 21577])).
% 127.89/80.48 tff(21579,plain,
% 127.89/80.48 (v956(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9649, 21578])).
% 127.89/80.48 tff(21580,plain,
% 127.89/80.48 (~v13(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[15344, 21508, 2358, 10989, 14175])).
% 127.89/80.48 tff(21581,plain,
% 127.89/80.48 (~v938(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11741, 21580])).
% 127.89/80.48 tff(21582,plain,
% 127.89/80.48 (~v940(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9659, 21581])).
% 127.89/80.48 tff(21583,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9654, 21582, 21579])).
% 127.89/80.48 tff(21584,plain,(v13(constB16, bitIndex1) | (~v11(constB14)) | v7(constB14, bitIndex0) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v11(constB16)) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB15 = sK952_VarCurr) | v7(constB16, bitIndex2) | v7(constB13, bitIndex2) | (~v7(constB16, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21585,plain,
% 127.89/80.48 (v13(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21584, 21576, 21491, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 4112, 11700, 2407, 9534, 14168, 21473])).
% 127.89/80.48 tff(21586,plain,
% 127.89/80.48 (v7(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10199, 21473])).
% 127.89/80.48 tff(21587,plain,
% 127.89/80.48 (v1052(constB15)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10207, 21586])).
% 127.89/80.48 tff(21588,plain,
% 127.89/80.48 (v1050(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10212, 21587])).
% 127.89/80.48 tff(21589,plain,
% 127.89/80.48 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10219, 6040, 21491])).
% 127.89/80.48 tff(21590,plain,
% 127.89/80.48 (v13(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21589, 21588])).
% 127.89/80.48 tff(21591,plain,
% 127.89/80.48 (sP958(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12765, 21590, 14175])).
% 127.89/80.48 tff(21592,plain,
% 127.89/80.48 (~sP957(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10826, 5875, 21576])).
% 127.89/80.48 tff(21593,plain,
% 127.89/80.48 (sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12745, 7278, 14175, 21590])).
% 127.89/80.48 tff(21594,plain,
% 127.89/80.48 (~v924(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21593, 21592])).
% 127.89/80.48 tff(21595,plain,
% 127.89/80.48 (~sP954_aig_name(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12928, 1982, 21594])).
% 127.89/80.48 tff(21596,assumption,(sP959(constB14)), introduced(assumption)).
% 127.89/80.48 tff(21597,plain,
% 127.89/80.48 ((~v13(constB14, bitIndex1)) | (~v17(constB14, bitIndex2))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12895, 1205, 17522, 21596])).
% 127.89/80.48 tff(21598,plain,
% 127.89/80.48 (~v17(constB14, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21597, 2299])).
% 127.89/80.48 tff(21599,plain,
% 127.89/80.48 (v1003(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12924, 21598, 12918])).
% 127.89/80.48 tff(21600,plain,
% 127.89/80.48 ((~v13(constB14, bitIndex1)) | (~v17(constB14, bitIndex1))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12903, 5118, 17522, 21596])).
% 127.89/80.48 tff(21601,plain,
% 127.89/80.48 (~v17(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21600, 2299])).
% 127.89/80.48 tff(21602,plain,
% 127.89/80.48 ((~v13(constB14, bitIndex1)) | (~v17(constB14, bitIndex0))),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12911, 7256, 17522, 21596])).
% 127.89/80.48 tff(21603,plain,
% 127.89/80.48 (~v17(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21602, 2299])).
% 127.89/80.48 tff(21604,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[12916, 4834, 21603, 21601, 21599])).
% 127.89/80.48 tff(21605,plain,((~v13(constB14, bitIndex1)) | sP954_aig_name(constB14) | (~sP958(constB14)) | (~sP959(constB14))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21606,plain,
% 127.89/80.48 (~v13(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21605, 21595, 21591, 21527])).
% 127.89/80.48 tff(21607,plain,
% 127.89/80.48 (~v938(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11741, 21606])).
% 127.89/80.48 tff(21608,plain,
% 127.89/80.48 (~v940(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9659, 21607])).
% 127.89/80.48 tff(21609,plain,
% 127.89/80.48 (~v956(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9654, 21608])).
% 127.89/80.48 tff(21610,plain,
% 127.89/80.48 (~v7(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9649, 21609])).
% 127.89/80.48 tff(21611,plain,
% 127.89/80.48 (~v7(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[4007, 21610])).
% 127.89/80.48 tff(21612,plain,
% 127.89/80.48 (~v13(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11697, 21611, 9534, 21585])).
% 127.89/80.48 tff(21613,plain,
% 127.89/80.48 (~v1050(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9583, 21612])).
% 127.89/80.48 tff(21614,plain,
% 127.89/80.48 (~v1052(constB17)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9575, 21613])).
% 127.89/80.48 tff(21615,plain,
% 127.89/80.48 (~v7(constB17, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9570, 21614])).
% 127.89/80.48 tff(21616,plain,
% 127.89/80.48 (~v7(constB18, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9562, 21615])).
% 127.89/80.48 tff(21617,plain,
% 127.89/80.48 (~sP960(constB18)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9556, 5864, 21616])).
% 127.89/80.48 tff(21618,plain,
% 127.89/80.48 (~(constB17 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[13484, 21615, 11700])).
% 127.89/80.48 tff(21619,plain,
% 127.89/80.48 (~(constB18 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[13479, 21616, 11700])).
% 127.89/80.48 tff(21620,plain,
% 127.89/80.48 (v7(constB19, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20812, 21619, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 21455, 21457, 21618])).
% 127.89/80.48 tff(21621,plain,
% 127.89/80.48 (v929(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16266, 21620])).
% 127.89/80.48 tff(21622,plain,
% 127.89/80.48 (v940(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16209, 21621])).
% 127.89/80.48 tff(21623,plain,
% 127.89/80.48 (v938(constB18, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14209, 21622])).
% 127.89/80.48 tff(21624,plain,
% 127.89/80.48 (v13(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16203, 21623])).
% 127.89/80.48 tff(21625,plain,
% 127.89/80.48 (~v13(constB16, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10120, 21611, 21585, 9534])).
% 127.89/80.48 tff(21626,plain,
% 127.89/80.48 (~v938(constB16, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10079, 21625])).
% 127.89/80.48 tff(21627,plain,
% 127.89/80.48 (~v940(constB17, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5581, 21626])).
% 127.89/80.48 tff(21628,plain,
% 127.89/80.48 (~v929(constB17, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5607, 21627])).
% 127.89/80.48 tff(21629,plain,
% 127.89/80.48 (~v7(constB17, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5615, 21628])).
% 127.89/80.48 tff(21630,plain,
% 127.89/80.48 (~v7(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5636, 21629])).
% 127.89/80.48 tff(21631,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5724, 1804, 21630, 21624, 21617])).
% 127.89/80.48 tff(21632,plain,(v7(constB13, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex2) | v7(constB10, bitIndex1) | v938(constB8, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21633,plain,
% 127.89/80.48 (v7(constB13, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21632, 21454, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 11700, 21453, 21218, 1, 7652])).
% 127.89/80.48 tff(21634,plain,
% 127.89/80.48 (v929(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2272, 21633])).
% 127.89/80.48 tff(21635,plain,
% 127.89/80.48 (v940(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2264, 21634])).
% 127.89/80.48 tff(21636,plain,
% 127.89/80.48 (v938(constB12, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2238, 21635])).
% 127.89/80.48 tff(21637,plain,
% 127.89/80.48 (v13(constB12, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16046, 21636])).
% 127.89/80.48 tff(21638,plain,
% 127.89/80.48 (~v13(constB12, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21000, 21637, 21195, 7656, 1])).
% 127.89/80.48 tff(21639,plain,
% 127.89/80.48 (v11(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10129, 21636])).
% 127.89/80.48 tff(21640,plain,
% 127.89/80.48 (~v1050(constB12)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10802, 6040, 21639, 21638])).
% 127.89/80.48 tff(21641,plain,
% 127.89/80.48 (~v1052(constB13)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10808, 21640])).
% 127.89/80.48 tff(21642,plain,
% 127.89/80.48 (~v7(constB13, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10816, 21641])).
% 127.89/80.48 tff(21643,plain,
% 127.89/80.48 (~v7(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[10822, 21642])).
% 127.89/80.48 tff(21644,plain,
% 127.89/80.48 (~(constB16 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20700, 21218])).
% 127.89/80.48 tff(21645,plain,
% 127.89/80.48 (~(constB14 = sK952_VarCurr)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21433, 1, 7656, 21195, 11700])).
% 127.89/80.48 tff(21646,plain,
% 127.89/80.48 (v11(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21490, 21454, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 21453, 21645, 21644, 11700])).
% 127.89/80.48 tff(21647,plain,
% 127.89/80.48 (~v13(constB12, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[7939, 21637, 7564, 1, 21195])).
% 127.89/80.48 tff(21648,plain,
% 127.89/80.48 (~v938(constB12, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9911, 21647])).
% 127.89/80.48 tff(21649,plain,
% 127.89/80.48 (~v940(constB13, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2159, 21648])).
% 127.89/80.48 tff(21650,plain,
% 127.89/80.48 (~v956(constB13, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2185, 21649])).
% 127.89/80.48 tff(21651,plain,
% 127.89/80.48 (~v7(constB13, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2193, 21650])).
% 127.89/80.48 tff(21652,plain,
% 127.89/80.48 (~v7(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[2214, 21651])).
% 127.89/80.48 tff(21653,plain,
% 127.89/80.48 (v7(constB19, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[20812, 20864, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 20861])).
% 127.89/80.48 tff(21654,plain,
% 127.89/80.48 (v929(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16266, 21653])).
% 127.89/80.48 tff(21655,plain,
% 127.89/80.48 (v940(constB19, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16209, 21654])).
% 127.89/80.48 tff(21656,plain,
% 127.89/80.48 (v938(constB18, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14209, 21655])).
% 127.89/80.48 tff(21657,plain,
% 127.89/80.48 (v13(constB18, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16203, 21656])).
% 127.89/80.48 tff(21658,plain,
% 127.89/80.48 (sP960(constB18)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[5724, 1804, 20862, 21657])).
% 127.89/80.48 tff(21659,plain,
% 127.89/80.48 (~v67(constB16, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21483, 5569, 11700, 20590, 2408, 5281, 11346, 5323, 11348, 3694, 3964, 2407, 4112, 4113, 5529, 5309])).
% 127.89/80.48 tff(21660,plain,
% 127.89/80.48 (~v615(constB16)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16305, 21659])).
% 127.89/80.48 tff(21661,plain,
% 127.89/80.48 (~v617(constB17)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16297, 21660])).
% 127.89/80.48 tff(21662,plain,
% 127.89/80.48 (~v62(constB17, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16292, 21661])).
% 127.89/80.48 tff(21663,plain,
% 127.89/80.48 (~v62(constB18, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[16284, 21662])).
% 127.89/80.48 tff(21664,plain,
% 127.89/80.48 ($false),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[14594, 1830, 21663, 21658])).
% 127.89/80.48 tff(21665,plain,(v13(constB16, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v11(constB16)) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.48 tff(21666,plain,
% 127.89/80.48 (v13(constB16, bitIndex2)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21665, 5529, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 21457, 9481, 11700, 4112])).
% 127.89/80.48 tff(21667,plain,
% 127.89/80.48 (v11(constB14)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[21490, 2407, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 9481, 11348, 21457, 11700])).
% 127.89/80.48 tff(21668,plain,
% 127.89/80.48 (~v13(constB14, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[13682, 21666, 7542, 21667, 10989])).
% 127.89/80.48 tff(21669,plain,
% 127.89/80.48 (~v938(constB14, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[11741, 21668])).
% 127.89/80.48 tff(21670,plain,
% 127.89/80.48 (~v940(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9659, 21669])).
% 127.89/80.48 tff(21671,plain,
% 127.89/80.48 (~v956(constB15, bitIndex0)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9654, 21670])).
% 127.89/80.48 tff(21672,plain,
% 127.89/80.48 (~v7(constB15, bitIndex1)),
% 127.89/80.48 inference(unit_resolution,[status(thm)],[9649, 21671])).
% 127.89/80.49 tff(21673,plain,
% 127.89/80.49 (~v7(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4007, 21672])).
% 127.89/80.49 tff(21674,plain,
% 127.89/80.49 (~v13(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10103, 21673, 9534, 21666])).
% 127.89/80.49 tff(21675,plain,
% 127.89/80.49 (~v1050(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9583, 21674])).
% 127.89/80.49 tff(21676,plain,
% 127.89/80.49 (~v1052(constB17)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9575, 21675])).
% 127.89/80.49 tff(21677,plain,
% 127.89/80.49 (~v7(constB17, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9570, 21676])).
% 127.89/80.49 tff(21678,plain,
% 127.89/80.49 (v13(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20800, 21677, 3964, 11346, 5323, 2407, 3694, 5281, 20590, 4112, 11700, 2408, 11348, 4113, 21457])).
% 127.89/80.49 tff(21679,plain,
% 127.89/80.49 (~v7(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9562, 21677])).
% 127.89/80.49 tff(21680,plain,
% 127.89/80.49 (~sP957(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12115, 5875, 21679])).
% 127.89/80.49 tff(21681,plain,
% 127.89/80.49 (sP957(constB18) | v952(constB18, bitIndex1) | (~v13(constB18, bitIndex0))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12130, 6075, 20806])).
% 127.89/80.49 tff(21682,plain,
% 127.89/80.49 (v952(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21681, 21680, 21678])).
% 127.89/80.49 tff(21683,plain,
% 127.89/80.49 (~sP960(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9556, 5864, 21679])).
% 127.89/80.49 tff(21684,plain,
% 127.89/80.49 (~(constB17 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13484, 21677, 11700])).
% 127.89/80.49 tff(21685,plain,
% 127.89/80.49 (~(constB18 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13479, 21679, 11700])).
% 127.89/80.49 tff(21686,plain,
% 127.89/80.49 (v7(constB19, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20812, 21685, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 21457, 21684])).
% 127.89/80.49 tff(21687,plain,
% 127.89/80.49 (v929(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16266, 21686])).
% 127.89/80.49 tff(21688,plain,
% 127.89/80.49 (v940(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16209, 21687])).
% 127.89/80.49 tff(21689,plain,
% 127.89/80.49 (v938(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[14209, 21688])).
% 127.89/80.49 tff(21690,plain,
% 127.89/80.49 (v13(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16203, 21689])).
% 127.89/80.49 tff(21691,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10265, 6136, 21690, 21683, 21682])).
% 127.89/80.49 tff(21692,plain,(v13(constB16, bitIndex1) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex2) | v7(constB14, bitIndex1) | v7(constB14, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21693,plain,
% 127.89/80.49 (v13(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21692, 21454, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 21645, 11700, 21453, 21218, 21652, 21643])).
% 127.89/80.49 tff(21694,plain,
% 127.89/80.49 (v7(constB14, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20254, 21633])).
% 127.89/80.49 tff(21695,plain,
% 127.89/80.49 (v952(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12871, 21694, 11595])).
% 127.89/80.49 tff(21696,plain,
% 127.89/80.49 (v7(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11697, 5451, 9534, 10117])).
% 127.89/80.49 tff(21697,plain,
% 127.89/80.49 (v7(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4007, 21696])).
% 127.89/80.49 tff(21698,plain,
% 127.89/80.49 (v956(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9649, 21697])).
% 127.89/80.49 tff(21699,plain,
% 127.89/80.49 (v940(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9654, 21698])).
% 127.89/80.49 tff(21700,plain,
% 127.89/80.49 (v938(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9659, 21699])).
% 127.89/80.49 tff(21701,plain,
% 127.89/80.49 (v13(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11741, 21700])).
% 127.89/80.49 tff(21702,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12833, 21701, 13019, 7542, 12819, 10989])).
% 127.89/80.49 tff(21703,plain,((~v13(constB16, bitIndex0)) | v7(constB14, bitIndex1) | (~v952(constB14, bitIndex1)) | v7(constB14, bitIndex0) | (~v11(constB14)) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21704,plain,
% 127.89/80.49 (~v13(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21703, 21652, 21695, 21643, 21646, 21693, 21218])).
% 127.89/80.49 tff(21705,plain,
% 127.89/80.49 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9582, 6040, 21453])).
% 127.89/80.49 tff(21706,plain,
% 127.89/80.49 (~v1050(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21705, 21704])).
% 127.89/80.49 tff(21707,plain,
% 127.89/80.49 (~v1052(constB17)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9575, 21706])).
% 127.89/80.49 tff(21708,plain,
% 127.89/80.49 (~v7(constB17, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9570, 21707])).
% 127.89/80.49 tff(21709,plain,
% 127.89/80.49 (~v7(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9562, 21708])).
% 127.89/80.49 tff(21710,plain,
% 127.89/80.49 (~sP960(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9556, 5864, 21709])).
% 127.89/80.49 tff(21711,plain,
% 127.89/80.49 (~(constB17 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13484, 21708, 11700])).
% 127.89/80.49 tff(21712,plain,
% 127.89/80.49 (~(constB18 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13479, 21709, 11700])).
% 127.89/80.49 tff(21713,plain,
% 127.89/80.49 (v7(constB19, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20812, 21712, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 21454, 21645, 21644, 21711])).
% 127.89/80.49 tff(21714,plain,
% 127.89/80.49 (v929(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16266, 21713])).
% 127.89/80.49 tff(21715,plain,
% 127.89/80.49 (v940(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16209, 21714])).
% 127.89/80.49 tff(21716,plain,
% 127.89/80.49 (v938(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[14209, 21715])).
% 127.89/80.49 tff(21717,plain,
% 127.89/80.49 (v13(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16203, 21716])).
% 127.89/80.49 tff(21718,plain,
% 127.89/80.49 (v7(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5724, 1804, 21717, 21710])).
% 127.89/80.49 tff(21719,plain,
% 127.89/80.49 (v7(constB17, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5636, 21718])).
% 127.89/80.49 tff(21720,plain,
% 127.89/80.49 (v929(constB17, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5615, 21719])).
% 127.89/80.49 tff(21721,plain,
% 127.89/80.49 (v940(constB17, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5607, 21720])).
% 127.89/80.49 tff(21722,plain,
% 127.89/80.49 (v938(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5581, 21721])).
% 127.89/80.49 tff(21723,plain,
% 127.89/80.49 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5572, 2226, 21453])).
% 127.89/80.49 tff(21724,plain,
% 127.89/80.49 (v13(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21723, 21722])).
% 127.89/80.49 tff(21725,plain,
% 127.89/80.49 (~v13(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13682, 21724, 21652, 21646, 21643])).
% 127.89/80.49 tff(21726,plain,
% 127.89/80.49 (~v938(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11741, 21725])).
% 127.89/80.49 tff(21727,plain,
% 127.89/80.49 (~v940(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9659, 21726])).
% 127.89/80.49 tff(21728,plain,
% 127.89/80.49 (v7(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10120, 21724, 21693, 21218])).
% 127.89/80.49 tff(21729,plain,
% 127.89/80.49 (v7(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4007, 21728])).
% 127.89/80.49 tff(21730,plain,
% 127.89/80.49 (v956(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9649, 21729])).
% 127.89/80.49 tff(21731,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9654, 21730, 21727])).
% 127.89/80.49 tff(21732,plain,(v13(constB14, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB8, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21733,plain,
% 127.89/80.49 (v13(constB14, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21732, 1, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 11700, 7564, 4112])).
% 127.89/80.49 tff(21734,plain,
% 127.89/80.49 (~v13(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21265, 21733, 1, 21195, 7564])).
% 127.89/80.49 tff(21735,plain,
% 127.89/80.49 (~v1050(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10219, 6040, 21496, 2139])).
% 127.89/80.49 tff(21736,plain,
% 127.89/80.49 (~v1052(constB15)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10212, 21735])).
% 127.89/80.49 tff(21737,plain,
% 127.89/80.49 (~v7(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10207, 21736])).
% 127.89/80.49 tff(21738,plain,
% 127.89/80.49 (~v7(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10199, 21737])).
% 127.89/80.49 tff(21739,plain,
% 127.89/80.49 (~sP960(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10179, 5864, 21738])).
% 127.89/80.49 tff(21740,plain,
% 127.89/80.49 (~sP957(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11254, 5875, 21738])).
% 127.89/80.49 tff(21741,plain,
% 127.89/80.49 (sP960(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10136, 14175])).
% 127.89/80.49 tff(21742,plain,
% 127.89/80.49 (v28(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2374, 1819, 21741])).
% 127.89/80.49 tff(21743,plain,
% 127.89/80.49 (sP958(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2378, 1912, 21742])).
% 127.89/80.49 tff(21744,plain,
% 127.89/80.49 ((~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20277, 8517, 10288])).
% 127.89/80.49 tff(21745,plain,
% 127.89/80.49 (~v13(constB12, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21744, 21554])).
% 127.89/80.49 tff(21746,plain,
% 127.89/80.49 (v7(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10830, 5864, 21741])).
% 127.89/80.49 tff(21747,plain,
% 127.89/80.49 (v7(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10822, 21746])).
% 127.89/80.49 tff(21748,plain,
% 127.89/80.49 (v1052(constB13)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10816, 21747])).
% 127.89/80.49 tff(21749,plain,
% 127.89/80.49 (v1050(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10808, 21748])).
% 127.89/80.49 tff(21750,plain,
% 127.89/80.49 (v13(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11015, 21749])).
% 127.89/80.49 tff(21751,plain,
% 127.89/80.49 (~v13(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20331, 21750, 21195, 6360, 1, 21745])).
% 127.89/80.49 tff(21752,plain,
% 127.89/80.49 (~v938(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9911, 21751])).
% 127.89/80.49 tff(21753,plain,
% 127.89/80.49 (~v940(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2159, 21752])).
% 127.89/80.49 tff(21754,plain,
% 127.89/80.49 (~v956(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2185, 21753])).
% 127.89/80.49 tff(21755,plain,
% 127.89/80.49 (~v7(constB13, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2193, 21754])).
% 127.89/80.49 tff(21756,plain,
% 127.89/80.49 (~v7(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2214, 21755])).
% 127.89/80.49 tff(21757,plain,
% 127.89/80.49 ((~v13(constB14, bitIndex1)) | (~sP958(constB14))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2305, 1886, 21756, 21527])).
% 127.89/80.49 tff(21758,plain,
% 127.89/80.49 (~v13(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21757, 21743])).
% 127.89/80.49 tff(21759,plain,
% 127.89/80.49 (~v938(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11741, 21758])).
% 127.89/80.49 tff(21760,plain,
% 127.89/80.49 (~v940(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9659, 21759])).
% 127.89/80.49 tff(21761,plain,
% 127.89/80.49 (~v956(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9654, 21760])).
% 127.89/80.49 tff(21762,plain,
% 127.89/80.49 (~v7(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9649, 21761])).
% 127.89/80.49 tff(21763,plain,
% 127.89/80.49 (~v7(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4007, 21762])).
% 127.89/80.49 tff(21764,plain,
% 127.89/80.49 (~(constB14 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21433, 1, 6360, 21195, 11700])).
% 127.89/80.49 tff(21765,plain,
% 127.89/80.49 (~(constB16 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12708, 21738, 11700])).
% 127.89/80.49 tff(21766,plain,
% 127.89/80.49 (v13(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21665, 5529, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 9481, 11700, 4112])).
% 127.89/80.49 tff(21767,plain,
% 127.89/80.49 (~v952(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11385, 21766])).
% 127.89/80.49 tff(21768,plain,
% 127.89/80.49 (v952(constB16, bitIndex1) | (~v13(constB16, bitIndex0))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11381, 6075, 3984, 11362])).
% 127.89/80.49 tff(21769,plain,
% 127.89/80.49 (~v13(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21768, 21767])).
% 127.89/80.49 tff(21770,plain,
% 127.89/80.49 (~v1050(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9583, 21769])).
% 127.89/80.49 tff(21771,plain,
% 127.89/80.49 (~v1052(constB17)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9575, 21770])).
% 127.89/80.49 tff(21772,plain,
% 127.89/80.49 (~v7(constB17, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9570, 21771])).
% 127.89/80.49 tff(21773,plain,
% 127.89/80.49 (~v7(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9562, 21772])).
% 127.89/80.49 tff(21774,plain,
% 127.89/80.49 (~sP957(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12115, 5875, 21773])).
% 127.89/80.49 tff(21775,plain,
% 127.89/80.49 (v13(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20800, 21772, 3964, 11346, 5323, 2407, 3694, 5281, 20590, 4112, 11700, 2408, 11348, 4113, 5309])).
% 127.89/80.49 tff(21776,plain,
% 127.89/80.49 (sP957(constB18) | v952(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12130, 6075, 20806, 21775])).
% 127.89/80.49 tff(21777,plain,
% 127.89/80.49 (v952(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21776, 21774])).
% 127.89/80.49 tff(21778,plain,
% 127.89/80.49 (~sP960(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9556, 5864, 21773])).
% 127.89/80.49 tff(21779,plain,
% 127.89/80.49 (~(constB17 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13484, 21772, 11700])).
% 127.89/80.49 tff(21780,plain,
% 127.89/80.49 (~(constB18 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13479, 21773, 11700])).
% 127.89/80.49 tff(21781,plain,
% 127.89/80.49 (v7(constB19, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20812, 21780, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 21779])).
% 127.89/80.49 tff(21782,plain,
% 127.89/80.49 (v929(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16266, 21781])).
% 127.89/80.49 tff(21783,plain,
% 127.89/80.49 (v940(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16209, 21782])).
% 127.89/80.49 tff(21784,plain,
% 127.89/80.49 (v938(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[14209, 21783])).
% 127.89/80.49 tff(21785,plain,
% 127.89/80.49 (v13(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16203, 21784])).
% 127.89/80.49 tff(21786,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10265, 6136, 21785, 21778, 21777])).
% 127.89/80.49 tff(21787,plain,(v13(constB16, bitIndex1) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex1) | sP957(constB16) | sP960(constB16)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21788,plain,
% 127.89/80.49 (v13(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21787, 21765, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 21764, 4112, 11700, 9481, 21763, 21740, 21739])).
% 127.89/80.49 tff(21789,plain,
% 127.89/80.49 (~v13(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11331, 21788, 21738])).
% 127.89/80.49 tff(21790,plain,
% 127.89/80.49 (~v1050(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9583, 21789])).
% 127.89/80.49 tff(21791,plain,
% 127.89/80.49 (~v1052(constB17)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9575, 21790])).
% 127.89/80.49 tff(21792,plain,
% 127.89/80.49 (~v7(constB17, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9570, 21791])).
% 127.89/80.49 tff(21793,plain,
% 127.89/80.49 (~v7(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9562, 21792])).
% 127.89/80.49 tff(21794,plain,
% 127.89/80.49 (~sP960(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9556, 5864, 21793])).
% 127.89/80.49 tff(21795,plain,
% 127.89/80.49 (~(constB17 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13484, 21792, 11700])).
% 127.89/80.49 tff(21796,plain,
% 127.89/80.49 (~(constB18 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13479, 21793, 11700])).
% 127.89/80.49 tff(21797,plain,
% 127.89/80.49 (v7(constB19, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20812, 21796, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 21764, 21765, 21795])).
% 127.89/80.49 tff(21798,plain,
% 127.89/80.49 (v929(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16266, 21797])).
% 127.89/80.49 tff(21799,plain,
% 127.89/80.49 (v940(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16209, 21798])).
% 127.89/80.49 tff(21800,plain,
% 127.89/80.49 (v938(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[14209, 21799])).
% 127.89/80.49 tff(21801,plain,
% 127.89/80.49 (v13(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16203, 21800])).
% 127.89/80.49 tff(21802,plain,
% 127.89/80.49 (v62(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10239, 1830, 21741])).
% 127.89/80.49 tff(21803,plain,
% 127.89/80.49 (~v13(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10235, 21788, 21802, 21751, 21763, 21496, 21745])).
% 127.89/80.49 tff(21804,plain,
% 127.89/80.49 (~v938(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10079, 21803])).
% 127.89/80.49 tff(21805,plain,
% 127.89/80.49 (~v940(constB17, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5581, 21804])).
% 127.89/80.49 tff(21806,plain,
% 127.89/80.49 (~v929(constB17, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5607, 21805])).
% 127.89/80.49 tff(21807,plain,
% 127.89/80.49 (~v7(constB17, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5615, 21806])).
% 127.89/80.49 tff(21808,plain,
% 127.89/80.49 (~v7(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5636, 21807])).
% 127.89/80.49 tff(21809,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5724, 1804, 21808, 21801, 21794])).
% 127.89/80.49 tff(21810,plain,(v7(constB13, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | v13(constB14, bitIndex0) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21811,plain,
% 127.89/80.49 (v7(constB13, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21810, 2407, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 11700, 21453, 7656, 1, 21734, 21733])).
% 127.89/80.49 tff(21812,plain,
% 127.89/80.49 (v929(constB13, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2272, 21811])).
% 127.89/80.49 tff(21813,plain,
% 127.89/80.49 (v940(constB13, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2264, 21812])).
% 127.89/80.49 tff(21814,plain,
% 127.89/80.49 (v938(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2238, 21813])).
% 127.89/80.49 tff(21815,plain,
% 127.89/80.49 (v13(constB12, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16046, 21814])).
% 127.89/80.49 tff(21816,plain,
% 127.89/80.49 (~v13(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21000, 21815, 21195, 7656, 1])).
% 127.89/80.49 tff(21817,plain,
% 127.89/80.49 (v11(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10144, 21733])).
% 127.89/80.49 tff(21818,plain,
% 127.89/80.49 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10802, 6040, 21817])).
% 127.89/80.49 tff(21819,plain,
% 127.89/80.49 (~v1050(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21818, 21816])).
% 127.89/80.49 tff(21820,plain,
% 127.89/80.49 (~v1052(constB13)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10808, 21819])).
% 127.89/80.49 tff(21821,plain,
% 127.89/80.49 (~v7(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10816, 21820])).
% 127.89/80.49 tff(21822,plain,
% 127.89/80.49 (~v7(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10822, 21821])).
% 127.89/80.49 tff(21823,plain,
% 127.89/80.49 (~v13(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7939, 21815, 7564, 1, 21195])).
% 127.89/80.49 tff(21824,plain,
% 127.89/80.49 (~v938(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9911, 21823])).
% 127.89/80.49 tff(21825,plain,
% 127.89/80.49 (~v940(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2159, 21824])).
% 127.89/80.49 tff(21826,plain,
% 127.89/80.49 (~v956(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2185, 21825])).
% 127.89/80.49 tff(21827,plain,
% 127.89/80.49 (~v7(constB13, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2193, 21826])).
% 127.89/80.49 tff(21828,plain,
% 127.89/80.49 (~v7(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2214, 21827])).
% 127.89/80.49 tff(21829,plain,
% 127.89/80.49 (~v13(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12799, 21828, 21733, 21822])).
% 127.89/80.49 tff(21830,plain,
% 127.89/80.49 (~v938(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11741, 21829])).
% 127.89/80.49 tff(21831,plain,
% 127.89/80.49 (~v940(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9659, 21830])).
% 127.89/80.49 tff(21832,plain,
% 127.89/80.49 (~v956(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9654, 21831])).
% 127.89/80.49 tff(21833,plain,
% 127.89/80.49 (~v7(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9649, 21832])).
% 127.89/80.49 tff(21834,plain,
% 127.89/80.49 (~v7(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4007, 21833])).
% 127.89/80.49 tff(21835,plain,
% 127.89/80.49 (v7(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21692, 5529, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 11348, 11700, 9481, 2407, 7542, 10989])).
% 127.89/80.49 tff(21836,plain,
% 127.89/80.49 (v7(constB15, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4072, 21835])).
% 127.89/80.49 tff(21837,plain,
% 127.89/80.49 (v929(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5505, 21836])).
% 127.89/80.49 tff(21838,plain,
% 127.89/80.49 (v940(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2348, 21837])).
% 127.89/80.49 tff(21839,plain,
% 127.89/80.49 (v938(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2356, 21838])).
% 127.89/80.49 tff(21840,plain,
% 127.89/80.49 (v11(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5498, 21839])).
% 127.89/80.49 tff(21841,plain,
% 127.89/80.49 ((~v1050(constB14)) | (~v11(constB14))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10219, 6040, 2139])).
% 127.89/80.49 tff(21842,plain,
% 127.89/80.49 (~v1050(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21841, 21840])).
% 127.89/80.49 tff(21843,plain,
% 127.89/80.49 (~v1052(constB15)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10212, 21842])).
% 127.89/80.49 tff(21844,plain,
% 127.89/80.49 (~v7(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10207, 21843])).
% 127.89/80.49 tff(21845,plain,
% 127.89/80.49 (~v7(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10199, 21844])).
% 127.89/80.49 tff(21846,plain,
% 127.89/80.49 (~(constB16 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12708, 21845, 11700])).
% 127.89/80.49 tff(21847,plain,
% 127.89/80.49 (~sP957(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11254, 5875, 21845])).
% 127.89/80.49 tff(21848,plain,
% 127.89/80.49 (~sP960(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10179, 5864, 21845])).
% 127.89/80.49 tff(21849,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21787, 21848, 21847, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 4112, 11700, 9481, 3984, 5529, 21846])).
% 127.89/80.49 tff(21850,plain,(v13(constB16, bitIndex1) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | v7(constB16, bitIndex1) | v13(constB14, bitIndex0) | v7(constB14, bitIndex1) | v7(constB14, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21851,plain,
% 127.89/80.49 (v13(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21850, 2407, 5323, 2408, 3964, 5281, 3694, 11346, 4113, 21645, 4112, 11700, 21453, 21834, 21734, 21828, 21822])).
% 127.89/80.49 tff(21852,plain,
% 127.89/80.49 (v11(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12332, 21851, 21834])).
% 127.89/80.49 tff(21853,plain,
% 127.89/80.49 ((~v1050(constB14)) | (~v11(constB14))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10219, 6040, 21734])).
% 127.89/80.49 tff(21854,plain,
% 127.89/80.49 (~v1050(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21853, 21852])).
% 127.89/80.49 tff(21855,plain,
% 127.89/80.49 (~v1052(constB15)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10212, 21854])).
% 127.89/80.49 tff(21856,plain,
% 127.89/80.49 (~v7(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10207, 21855])).
% 127.89/80.49 tff(21857,plain,
% 127.89/80.49 (~v7(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10199, 21856])).
% 127.89/80.49 tff(21858,plain,
% 127.89/80.49 (~v13(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11331, 21857, 21851])).
% 127.89/80.49 tff(21859,plain,
% 127.89/80.49 (~v1050(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21705, 21858])).
% 127.89/80.49 tff(21860,plain,
% 127.89/80.49 (~v1052(constB17)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9575, 21859])).
% 127.89/80.49 tff(21861,plain,
% 127.89/80.49 (~v7(constB17, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9570, 21860])).
% 127.89/80.49 tff(21862,plain,
% 127.89/80.49 (~v7(constB18, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9562, 21861])).
% 127.89/80.49 tff(21863,plain,
% 127.89/80.49 (~sP960(constB18)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[9556, 5864, 21862])).
% 127.89/80.49 tff(21864,plain,
% 127.89/80.49 (~(constB17 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13484, 21861, 11700])).
% 127.89/80.49 tff(21865,plain,
% 127.89/80.49 (~(constB16 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12708, 21857, 11700])).
% 127.89/80.49 tff(21866,plain,
% 127.89/80.49 (~(constB18 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[13479, 21862, 11700])).
% 127.89/80.49 tff(21867,plain,
% 127.89/80.49 (v7(constB19, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20812, 21866, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 21645, 21865, 21864])).
% 127.89/80.49 tff(21868,plain,
% 127.89/80.49 (v929(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16266, 21867])).
% 127.89/80.49 tff(21869,plain,
% 127.89/80.49 (v940(constB19, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16209, 21868])).
% 127.89/80.49 tff(21870,plain,
% 127.89/80.49 (v938(constB18, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[14209, 21869])).
% 127.89/80.49 tff(21871,plain,
% 127.89/80.49 (v13(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16203, 21870])).
% 127.89/80.49 tff(21872,plain,
% 127.89/80.49 (~v13(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10193, 21857, 21834, 21851])).
% 127.89/80.49 tff(21873,plain,
% 127.89/80.49 (~v938(constB16, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21723, 21872])).
% 127.89/80.49 tff(21874,plain,
% 127.89/80.49 (~v940(constB17, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5581, 21873])).
% 127.89/80.49 tff(21875,plain,
% 127.89/80.49 (~v929(constB17, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5607, 21874])).
% 127.89/80.49 tff(21876,plain,
% 127.89/80.49 (~v7(constB17, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5615, 21875])).
% 127.89/80.49 tff(21877,plain,
% 127.89/80.49 (~v7(constB18, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5636, 21876])).
% 127.89/80.49 tff(21878,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5724, 1804, 21877, 21871, 21863])).
% 127.89/80.49 tff(21879,plain,((constB15 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB8, bitIndex2) | v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21880,plain,
% 127.89/80.49 (constB15 = sK952_VarCurr),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21879, 1, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 11700, 7564, 4112])).
% 127.89/80.49 tff(21881,plain,
% 127.89/80.49 (v1052(constB15) <=> v1052(sK952_VarCurr)),
% 127.89/80.49 inference(monotonicity,[status(thm)],[21880])).
% 127.89/80.49 tff(21882,plain,
% 127.89/80.49 (v1052(sK952_VarCurr) <=> v1052(constB15)),
% 127.89/80.49 inference(symmetry,[status(thm)],[21881])).
% 127.89/80.49 tff(21883,plain,
% 127.89/80.49 (v1044(sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5833, 21880])).
% 127.89/80.49 tff(21884,plain,
% 127.89/80.49 (v1052(sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12067, 21883])).
% 127.89/80.49 tff(21885,plain,
% 127.89/80.49 (v1052(constB15)),
% 127.89/80.49 inference(modus_ponens,[status(thm)],[21884, 21882])).
% 127.89/80.49 tff(21886,plain,
% 127.89/80.49 (v7(constB15, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[20698, 21880])).
% 127.89/80.49 tff(21887,plain,
% 127.89/80.49 (v929(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5505, 21886])).
% 127.89/80.49 tff(21888,plain,
% 127.89/80.49 (v940(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2348, 21887])).
% 127.89/80.49 tff(21889,plain,
% 127.89/80.49 (v938(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2356, 21888])).
% 127.89/80.49 tff(21890,plain,
% 127.89/80.49 (v11(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5498, 21889])).
% 127.89/80.49 tff(21891,plain,
% 127.89/80.49 (~v1050(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10219, 6040, 21890, 21734])).
% 127.89/80.49 tff(21892,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10212, 21891, 21885])).
% 127.89/80.49 tff(21893,plain,(v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | v13(constB8, bitIndex2) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21894,plain,
% 127.89/80.49 (v7(constB10, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21893, 5281, 4113, 5323, 2408, 3964, 11700, 3694, 11346, 7564, 4112])).
% 127.89/80.49 tff(21895,plain,
% 127.89/80.49 (v7(constB9, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[188, 21894])).
% 127.89/80.49 tff(21896,plain,
% 127.89/80.49 (v956(constB9, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[206, 21895])).
% 127.89/80.49 tff(21897,plain,
% 127.89/80.49 (v940(constB9, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[289, 21896])).
% 127.89/80.49 tff(21898,plain,
% 127.89/80.49 (v938(constB8, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[307, 21897])).
% 127.89/80.49 tff(21899,plain,
% 127.89/80.49 (v13(constB8, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[340, 21898])).
% 127.89/80.49 tff(21900,plain,
% 127.89/80.49 (~v13(constB8, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[18496, 21899, 7564])).
% 127.89/80.49 tff(21901,plain,
% 127.89/80.49 (v11(constB8)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[338, 335, 21898])).
% 127.89/80.49 tff(21902,plain,
% 127.89/80.49 ((~v1050(constB8)) | (~v11(constB8))),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[6491, 6040, 21900])).
% 127.89/80.49 tff(21903,plain,
% 127.89/80.49 (~v1050(constB8)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21902, 21901])).
% 127.89/80.49 tff(21904,plain,
% 127.89/80.49 (~v1052(constB9)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[6483, 21903])).
% 127.89/80.49 tff(21905,plain,
% 127.89/80.49 (~v7(constB9, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[6478, 21904])).
% 127.89/80.49 tff(21906,plain,
% 127.89/80.49 (~v7(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[6470, 21905])).
% 127.89/80.49 tff(21907,plain,
% 127.89/80.49 (sP958(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[6464, 5886, 21906])).
% 127.89/80.49 tff(21908,plain,
% 127.89/80.49 (~sP960(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7457, 5864, 21906])).
% 127.89/80.49 tff(21909,plain,
% 127.89/80.49 (~v13(constB10, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8226, 21908])).
% 127.89/80.49 tff(21910,plain,
% 127.89/80.49 (~v938(constB10, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12418, 21909])).
% 127.89/80.49 tff(21911,plain,
% 127.89/80.49 (~v940(constB11, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1717, 21910])).
% 127.89/80.49 tff(21912,plain,
% 127.89/80.49 (~v929(constB11, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1743, 21911])).
% 127.89/80.49 tff(21913,plain,
% 127.89/80.49 (~v7(constB11, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1751, 21912])).
% 127.89/80.49 tff(21914,plain,
% 127.89/80.49 (~v7(constB12, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1772, 21913])).
% 127.89/80.49 tff(21915,plain,
% 127.89/80.49 (~sP957(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7954, 5875, 21906])).
% 127.89/80.49 tff(21916,plain,
% 127.89/80.49 (v7(constB13, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21495, 5374, 11700, 4113, 3964, 4112, 5281, 3694, 5323, 11346, 9481])).
% 127.89/80.49 tff(21917,plain,
% 127.89/80.49 (v929(constB13, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2272, 21916])).
% 127.89/80.49 tff(21918,plain,
% 127.89/80.49 (v940(constB13, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2264, 21917])).
% 127.89/80.49 tff(21919,plain,
% 127.89/80.49 (v938(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2238, 21918])).
% 127.89/80.49 tff(21920,plain,
% 127.89/80.49 (v13(constB12, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[16046, 21919])).
% 127.89/80.49 tff(21921,plain,
% 127.89/80.49 (sP960(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[18852, 21920])).
% 127.89/80.49 tff(21922,plain,
% 127.89/80.49 (v7(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7601, 5864, 21921])).
% 127.89/80.49 tff(21923,plain,
% 127.89/80.49 (v7(constB11, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7597, 21922])).
% 127.89/80.49 tff(21924,plain,
% 127.89/80.49 (v1052(constB11)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7591, 21923])).
% 127.89/80.49 tff(21925,plain,
% 127.89/80.49 (v1050(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7583, 21924])).
% 127.89/80.49 tff(21926,plain,
% 127.89/80.49 (v13(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21412, 21925])).
% 127.89/80.49 tff(21927,plain,
% 127.89/80.49 (~v924(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8861, 21926, 7966])).
% 127.89/80.49 tff(21928,plain,
% 127.89/80.49 (~sP956_aig_name(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7856, 7293, 21927])).
% 127.89/80.49 tff(21929,plain,
% 127.89/80.49 (v11(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10129, 21919])).
% 127.89/80.49 tff(21930,plain,
% 127.89/80.49 (constB14 = sK952_VarCurr),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21490, 20728, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 9481, 5374, 2407, 11700])).
% 127.89/80.49 tff(21931,plain,
% 127.89/80.49 (v7(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[15945, 21930, 11700])).
% 127.89/80.49 tff(21932,plain,
% 127.89/80.49 (v7(constB13, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10822, 21931])).
% 127.89/80.49 tff(21933,plain,
% 127.89/80.49 (v1052(constB13)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10816, 21932])).
% 127.89/80.49 tff(21934,plain,
% 127.89/80.49 (v1050(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10808, 21933])).
% 127.89/80.49 tff(21935,plain,
% 127.89/80.49 (v13(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10802, 6040, 21934, 21929])).
% 127.89/80.49 tff(21936,plain,
% 127.89/80.49 (v7(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1863, 21935, 1774, 21920])).
% 127.89/80.49 tff(21937,plain,
% 127.89/80.49 (v7(constB11, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1342, 21936])).
% 127.89/80.49 tff(21938,plain,
% 127.89/80.49 (v956(constB11, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1311, 21937])).
% 127.89/80.49 tff(21939,plain,
% 127.89/80.49 (v940(constB11, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1303, 21938])).
% 127.89/80.49 tff(21940,plain,
% 127.89/80.49 (v938(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1263, 21939])).
% 127.89/80.49 tff(21941,plain,
% 127.89/80.49 (v13(constB10, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12400, 21940])).
% 127.89/80.49 tff(21942,plain,
% 127.89/80.49 (~v17(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8822, 21941, 7956])).
% 127.89/80.49 tff(21943,plain,
% 127.89/80.49 (~v17(constB10, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8830, 21941, 7956])).
% 127.89/80.49 tff(21944,plain,
% 127.89/80.49 (~v1003(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8841, 21943, 21942])).
% 127.89/80.49 tff(21945,plain,
% 127.89/80.49 (~v17(constB10, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8846, 21941, 7956])).
% 127.89/80.49 tff(21946,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7862, 7308, 21945, 21944, 21928])).
% 127.89/80.49 tff(21947,plain,(v11(constB14) | (~sP958(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | v7(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v11(constB16)) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21948,plain,
% 127.89/80.49 (v11(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21947, 2407, 21915, 7656, 21914, 11700, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 21453, 21907])).
% 127.89/80.49 tff(21949,plain,
% 127.89/80.49 (sP960(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[18852, 21429])).
% 127.89/80.49 tff(21950,plain,
% 127.89/80.49 (v7(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7601, 5864, 21949])).
% 127.89/80.49 tff(21951,plain,
% 127.89/80.49 (v7(constB11, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7597, 21950])).
% 127.89/80.49 tff(21952,plain,
% 127.89/80.49 (v1052(constB11)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7591, 21951])).
% 127.89/80.49 tff(21953,plain,
% 127.89/80.49 (v1050(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7583, 21952])).
% 127.89/80.49 tff(21954,plain,
% 127.89/80.49 (v13(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7578, 21953])).
% 127.89/80.49 tff(21955,plain,
% 127.89/80.49 (~v924(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[8861, 21954, 7966])).
% 127.89/80.49 tff(21956,plain,
% 127.89/80.49 (v13(constB12, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10802, 6040, 17312, 21431])).
% 127.89/80.49 tff(21957,plain,
% 127.89/80.49 (v7(constB12, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1863, 21956, 1774, 21429])).
% 127.89/80.49 tff(21958,plain,
% 127.89/80.49 (v7(constB11, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1342, 21957])).
% 127.89/80.49 tff(21959,plain,
% 127.89/80.49 (v956(constB11, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1311, 21958])).
% 127.89/80.49 tff(21960,plain,
% 127.89/80.49 (v940(constB11, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1303, 21959])).
% 127.89/80.49 tff(21961,plain,
% 127.89/80.49 (v938(constB10, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1263, 21960])).
% 127.89/80.49 tff(21962,plain,
% 127.89/80.49 (v13(constB10, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[12400, 21961])).
% 127.89/80.49 tff(21963,plain,
% 127.89/80.49 (sP954_aig_name(constB10)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21156, 21962, 7956, 6378])).
% 127.89/80.49 tff(21964,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[7715, 1982, 21963, 21955])).
% 127.89/80.49 tff(21965,plain,((~(constB14 = sK952_VarCurr)) | (~sP958(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | (~v11(constB10)) | v7(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21966,plain,
% 127.89/80.49 (~(constB14 = sK952_VarCurr)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21965, 21907, 21915, 7656, 21195, 21914, 11700])).
% 127.89/80.49 tff(21967,plain,
% 127.89/80.49 (sP959(constB12)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[1874, 1871, 21914])).
% 127.89/80.49 tff(21968,plain,
% 127.89/80.49 (v13(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21665, 5529, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 21453, 11700, 4112])).
% 127.89/80.49 tff(21969,plain,
% 127.89/80.49 (v7(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21472, 9534, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 9481, 11700, 4112, 14168])).
% 127.89/80.49 tff(21970,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21512, 21969, 9534, 4113, 5323, 3964, 5281, 3694, 11346, 9481, 4112, 11700, 2407, 14168, 5529, 3984])).
% 127.89/80.49 tff(21971,plain,(v7(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (~v11(constB16)) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB15 = sK952_VarCurr) | v7(constB13, bitIndex2) | v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.49 tff(21972,plain,
% 127.89/80.49 (v7(constB16, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21971, 3984, 5323, 3964, 5281, 3694, 11346, 21453, 4112, 11700, 2407, 14168, 5529, 4113, 2408, 11348])).
% 127.89/80.49 tff(21973,plain,
% 127.89/80.49 (v7(constB15, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[4072, 21972])).
% 127.89/80.49 tff(21974,plain,
% 127.89/80.49 (v929(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[5505, 21973])).
% 127.89/80.49 tff(21975,plain,
% 127.89/80.49 (v940(constB15, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2348, 21974])).
% 127.89/80.49 tff(21976,plain,
% 127.89/80.49 (v938(constB14, bitIndex1)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[2356, 21975])).
% 127.89/80.49 tff(21977,plain,
% 127.89/80.49 (v13(constB14, bitIndex2)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21213, 21976])).
% 127.89/80.49 tff(21978,plain,
% 127.89/80.49 (~v13(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21349, 21977, 21195, 21900, 7564])).
% 127.89/80.49 tff(21979,plain,
% 127.89/80.49 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10219, 6040, 21948])).
% 127.89/80.49 tff(21980,plain,
% 127.89/80.49 (~v1050(constB14)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21979, 21978])).
% 127.89/80.49 tff(21981,plain,
% 127.89/80.49 (~v1052(constB15)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10212, 21980])).
% 127.89/80.49 tff(21982,plain,
% 127.89/80.49 (~v7(constB15, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10207, 21981])).
% 127.89/80.49 tff(21983,plain,
% 127.89/80.49 (~v7(constB16, bitIndex0)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10199, 21982])).
% 127.89/80.49 tff(21984,plain,
% 127.89/80.49 (~sP957(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[11254, 5875, 21983])).
% 127.89/80.49 tff(21985,plain,
% 127.89/80.49 (~sP960(constB16)),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[10179, 5864, 21983])).
% 127.89/80.49 tff(21986,plain,
% 127.89/80.49 ($false),
% 127.89/80.49 inference(unit_resolution,[status(thm)],[21787, 21985, 21984, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 4112, 11700, 21453, 3984, 5529, 5309])).
% 127.89/80.49 tff(21987,plain,(v7(constB16, bitIndex1) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB16, bitIndex1) | (constB16 = sK952_VarCurr) | v13(constB8, bitIndex2) | v7(constB13, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(21988,plain,
% 127.89/80.50 (v7(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21987, 14168, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 4112, 11700, 5529, 5309, 7564, 4113])).
% 127.89/80.50 tff(21989,plain,
% 127.89/80.50 (v7(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4007, 21988])).
% 127.89/80.50 tff(21990,plain,
% 127.89/80.50 (v956(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9649, 21989])).
% 127.89/80.50 tff(21991,plain,
% 127.89/80.50 (v940(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9654, 21990])).
% 127.89/80.50 tff(21992,plain,
% 127.89/80.50 (v938(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9659, 21991])).
% 127.89/80.50 tff(21993,plain,
% 127.89/80.50 (v13(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11741, 21992])).
% 127.89/80.50 tff(21994,plain,
% 127.89/80.50 (v7(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[15344, 21993, 21948, 14175, 21968])).
% 127.89/80.50 tff(21995,plain,
% 127.89/80.50 (v7(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10822, 21994])).
% 127.89/80.50 tff(21996,plain,
% 127.89/80.50 (v1052(constB13)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10816, 21995])).
% 127.89/80.50 tff(21997,plain,
% 127.89/80.50 (v1050(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10808, 21996])).
% 127.89/80.50 tff(21998,plain,
% 127.89/80.50 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10802, 6040, 21572])).
% 127.89/80.50 tff(21999,plain,
% 127.89/80.50 (v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21998, 21997])).
% 127.89/80.50 tff(22000,plain,
% 127.89/80.50 ((~v13(constB12, bitIndex2)) | v938(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20277, 8517, 21572])).
% 127.89/80.50 tff(22001,plain,
% 127.89/80.50 (~v13(constB12, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22000, 21554])).
% 127.89/80.50 tff(22002,plain,
% 127.89/80.50 (v7(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13260, 21993, 21968, 22001, 21948])).
% 127.89/80.50 tff(22003,plain,
% 127.89/80.50 (v7(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2214, 22002])).
% 127.89/80.50 tff(22004,plain,
% 127.89/80.50 (v956(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2193, 22003])).
% 127.89/80.50 tff(22005,plain,
% 127.89/80.50 (v940(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2185, 22004])).
% 127.89/80.50 tff(22006,plain,
% 127.89/80.50 (v938(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2159, 22005])).
% 127.89/80.50 tff(22007,plain,
% 127.89/80.50 (v13(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9911, 22006])).
% 127.89/80.50 tff(22008,plain,
% 127.89/80.50 (v7(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11096, 22007, 21999, 21967])).
% 127.89/80.50 tff(22009,plain,
% 127.89/80.50 (v7(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7597, 22008])).
% 127.89/80.50 tff(22010,plain,
% 127.89/80.50 (v1052(constB11)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7591, 22009])).
% 127.89/80.50 tff(22011,plain,
% 127.89/80.50 (v1050(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7583, 22010])).
% 127.89/80.50 tff(22012,plain,
% 127.89/80.50 (v13(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21412, 22011])).
% 127.89/80.50 tff(22013,plain,
% 127.89/80.50 (~v924(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21346, 22012, 21915])).
% 127.89/80.50 tff(22014,plain,
% 127.89/80.50 (~sP956_aig_name(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7856, 7293, 22013])).
% 127.89/80.50 tff(22015,plain,
% 127.89/80.50 (v7(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1987, 22007, 21914, 21999])).
% 127.89/80.50 tff(22016,plain,
% 127.89/80.50 (v7(constB11, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1342, 22015])).
% 127.89/80.50 tff(22017,plain,
% 127.89/80.50 (v956(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1311, 22016])).
% 127.89/80.50 tff(22018,plain,
% 127.89/80.50 (v940(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1303, 22017])).
% 127.89/80.50 tff(22019,plain,
% 127.89/80.50 (v938(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1263, 22018])).
% 127.89/80.50 tff(22020,plain,
% 127.89/80.50 (v13(constB10, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12400, 22019])).
% 127.89/80.50 tff(22021,plain,
% 127.89/80.50 (~v17(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21332, 22020, 21907])).
% 127.89/80.50 tff(22022,plain,
% 127.89/80.50 (~v17(constB10, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21334, 22020, 21907])).
% 127.89/80.50 tff(22023,plain,
% 127.89/80.50 (~v1003(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[8841, 22022, 22021])).
% 127.89/80.50 tff(22024,plain,
% 127.89/80.50 (~v17(constB10, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20353, 22020, 21907])).
% 127.89/80.50 tff(22025,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7862, 7308, 22024, 22023, 22014])).
% 127.89/80.50 tff(22026,plain,(v7(constB13, bitIndex2) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB16, bitIndex1) | (constB16 = sK952_VarCurr) | v13(constB8, bitIndex2) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22027,plain,
% 127.89/80.50 (v7(constB13, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22026, 5529, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 4112, 11700, 5323, 5309, 7564, 4113])).
% 127.89/80.50 tff(22028,plain,
% 127.89/80.50 (v929(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2272, 22027])).
% 127.89/80.50 tff(22029,plain,
% 127.89/80.50 (v940(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2264, 22028])).
% 127.89/80.50 tff(22030,plain,
% 127.89/80.50 (v938(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2238, 22029])).
% 127.89/80.50 tff(22031,plain,
% 127.89/80.50 (v13(constB12, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16046, 22030])).
% 127.89/80.50 tff(22032,plain,
% 127.89/80.50 (~v13(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[8864, 22031, 7656, 21906, 21195])).
% 127.89/80.50 tff(22033,plain,
% 127.89/80.50 (~v938(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9911, 22032])).
% 127.89/80.50 tff(22034,plain,
% 127.89/80.50 (~v940(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2159, 22033])).
% 127.89/80.50 tff(22035,plain,
% 127.89/80.50 (~v956(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2185, 22034])).
% 127.89/80.50 tff(22036,plain,
% 127.89/80.50 (~v7(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2193, 22035])).
% 127.89/80.50 tff(22037,plain,
% 127.89/80.50 (~v7(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2214, 22036])).
% 127.89/80.50 tff(22038,plain,
% 127.89/80.50 ((~v13(constB12, bitIndex2)) | sP960(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1810, 1804, 21914])).
% 127.89/80.50 tff(22039,plain,
% 127.89/80.50 (sP960(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22038, 22031])).
% 127.89/80.50 tff(22040,plain,
% 127.89/80.50 (v28(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1822, 1819, 22039])).
% 127.89/80.50 tff(22041,plain,
% 127.89/80.50 (v62(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1833, 1830, 22039])).
% 127.89/80.50 tff(22042,plain,
% 127.89/80.50 (~v32(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1844, 1841, 22039])).
% 127.89/80.50 tff(22043,plain,
% 127.89/80.50 (~sP957(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1861, 1855, 22042, 22041, 22040])).
% 127.89/80.50 tff(22044,plain,
% 127.89/80.50 (v7(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7601, 5864, 22039])).
% 127.89/80.50 tff(22045,plain,
% 127.89/80.50 (v7(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7597, 22044])).
% 127.89/80.50 tff(22046,plain,
% 127.89/80.50 (v1052(constB11)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7591, 22045])).
% 127.89/80.50 tff(22047,plain,
% 127.89/80.50 (v1050(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7583, 22046])).
% 127.89/80.50 tff(22048,plain,
% 127.89/80.50 (v13(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21412, 22047])).
% 127.89/80.50 tff(22049,plain,
% 127.89/80.50 (~v924(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21346, 22048, 21915])).
% 127.89/80.50 tff(22050,plain,
% 127.89/80.50 (~sP954_aig_name(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7715, 1982, 22049])).
% 127.89/80.50 tff(22051,plain,
% 127.89/80.50 (~v13(constB10, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21156, 22050, 21907, 20352])).
% 127.89/80.50 tff(22052,plain,
% 127.89/80.50 (~v938(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12400, 22051])).
% 127.89/80.50 tff(22053,plain,
% 127.89/80.50 (~v940(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1263, 22052])).
% 127.89/80.50 tff(22054,plain,
% 127.89/80.50 (~v956(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1303, 22053])).
% 127.89/80.50 tff(22055,plain,
% 127.89/80.50 (~v7(constB11, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1311, 22054])).
% 127.89/80.50 tff(22056,plain,
% 127.89/80.50 (~v7(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1342, 22055])).
% 127.89/80.50 tff(22057,plain,
% 127.89/80.50 (v7(constB12, bitIndex1) | sP957(constB12) | (~v13(constB12, bitIndex0))),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1791, 1785, 21914])).
% 127.89/80.50 tff(22058,plain,
% 127.89/80.50 (~v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22057, 22056, 22043])).
% 127.89/80.50 tff(22059,plain,
% 127.89/80.50 (v11(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10129, 22030])).
% 127.89/80.50 tff(22060,plain,
% 127.89/80.50 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10802, 6040, 22059])).
% 127.89/80.50 tff(22061,plain,
% 127.89/80.50 (~v1050(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22060, 22058])).
% 127.89/80.50 tff(22062,plain,
% 127.89/80.50 (~v1052(constB13)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10808, 22061])).
% 127.89/80.50 tff(22063,plain,
% 127.89/80.50 (~v7(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10816, 22062])).
% 127.89/80.50 tff(22064,plain,
% 127.89/80.50 (~v7(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10822, 22063])).
% 127.89/80.50 tff(22065,plain,
% 127.89/80.50 (~v13(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13682, 22064, 21968, 21948, 22037])).
% 127.89/80.50 tff(22066,plain,
% 127.89/80.50 (~v938(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11741, 22065])).
% 127.89/80.50 tff(22067,plain,
% 127.89/80.50 (~v940(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9659, 22066])).
% 127.89/80.50 tff(22068,plain,
% 127.89/80.50 (v7(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21692, 10989, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 11348, 11700, 21453, 2407, 5529, 7542])).
% 127.89/80.50 tff(22069,plain,
% 127.89/80.50 (v7(constB15, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4072, 22068])).
% 127.89/80.50 tff(22070,plain,
% 127.89/80.50 (v929(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5505, 22069])).
% 127.89/80.50 tff(22071,plain,
% 127.89/80.50 (v13(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21850, 10989, 5323, 2408, 3964, 5281, 3694, 11346, 4113, 2407, 4112, 11700, 21453, 11348, 5529, 7542, 3984])).
% 127.89/80.50 tff(22072,plain,
% 127.89/80.50 (~v13(constB14, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21349, 22071, 21195, 21900, 7564])).
% 127.89/80.50 tff(22073,plain,
% 127.89/80.50 (~v938(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21213, 22072])).
% 127.89/80.50 tff(22074,plain,
% 127.89/80.50 (~v940(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2356, 22073])).
% 127.89/80.50 tff(22075,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2348, 22074, 22070])).
% 127.89/80.50 tff(22076,plain,(v7(constB14, bitIndex0) | v13(constB8, bitIndex2) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB15 = sK952_VarCurr) | v13(constB16, bitIndex1) | v7(constB14, bitIndex1) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22077,plain,
% 127.89/80.50 (v7(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22076, 22064, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 11348, 11700, 2407, 5529, 22037, 7564])).
% 127.89/80.50 tff(22078,plain,
% 127.89/80.50 (v7(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4007, 22077])).
% 127.89/80.50 tff(22079,plain,
% 127.89/80.50 (v956(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9649, 22078])).
% 127.89/80.50 tff(22080,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9654, 22079, 22067])).
% 127.89/80.50 tff(22081,plain,(v13(constB16, bitIndex1) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB15 = sK952_VarCurr) | v13(constB8, bitIndex2) | (constB16 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22082,plain,
% 127.89/80.50 (v13(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22081, 5309, 5323, 2408, 3964, 5281, 3694, 11346, 4112, 11348, 11700, 2407, 7564, 4113])).
% 127.89/80.50 tff(22083,plain,
% 127.89/80.50 (~v13(constB16, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11697, 9534, 10117, 3984])).
% 127.89/80.50 tff(22084,plain,
% 127.89/80.50 (~v1050(constB16)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9583, 22083])).
% 127.89/80.50 tff(22085,plain,
% 127.89/80.50 (~v1052(constB17)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9575, 22084])).
% 127.89/80.50 tff(22086,plain,
% 127.89/80.50 (~v7(constB17, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9570, 22085])).
% 127.89/80.50 tff(22087,plain,
% 127.89/80.50 (~v7(constB18, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9562, 22086])).
% 127.89/80.50 tff(22088,plain,
% 127.89/80.50 (~sP960(constB18)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9556, 5864, 22087])).
% 127.89/80.50 tff(22089,plain,
% 127.89/80.50 (~(constB17 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13484, 22086, 11700])).
% 127.89/80.50 tff(22090,plain,
% 127.89/80.50 (~(constB18 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13479, 22087, 11700])).
% 127.89/80.50 tff(22091,plain,
% 127.89/80.50 (v7(constB19, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20812, 22090, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 22089])).
% 127.89/80.50 tff(22092,plain,
% 127.89/80.50 (v929(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16266, 22091])).
% 127.89/80.50 tff(22093,plain,
% 127.89/80.50 (v940(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16209, 22092])).
% 127.89/80.50 tff(22094,plain,
% 127.89/80.50 (v938(constB18, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[14209, 22093])).
% 127.89/80.50 tff(22095,plain,
% 127.89/80.50 (v13(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16203, 22094])).
% 127.89/80.50 tff(22096,plain,
% 127.89/80.50 (~v13(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10120, 9534, 10117, 3984])).
% 127.89/80.50 tff(22097,plain,
% 127.89/80.50 (~v938(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10079, 22096])).
% 127.89/80.50 tff(22098,plain,
% 127.89/80.50 (~v940(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5581, 22097])).
% 127.89/80.50 tff(22099,plain,
% 127.89/80.50 (~v929(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5607, 22098])).
% 127.89/80.50 tff(22100,plain,
% 127.89/80.50 (~v7(constB17, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5615, 22099])).
% 127.89/80.50 tff(22101,plain,
% 127.89/80.50 (~v7(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5636, 22100])).
% 127.89/80.50 tff(22102,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5724, 1804, 22101, 22095, 22088])).
% 127.89/80.50 tff(22103,plain,(v7(constB16, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v11(constB16)) | (~v13(constB16, bitIndex1)) | v7(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22104,plain,
% 127.89/80.50 (v7(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22103, 3984, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 11700, 21453, 22082, 4112])).
% 127.89/80.50 tff(22105,plain,
% 127.89/80.50 (v7(constB15, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4072, 22104])).
% 127.89/80.50 tff(22106,plain,
% 127.89/80.50 (v929(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5505, 22105])).
% 127.89/80.50 tff(22107,plain,
% 127.89/80.50 (v940(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2348, 22106])).
% 127.89/80.50 tff(22108,plain,
% 127.89/80.50 (v938(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2356, 22107])).
% 127.89/80.50 tff(22109,plain,
% 127.89/80.50 (v13(constB14, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21213, 22108])).
% 127.89/80.50 tff(22110,plain,
% 127.89/80.50 (~v13(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21349, 22109, 21195, 21900, 7564])).
% 127.89/80.50 tff(22111,plain,
% 127.89/80.50 (~v1050(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21979, 22110])).
% 127.89/80.50 tff(22112,plain,
% 127.89/80.50 (~v1052(constB15)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10212, 22111])).
% 127.89/80.50 tff(22113,plain,
% 127.89/80.50 (~v7(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10207, 22112])).
% 127.89/80.50 tff(22114,plain,
% 127.89/80.50 (~v7(constB16, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10199, 22113])).
% 127.89/80.50 tff(22115,plain,
% 127.89/80.50 (~v13(constB16, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11331, 22114, 22082])).
% 127.89/80.50 tff(22116,plain,
% 127.89/80.50 (~v1050(constB16)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21705, 22115])).
% 127.89/80.50 tff(22117,plain,
% 127.89/80.50 (~v1052(constB17)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9575, 22116])).
% 127.89/80.50 tff(22118,plain,
% 127.89/80.50 (~v7(constB17, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9570, 22117])).
% 127.89/80.50 tff(22119,plain,
% 127.89/80.50 (~v7(constB18, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9562, 22118])).
% 127.89/80.50 tff(22120,plain,
% 127.89/80.50 (~sP960(constB18)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9556, 5864, 22119])).
% 127.89/80.50 tff(22121,plain,
% 127.89/80.50 (~(constB17 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13484, 22118, 11700])).
% 127.89/80.50 tff(22122,plain,
% 127.89/80.50 (~(constB18 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13479, 22119, 11700])).
% 127.89/80.50 tff(22123,plain,
% 127.89/80.50 (v7(constB19, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20812, 22122, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 22121])).
% 127.89/80.50 tff(22124,plain,
% 127.89/80.50 (v929(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16266, 22123])).
% 127.89/80.50 tff(22125,plain,
% 127.89/80.50 (v940(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16209, 22124])).
% 127.89/80.50 tff(22126,plain,
% 127.89/80.50 (v938(constB18, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[14209, 22125])).
% 127.89/80.50 tff(22127,plain,
% 127.89/80.50 (v13(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16203, 22126])).
% 127.89/80.50 tff(22128,plain,
% 127.89/80.50 (~v13(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10193, 22114, 22082, 3984])).
% 127.89/80.50 tff(22129,plain,
% 127.89/80.50 (~v938(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21723, 22128])).
% 127.89/80.50 tff(22130,plain,
% 127.89/80.50 (~v940(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5581, 22129])).
% 127.89/80.50 tff(22131,plain,
% 127.89/80.50 (~v929(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5607, 22130])).
% 127.89/80.50 tff(22132,plain,
% 127.89/80.50 (~v7(constB17, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5615, 22131])).
% 127.89/80.50 tff(22133,plain,
% 127.89/80.50 (~v7(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5636, 22132])).
% 127.89/80.50 tff(22134,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5724, 1804, 22133, 22127, 22120])).
% 127.89/80.50 tff(22135,plain,(v7(constB16, bitIndex1) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22136,plain,
% 127.89/80.50 (v7(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22135, 5309, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 4112, 11700, 7564])).
% 127.89/80.50 tff(22137,plain,
% 127.89/80.50 (v7(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4007, 22136])).
% 127.89/80.50 tff(22138,plain,
% 127.89/80.50 (v956(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9649, 22137])).
% 127.89/80.50 tff(22139,plain,
% 127.89/80.50 (v940(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9654, 22138])).
% 127.89/80.50 tff(22140,plain,
% 127.89/80.50 (v938(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9659, 22139])).
% 127.89/80.50 tff(22141,plain,
% 127.89/80.50 (v13(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11741, 22140])).
% 127.89/80.50 tff(22142,plain,
% 127.89/80.50 (v7(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12770, 1990, 2299, 12722])).
% 127.89/80.50 tff(22143,plain,
% 127.89/80.50 (v7(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2214, 22142])).
% 127.89/80.50 tff(22144,plain,
% 127.89/80.50 (v956(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2193, 22143])).
% 127.89/80.50 tff(22145,plain,
% 127.89/80.50 (v940(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2185, 22144])).
% 127.89/80.50 tff(22146,plain,
% 127.89/80.50 (v938(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2159, 22145])).
% 127.89/80.50 tff(22147,plain,
% 127.89/80.50 (v13(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9911, 22146])).
% 127.89/80.50 tff(22148,plain,
% 127.89/80.50 (sP958(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12765, 1990, 12722])).
% 127.89/80.50 tff(22149,plain,
% 127.89/80.50 (sP954_aig_name(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21605, 22148, 2299, 15323])).
% 127.89/80.50 tff(22150,plain,
% 127.89/80.50 (v924(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12928, 1982, 22149])).
% 127.89/80.50 tff(22151,plain,
% 127.89/80.50 (sP957(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12746, 22150, 1990])).
% 127.89/80.50 tff(22152,plain,
% 127.89/80.50 (v7(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10826, 5875, 22151])).
% 127.89/80.50 tff(22153,plain,
% 127.89/80.50 (v7(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10822, 22152])).
% 127.89/80.50 tff(22154,plain,
% 127.89/80.50 (v1052(constB13)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10816, 22153])).
% 127.89/80.50 tff(22155,plain,
% 127.89/80.50 (v1050(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10808, 22154])).
% 127.89/80.50 tff(22156,plain,
% 127.89/80.50 (v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12481, 22155])).
% 127.89/80.50 tff(22157,plain,
% 127.89/80.50 (v7(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11096, 22156, 22147, 1875])).
% 127.89/80.50 tff(22158,plain,
% 127.89/80.50 (v7(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7597, 22157])).
% 127.89/80.50 tff(22159,plain,
% 127.89/80.50 (v1052(constB11)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7591, 22158])).
% 127.89/80.50 tff(22160,plain,
% 127.89/80.50 (v1050(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7583, 22159])).
% 127.89/80.50 tff(22161,plain,
% 127.89/80.50 (v13(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7578, 22160])).
% 127.89/80.50 tff(22162,plain,
% 127.89/80.50 (~v924(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[8861, 22161, 7966])).
% 127.89/80.50 tff(22163,plain,
% 127.89/80.50 (v7(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1987, 22156, 1774, 22147])).
% 127.89/80.50 tff(22164,plain,
% 127.89/80.50 (v7(constB11, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1342, 22163])).
% 127.89/80.50 tff(22165,plain,
% 127.89/80.50 (v956(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1311, 22164])).
% 127.89/80.50 tff(22166,plain,
% 127.89/80.50 (v940(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1303, 22165])).
% 127.89/80.50 tff(22167,plain,
% 127.89/80.50 (v938(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1263, 22166])).
% 127.89/80.50 tff(22168,plain,
% 127.89/80.50 (v13(constB10, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12400, 22167])).
% 127.89/80.50 tff(22169,plain,
% 127.89/80.50 (sP954_aig_name(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21156, 22168, 7956, 6378])).
% 127.89/80.50 tff(22170,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7715, 1982, 22169, 22162])).
% 127.89/80.50 tff(22171,plain,((~v13(constB14, bitIndex0)) | (~sP958(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | (~v11(constB10)) | v7(constB12, bitIndex2) | (~v11(constB12)) | v7(constB14, bitIndex2) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22172,plain,
% 127.89/80.50 (~v13(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22171, 21572, 7966, 6360, 21195, 1774, 7956, 14175, 2299])).
% 127.89/80.50 tff(22173,plain,
% 127.89/80.50 (v11(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21947, 2407, 7966, 6360, 1774, 11700, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 9481, 7956])).
% 127.89/80.50 tff(22174,plain,
% 127.89/80.50 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10219, 6040, 22173])).
% 127.89/80.50 tff(22175,plain,
% 127.89/80.50 (~v1050(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22174, 22172])).
% 127.89/80.50 tff(22176,plain,
% 127.89/80.50 (~v1052(constB15)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10212, 22175])).
% 127.89/80.50 tff(22177,plain,
% 127.89/80.50 (~v7(constB15, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10207, 22176])).
% 127.89/80.50 tff(22178,plain,
% 127.89/80.50 (~v7(constB16, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10199, 22177])).
% 127.89/80.50 tff(22179,plain,
% 127.89/80.50 (v7(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21472, 22178, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 9481, 11700, 4112, 14168])).
% 127.89/80.50 tff(22180,plain,
% 127.89/80.50 (v7(constB15, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4072, 22179])).
% 127.89/80.50 tff(22181,plain,
% 127.89/80.50 (v929(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5505, 22180])).
% 127.89/80.50 tff(22182,plain,
% 127.89/80.50 (v940(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2348, 22181])).
% 127.89/80.50 tff(22183,plain,
% 127.89/80.50 (v938(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2356, 22182])).
% 127.89/80.50 tff(22184,plain,
% 127.89/80.50 (v13(constB14, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21213, 22183])).
% 127.89/80.50 tff(22185,plain,
% 127.89/80.50 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2369, 1804, 14175])).
% 127.89/80.50 tff(22186,plain,
% 127.89/80.50 (sP960(constB14)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22185, 22184])).
% 127.89/80.50 tff(22187,plain,
% 127.89/80.50 (v7(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10830, 5864, 22186])).
% 127.89/80.50 tff(22188,plain,
% 127.89/80.50 (v7(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10822, 22187])).
% 127.89/80.50 tff(22189,plain,
% 127.89/80.50 (v1052(constB13)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10816, 22188])).
% 127.89/80.50 tff(22190,plain,
% 127.89/80.50 (v1050(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10808, 22189])).
% 127.89/80.50 tff(22191,plain,
% 127.89/80.50 (v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21998, 22190])).
% 127.89/80.50 tff(22192,plain,
% 127.89/80.50 (~v13(constB16, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11331, 22178, 10117])).
% 127.89/80.50 tff(22193,plain,
% 127.89/80.50 (~v1050(constB16)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9583, 22192])).
% 127.89/80.50 tff(22194,plain,
% 127.89/80.50 (~v1052(constB17)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9575, 22193])).
% 127.89/80.50 tff(22195,plain,
% 127.89/80.50 (~v7(constB17, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9570, 22194])).
% 127.89/80.50 tff(22196,plain,
% 127.89/80.50 (~v7(constB18, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9562, 22195])).
% 127.89/80.50 tff(22197,plain,
% 127.89/80.50 (~sP960(constB18)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9556, 5864, 22196])).
% 127.89/80.50 tff(22198,plain,
% 127.89/80.50 (~(constB17 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13484, 22195, 11700])).
% 127.89/80.50 tff(22199,plain,
% 127.89/80.50 (~(constB18 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13479, 22196, 11700])).
% 127.89/80.50 tff(22200,plain,
% 127.89/80.50 (v7(constB19, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20812, 22199, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 22198])).
% 127.89/80.50 tff(22201,plain,
% 127.89/80.50 (v929(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16266, 22200])).
% 127.89/80.50 tff(22202,plain,
% 127.89/80.50 (v940(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16209, 22201])).
% 127.89/80.50 tff(22203,plain,
% 127.89/80.50 (v938(constB18, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[14209, 22202])).
% 127.89/80.50 tff(22204,plain,
% 127.89/80.50 (v13(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16203, 22203])).
% 127.89/80.50 tff(22205,plain,
% 127.89/80.50 (v7(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5724, 1804, 22204, 22197])).
% 127.89/80.50 tff(22206,plain,
% 127.89/80.50 (v7(constB17, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5636, 22205])).
% 127.89/80.50 tff(22207,plain,
% 127.89/80.50 (v929(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5615, 22206])).
% 127.89/80.50 tff(22208,plain,
% 127.89/80.50 (v940(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5607, 22207])).
% 127.89/80.50 tff(22209,plain,
% 127.89/80.50 (v938(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5581, 22208])).
% 127.89/80.50 tff(22210,plain,
% 127.89/80.50 (v13(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10079, 22209])).
% 127.89/80.50 tff(22211,plain,
% 127.89/80.50 (v13(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[17939, 22210, 10117, 22001, 22173])).
% 127.89/80.50 tff(22212,plain,
% 127.89/80.50 (v7(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[11096, 22211, 22191, 1875])).
% 127.89/80.50 tff(22213,plain,
% 127.89/80.50 (v7(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7597, 22212])).
% 127.89/80.50 tff(22214,plain,
% 127.89/80.50 (v1052(constB11)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7591, 22213])).
% 127.89/80.50 tff(22215,plain,
% 127.89/80.50 (v1050(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7583, 22214])).
% 127.89/80.50 tff(22216,plain,
% 127.89/80.50 (v13(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21412, 22215])).
% 127.89/80.50 tff(22217,plain,
% 127.89/80.50 (~v924(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[8861, 22216, 7966])).
% 127.89/80.50 tff(22218,plain,
% 127.89/80.50 (v7(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1987, 22211, 1774, 22191])).
% 127.89/80.50 tff(22219,plain,
% 127.89/80.50 (v7(constB11, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1342, 22218])).
% 127.89/80.50 tff(22220,plain,
% 127.89/80.50 (v956(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1311, 22219])).
% 127.89/80.50 tff(22221,plain,
% 127.89/80.50 (v940(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1303, 22220])).
% 127.89/80.50 tff(22222,plain,
% 127.89/80.50 (v938(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1263, 22221])).
% 127.89/80.50 tff(22223,plain,
% 127.89/80.50 (v13(constB10, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12400, 22222])).
% 127.89/80.50 tff(22224,plain,
% 127.89/80.50 (sP954_aig_name(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21156, 22223, 7956, 6378])).
% 127.89/80.50 tff(22225,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7715, 1982, 22224, 22217])).
% 127.89/80.50 tff(22226,plain,(v7(constB13, bitIndex2) | (~sP958(constB10)) | sP957(constB10) | v7(constB10, bitIndex2) | v7(constB12, bitIndex2) | (~v13(constB16, bitIndex1)) | (~v11(constB16)) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (~v13(constB14, bitIndex1))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22227,plain,
% 127.89/80.50 (v7(constB13, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22226, 22082, 21915, 7656, 21914, 21907, 21453, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 11700, 22141])).
% 127.89/80.50 tff(22228,plain,
% 127.89/80.50 (v929(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2272, 22227])).
% 127.89/80.50 tff(22229,plain,
% 127.89/80.50 (v940(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2264, 22228])).
% 127.89/80.50 tff(22230,plain,
% 127.89/80.50 (v938(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2238, 22229])).
% 127.89/80.50 tff(22231,plain,
% 127.89/80.50 (v13(constB12, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16046, 22230])).
% 127.89/80.50 tff(22232,plain,
% 127.89/80.50 (~v13(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[8864, 22231, 7656, 21906, 21195])).
% 127.89/80.50 tff(22233,plain,
% 127.89/80.50 (~v938(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9911, 22232])).
% 127.89/80.50 tff(22234,plain,
% 127.89/80.50 (~v940(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2159, 22233])).
% 127.89/80.50 tff(22235,plain,
% 127.89/80.50 (~v956(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2185, 22234])).
% 127.89/80.50 tff(22236,plain,
% 127.89/80.50 (~v7(constB13, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2193, 22235])).
% 127.89/80.50 tff(22237,plain,
% 127.89/80.50 (~v7(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2214, 22236])).
% 127.89/80.50 tff(22238,plain,
% 127.89/80.50 (sP960(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22038, 22231])).
% 127.89/80.50 tff(22239,plain,
% 127.89/80.50 (v28(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1822, 1819, 22238])).
% 127.89/80.50 tff(22240,plain,
% 127.89/80.50 (v62(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1833, 1830, 22238])).
% 127.89/80.50 tff(22241,plain,
% 127.89/80.50 (~v32(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1844, 1841, 22238])).
% 127.89/80.50 tff(22242,plain,
% 127.89/80.50 (~sP957(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1861, 1855, 22241, 22240, 22239])).
% 127.89/80.50 tff(22243,plain,
% 127.89/80.50 (v7(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7601, 5864, 22238])).
% 127.89/80.50 tff(22244,plain,
% 127.89/80.50 (v7(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7597, 22243])).
% 127.89/80.50 tff(22245,plain,
% 127.89/80.50 (v1052(constB11)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7591, 22244])).
% 127.89/80.50 tff(22246,plain,
% 127.89/80.50 (v1050(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7583, 22245])).
% 127.89/80.50 tff(22247,plain,
% 127.89/80.50 (v13(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21412, 22246])).
% 127.89/80.50 tff(22248,plain,
% 127.89/80.50 (~v924(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21346, 22247, 21915])).
% 127.89/80.50 tff(22249,plain,
% 127.89/80.50 (~sP954_aig_name(constB10)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[7715, 1982, 22248])).
% 127.89/80.50 tff(22250,plain,
% 127.89/80.50 (~v13(constB10, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21156, 22249, 21907, 20352])).
% 127.89/80.50 tff(22251,plain,
% 127.89/80.50 (~v938(constB10, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12400, 22250])).
% 127.89/80.50 tff(22252,plain,
% 127.89/80.50 (~v940(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1263, 22251])).
% 127.89/80.50 tff(22253,plain,
% 127.89/80.50 (~v956(constB11, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1303, 22252])).
% 127.89/80.50 tff(22254,plain,
% 127.89/80.50 (~v7(constB11, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1311, 22253])).
% 127.89/80.50 tff(22255,plain,
% 127.89/80.50 (~v7(constB12, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[1342, 22254])).
% 127.89/80.50 tff(22256,plain,
% 127.89/80.50 (~v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22057, 22255, 22242])).
% 127.89/80.50 tff(22257,plain,
% 127.89/80.50 (v11(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10129, 22230])).
% 127.89/80.50 tff(22258,plain,
% 127.89/80.50 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10802, 6040, 22257])).
% 127.89/80.50 tff(22259,plain,
% 127.89/80.50 (~v1050(constB12)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22258, 22256])).
% 127.89/80.50 tff(22260,plain,
% 127.89/80.50 (~v1052(constB13)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10808, 22259])).
% 127.89/80.50 tff(22261,plain,
% 127.89/80.50 (~v7(constB13, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10816, 22260])).
% 127.89/80.50 tff(22262,plain,
% 127.89/80.50 (~v7(constB14, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[10822, 22261])).
% 127.89/80.50 tff(22263,plain,
% 127.89/80.50 (~v13(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[13682, 22262, 22141, 21948, 22237])).
% 127.89/80.50 tff(22264,plain,
% 127.89/80.50 (~v938(constB16, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21723, 22263])).
% 127.89/80.50 tff(22265,plain,
% 127.89/80.50 (~v940(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5581, 22264])).
% 127.89/80.50 tff(22266,plain,
% 127.89/80.50 (~v929(constB17, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5607, 22265])).
% 127.89/80.50 tff(22267,plain,
% 127.89/80.50 (~v7(constB17, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5615, 22266])).
% 127.89/80.50 tff(22268,plain,
% 127.89/80.50 (~(constB17 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20860, 22267])).
% 127.89/80.50 tff(22269,plain,
% 127.89/80.50 (~v7(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5636, 22267])).
% 127.89/80.50 tff(22270,plain,
% 127.89/80.50 (~(constB18 = sK952_VarCurr)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20863, 22269])).
% 127.89/80.50 tff(22271,plain,
% 127.89/80.50 (v7(constB19, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20812, 22270, 20697, 20590, 20695, 4112, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 2407, 11348, 5309, 22268])).
% 127.89/80.50 tff(22272,plain,
% 127.89/80.50 (v929(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16266, 22271])).
% 127.89/80.50 tff(22273,plain,
% 127.89/80.50 (v940(constB19, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16209, 22272])).
% 127.89/80.50 tff(22274,plain,
% 127.89/80.50 (v938(constB18, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[14209, 22273])).
% 127.89/80.50 tff(22275,plain,
% 127.89/80.50 (v13(constB18, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[16203, 22274])).
% 127.89/80.50 tff(22276,plain,
% 127.89/80.50 (sP960(constB18)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5724, 1804, 22269, 22275])).
% 127.89/80.50 tff(22277,plain,
% 127.89/80.50 (v7(constB14, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20254, 22227])).
% 127.89/80.50 tff(22278,plain,
% 127.89/80.50 (~v13(constB14, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12799, 22262, 22141, 22237])).
% 127.89/80.50 tff(22279,plain,
% 127.89/80.50 (v952(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[12871, 22278, 22277])).
% 127.89/80.50 tff(22280,plain,
% 127.89/80.50 (~v938(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21213, 22278])).
% 127.89/80.50 tff(22281,plain,
% 127.89/80.50 (~v940(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2356, 22280])).
% 127.89/80.50 tff(22282,plain,
% 127.89/80.50 (~v929(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2348, 22281])).
% 127.89/80.50 tff(22283,plain,
% 127.89/80.50 (~v7(constB15, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5505, 22282])).
% 127.89/80.50 tff(22284,plain,
% 127.89/80.50 (~v7(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4072, 22283])).
% 127.89/80.50 tff(22285,plain,
% 127.89/80.50 (~v13(constB16, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21703, 22284, 22082, 22237, 21948, 22262, 22279])).
% 127.89/80.50 tff(22286,plain,
% 127.89/80.50 (~v1050(constB16)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21705, 22285])).
% 127.89/80.50 tff(22287,plain,
% 127.89/80.50 (~v1052(constB17)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9575, 22286])).
% 127.89/80.50 tff(22288,plain,
% 127.89/80.50 (~v7(constB17, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9570, 22287])).
% 127.89/80.50 tff(22289,plain,
% 127.89/80.50 (~v7(constB18, bitIndex0)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9562, 22288])).
% 127.89/80.50 tff(22290,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[9556, 5864, 22289, 22276])).
% 127.89/80.50 tff(22291,plain,((constB16 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB8, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22292,plain,
% 127.89/80.50 (constB16 = sK952_VarCurr),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22291, 2407, 4113, 5323, 2408, 3964, 5281, 3694, 11346, 21966, 4112, 11700, 7564])).
% 127.89/80.50 tff(22293,plain,
% 127.89/80.50 (v7(constB16, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[20700, 3980])).
% 127.89/80.50 tff(22294,plain,
% 127.89/80.50 (v7(constB15, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[4072, 22293])).
% 127.89/80.50 tff(22295,plain,
% 127.89/80.50 (v929(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[5505, 22294])).
% 127.89/80.50 tff(22296,plain,
% 127.89/80.50 (v940(constB15, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2348, 22295])).
% 127.89/80.50 tff(22297,plain,
% 127.89/80.50 (v938(constB14, bitIndex1)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[2356, 22296])).
% 127.89/80.50 tff(22298,plain,
% 127.89/80.50 (~v13(constB14, bitIndex2)),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21349, 16236, 7563, 10405, 7564])).
% 127.89/80.50 tff(22299,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[21213, 22298, 22297])).
% 127.89/80.50 tff(22300,plain,((~(constB16 = sK952_VarCurr)) | (~v11(constB10)) | v13(constB8, bitIndex0) | v13(constB8, bitIndex2) | (~v11(constB14)) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22301,plain,
% 127.89/80.50 ($false),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22300, 22292, 21948, 21900, 7564, 21195, 11700])).
% 127.89/80.50 tff(22302,plain,((constB15 = sK952_VarCurr) | v13(constB8, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.50 tff(22303,plain,
% 127.89/80.50 (constB15 = sK952_VarCurr),
% 127.89/80.50 inference(unit_resolution,[status(thm)],[22302, 5281, 11700, 4113, 5323, 2408, 3964, 7564, 3694, 11346, 4112])).
% 127.89/80.50 tff(22304,plain,
% 127.89/80.50 (v1052(constB15) <=> v1052(sK952_VarCurr)),
% 127.89/80.50 inference(monotonicity,[status(thm)],[22303])).
% 127.89/80.50 tff(22305,plain,
% 127.89/80.50 (v1052(sK952_VarCurr) <=> v1052(constB15)),
% 127.89/80.50 inference(symmetry,[status(thm)],[22304])).
% 127.89/80.51 tff(22306,plain,
% 127.89/80.51 (v1044(sK952_VarCurr)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[5833, 22303])).
% 127.89/80.51 tff(22307,plain,
% 127.89/80.51 (v1052(sK952_VarCurr)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[12067, 22306])).
% 127.89/80.51 tff(22308,plain,
% 127.89/80.51 (v1052(constB15)),
% 127.89/80.51 inference(modus_ponens,[status(thm)],[22307, 22305])).
% 127.89/80.51 tff(22309,plain,
% 127.89/80.51 (v7(constB15, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20698, 22303])).
% 127.89/80.51 tff(22310,plain,
% 127.89/80.51 (v929(constB15, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[5505, 22309])).
% 127.89/80.51 tff(22311,plain,
% 127.89/80.51 (v940(constB15, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2348, 22310])).
% 127.89/80.51 tff(22312,plain,
% 127.89/80.51 (v938(constB14, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2356, 22311])).
% 127.89/80.51 tff(22313,plain,
% 127.89/80.51 (v13(constB14, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21213, 22312])).
% 127.89/80.51 tff(22314,plain,
% 127.89/80.51 (~v13(constB14, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21349, 22313, 21195, 21900, 7564])).
% 127.89/80.51 tff(22315,plain,
% 127.89/80.51 (v11(constB14)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[5498, 22312])).
% 127.89/80.51 tff(22316,plain,
% 127.89/80.51 (~v1050(constB14)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10219, 6040, 22315, 22314])).
% 127.89/80.51 tff(22317,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10212, 22316, 22308])).
% 127.89/80.51 tff(22318,plain,((constB6 = sK952_VarCurr) | v13(constB8, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22319,plain,
% 127.89/80.51 (v13(constB8, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22318, 3964, 11700, 21210, 4113, 21196, 5323, 3694, 11346, 4112])).
% 127.89/80.51 tff(22320,plain,
% 127.89/80.51 (~v13(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20632, 22319])).
% 127.89/80.51 tff(22321,plain,
% 127.89/80.51 (v13(constB8, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22302, 2408, 11700, 21210, 4113, 5323, 3964, 2407, 3694, 11346, 4112])).
% 127.89/80.51 tff(22322,plain,
% 127.89/80.51 (~v13(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20632, 22321])).
% 127.89/80.51 tff(22323,plain,
% 127.89/80.51 (~v13(constB8, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21119, 22321])).
% 127.89/80.51 tff(22324,plain,
% 127.89/80.51 (~v938(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[340, 22323])).
% 127.89/80.51 tff(22325,plain,
% 127.89/80.51 (~v940(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[307, 22324])).
% 127.89/80.51 tff(22326,plain,
% 127.89/80.51 (~v956(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[289, 22325])).
% 127.89/80.51 tff(22327,plain,
% 127.89/80.51 (~v7(constB9, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[206, 22326])).
% 127.89/80.51 tff(22328,plain,
% 127.89/80.51 (~v7(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[188, 22327])).
% 127.89/80.51 tff(22329,plain,
% 127.89/80.51 (v11(constB6)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[18568, 6461])).
% 127.89/80.51 tff(22330,plain,
% 127.89/80.51 (~v13(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20627, 22329, 6494])).
% 127.89/80.51 tff(22331,plain,
% 127.89/80.51 (~v1050(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6492, 22330])).
% 127.89/80.51 tff(22332,plain,
% 127.89/80.51 (~v1052(constB9)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6483, 22331])).
% 127.89/80.51 tff(22333,plain,
% 127.89/80.51 (~v7(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6478, 22332])).
% 127.89/80.51 tff(22334,plain,
% 127.89/80.51 (~v7(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6470, 22333])).
% 127.89/80.51 tff(22335,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6464, 5886, 22334, 6461])).
% 127.89/80.51 tff(22336,plain,(sP958(constB10) | (~v11(constB8)) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22337,plain,
% 127.89/80.51 (~v11(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22336, 6461, 6494])).
% 127.89/80.51 tff(22338,plain,
% 127.89/80.51 (~v13(constB8, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21119, 6494])).
% 127.89/80.51 tff(22339,plain,
% 127.89/80.51 (~v938(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[340, 22338])).
% 127.89/80.51 tff(22340,plain,
% 127.89/80.51 (~v940(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[307, 22339])).
% 127.89/80.51 tff(22341,plain,
% 127.89/80.51 (~v956(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[289, 22340])).
% 127.89/80.51 tff(22342,plain,
% 127.89/80.51 (~v7(constB9, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[206, 22341])).
% 127.89/80.51 tff(22343,plain,
% 127.89/80.51 (~v7(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[188, 22342])).
% 127.89/80.51 tff(22344,plain,
% 127.89/80.51 (~v13(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10943, 6461, 22343])).
% 127.89/80.51 tff(22345,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6346, 22344, 22337])).
% 127.89/80.51 tff(22346,plain,(sP958(constB10) | (~v13(constB8, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22347,plain,
% 127.89/80.51 (sP958(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22346, 22321])).
% 127.89/80.51 tff(22348,plain,
% 127.89/80.51 (constB16 = sK952_VarCurr),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20712, 3695, 20697, 20590, 20695, 4113, 11346, 5323, 3964, 3694, 21210, 2407, 4112, 11348, 2408, 3859])).
% 127.89/80.51 tff(22349,plain,
% 127.89/80.51 (v7(constB16, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[12708, 22348, 11700])).
% 127.89/80.51 tff(22350,plain,
% 127.89/80.51 (v7(constB15, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10199, 22349])).
% 127.89/80.51 tff(22351,plain,
% 127.89/80.51 (v1052(constB15)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10207, 22350])).
% 127.89/80.51 tff(22352,plain,
% 127.89/80.51 (v1050(constB14)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10212, 22351])).
% 127.89/80.51 tff(22353,plain,
% 127.89/80.51 (v11(constB16)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20704, 5506, 20695, 20590, 4113, 4112, 3964, 5323, 21210, 11348, 3694, 20697, 2408, 11346])).
% 127.89/80.51 tff(22354,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21490, 20728, 22353, 4112, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 5374, 11348, 2407, 11700])).
% 127.89/80.51 tff(22355,plain,(v11(constB14) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22356,plain,
% 127.89/80.51 (v11(constB14)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22355, 11348, 4113, 5323, 2408, 3964, 3694, 11346, 4112, 2407, 11700])).
% 127.89/80.51 tff(22357,plain,
% 127.89/80.51 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10219, 6040, 22356])).
% 127.89/80.51 tff(22358,plain,
% 127.89/80.51 (v13(constB14, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22357, 22352])).
% 127.89/80.51 tff(22359,plain,
% 127.89/80.51 (v7(constB15, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20704, 3695, 20695, 20590, 4113, 4112, 3964, 5323, 21210, 11348, 3694, 20697, 2408, 11346])).
% 127.89/80.51 tff(22360,plain,
% 127.89/80.51 (v929(constB15, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[5505, 22359])).
% 127.89/80.51 tff(22361,plain,
% 127.89/80.51 (v940(constB15, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2348, 22360])).
% 127.89/80.51 tff(22362,plain,
% 127.89/80.51 (v938(constB14, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2356, 22361])).
% 127.89/80.51 tff(22363,plain,
% 127.89/80.51 (v13(constB14, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21213, 22362])).
% 127.89/80.51 tff(22364,plain,
% 127.89/80.51 (sP960(constB14)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10136, 17786])).
% 127.89/80.51 tff(22365,plain,
% 127.89/80.51 (v7(constB14, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10830, 5864, 22364])).
% 127.89/80.51 tff(22366,plain,
% 127.89/80.51 (v7(constB13, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10822, 22365])).
% 127.89/80.51 tff(22367,plain,
% 127.89/80.51 (v1052(constB13)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10816, 22366])).
% 127.89/80.51 tff(22368,plain,
% 127.89/80.51 (v1050(constB12)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10808, 22367])).
% 127.89/80.51 tff(22369,plain,
% 127.89/80.51 (v13(constB12, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[11015, 22368])).
% 127.89/80.51 tff(22370,plain,
% 127.89/80.51 (v7(constB14, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[13037, 17786, 10135, 1990])).
% 127.89/80.51 tff(22371,plain,
% 127.89/80.51 (v7(constB13, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2214, 22370])).
% 127.89/80.51 tff(22372,plain,
% 127.89/80.51 (v956(constB13, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2193, 22371])).
% 127.89/80.51 tff(22373,plain,
% 127.89/80.51 (v940(constB13, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2185, 22372])).
% 127.89/80.51 tff(22374,plain,
% 127.89/80.51 (v938(constB12, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2159, 22373])).
% 127.89/80.51 tff(22375,plain,
% 127.89/80.51 (v13(constB12, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[9911, 22374])).
% 127.89/80.51 tff(22376,plain,
% 127.89/80.51 (v11(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[13064, 1876, 7563, 6360, 1])).
% 127.89/80.51 tff(22377,plain,
% 127.89/80.51 (~v1050(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10406, 22376])).
% 127.89/80.51 tff(22378,plain,
% 127.89/80.51 (~v1052(constB9)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6483, 22377])).
% 127.89/80.51 tff(22379,plain,
% 127.89/80.51 (~v7(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6478, 22378])).
% 127.89/80.51 tff(22380,plain,
% 127.89/80.51 (~v7(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6470, 22379])).
% 127.89/80.51 tff(22381,plain,
% 127.89/80.51 (~sP957(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7954, 5875, 22380])).
% 127.89/80.51 tff(22382,plain,
% 127.89/80.51 (~v13(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[9201, 22381, 1])).
% 127.89/80.51 tff(22383,plain,
% 127.89/80.51 (~v1050(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7578, 22382])).
% 127.89/80.51 tff(22384,plain,
% 127.89/80.51 (~v1052(constB11)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7583, 22383])).
% 127.89/80.51 tff(22385,plain,
% 127.89/80.51 (~v7(constB11, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7591, 22384])).
% 127.89/80.51 tff(22386,plain,
% 127.89/80.51 (~v7(constB12, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7597, 22385])).
% 127.89/80.51 tff(22387,plain,
% 127.89/80.51 (sP958(constB12)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7616, 5886, 22386])).
% 127.89/80.51 tff(22388,plain,
% 127.89/80.51 (~sP960(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7457, 5864, 22380])).
% 127.89/80.51 tff(22389,plain,
% 127.89/80.51 (~v13(constB10, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7676, 22388])).
% 127.89/80.51 tff(22390,plain,
% 127.89/80.51 (~v938(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[12418, 22389])).
% 127.89/80.51 tff(22391,plain,
% 127.89/80.51 (~v940(constB11, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1717, 22390])).
% 127.89/80.51 tff(22392,plain,
% 127.89/80.51 (~v929(constB11, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1743, 22391])).
% 127.89/80.51 tff(22393,plain,
% 127.89/80.51 (~v7(constB11, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1751, 22392])).
% 127.89/80.51 tff(22394,plain,
% 127.89/80.51 (~v7(constB12, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1772, 22393])).
% 127.89/80.51 tff(22395,plain,
% 127.89/80.51 (sP959(constB12)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1874, 1871, 22394])).
% 127.89/80.51 tff(22396,plain,
% 127.89/80.51 (sP958(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6464, 5886, 22380])).
% 127.89/80.51 tff(22397,plain,
% 127.89/80.51 (~v13(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[13140, 22396, 1])).
% 127.89/80.51 tff(22398,plain,
% 127.89/80.51 (~v938(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[12400, 22397])).
% 127.89/80.51 tff(22399,plain,
% 127.89/80.51 (~v940(constB11, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1263, 22398])).
% 127.89/80.51 tff(22400,plain,
% 127.89/80.51 (~v956(constB11, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1303, 22399])).
% 127.89/80.51 tff(22401,plain,
% 127.89/80.51 (~v7(constB11, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1311, 22400])).
% 127.89/80.51 tff(22402,plain,
% 127.89/80.51 (~v7(constB12, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1342, 22401])).
% 127.89/80.51 tff(22403,plain,
% 127.89/80.51 ((~sP958(constB12)) | (~sP959(constB12))),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1892, 1886, 22402, 1876])).
% 127.89/80.51 tff(22404,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22403, 22395, 22387])).
% 127.89/80.51 tff(22405,plain,((~v13(constB12, bitIndex1)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22406,plain,
% 127.89/80.51 (v7(constB10, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22405, 22375, 1, 10405, 7563])).
% 127.89/80.51 tff(22407,plain,
% 127.89/80.51 (v7(constB9, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6412, 22406])).
% 127.89/80.51 tff(22408,plain,
% 127.89/80.51 (v929(constB9, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6420, 22407])).
% 127.89/80.51 tff(22409,plain,
% 127.89/80.51 (v940(constB9, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6446, 22408])).
% 127.89/80.51 tff(22410,plain,
% 127.89/80.51 (v938(constB8, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6454, 22409])).
% 127.89/80.51 tff(22411,plain,
% 127.89/80.51 (v11(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10622, 22410])).
% 127.89/80.51 tff(22412,plain,
% 127.89/80.51 (~v1050(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10406, 22411])).
% 127.89/80.51 tff(22413,plain,
% 127.89/80.51 (~v1052(constB9)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6483, 22412])).
% 127.89/80.51 tff(22414,plain,
% 127.89/80.51 (~v7(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6478, 22413])).
% 127.89/80.51 tff(22415,plain,
% 127.89/80.51 (~v7(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6470, 22414])).
% 127.89/80.51 tff(22416,plain,
% 127.89/80.51 (~sP957(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7954, 5875, 22415])).
% 127.89/80.51 tff(22417,plain,
% 127.89/80.51 (v7(constB12, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[17323, 22369, 22375, 2216])).
% 127.89/80.51 tff(22418,plain,
% 127.89/80.51 (v7(constB11, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7597, 22417])).
% 127.89/80.51 tff(22419,plain,
% 127.89/80.51 (v1052(constB11)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7591, 22418])).
% 127.89/80.51 tff(22420,plain,
% 127.89/80.51 (v1050(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7583, 22419])).
% 127.89/80.51 tff(22421,plain,
% 127.89/80.51 (v13(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7578, 22420])).
% 127.89/80.51 tff(22422,plain,
% 127.89/80.51 (~v13(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[8002, 22421, 1, 22416, 7956])).
% 127.89/80.51 tff(22423,plain,
% 127.89/80.51 (~v938(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[12400, 22422])).
% 127.89/80.51 tff(22424,plain,
% 127.89/80.51 (~v940(constB11, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1263, 22423])).
% 127.89/80.51 tff(22425,plain,
% 127.89/80.51 (~v956(constB11, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1303, 22424])).
% 127.89/80.51 tff(22426,plain,
% 127.89/80.51 (~v7(constB11, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1311, 22425])).
% 127.89/80.51 tff(22427,plain,
% 127.89/80.51 (~v7(constB12, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1342, 22426])).
% 127.89/80.51 tff(22428,plain,
% 127.89/80.51 (~v13(constB10, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[19557, 22421, 1, 22415])).
% 127.89/80.51 tff(22429,plain,
% 127.89/80.51 (~v938(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[12418, 22428])).
% 127.89/80.51 tff(22430,plain,
% 127.89/80.51 (~v940(constB11, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1717, 22429])).
% 127.89/80.51 tff(22431,plain,
% 127.89/80.51 (~v929(constB11, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1743, 22430])).
% 127.89/80.51 tff(22432,plain,
% 127.89/80.51 (~v7(constB11, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1751, 22431])).
% 127.89/80.51 tff(22433,plain,
% 127.89/80.51 (~v7(constB12, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1772, 22432])).
% 127.89/80.51 tff(22434,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[1987, 22433, 22427, 22375, 22369])).
% 127.89/80.51 tff(22435,plain,(v13(constB12, bitIndex2) | v7(constB10, bitIndex1) | (~sP958(constB10)) | (~v11(constB10)) | v13(constB8, bitIndex0) | (~v13(constB14, bitIndex2)) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22436,plain,
% 127.89/80.51 (v13(constB12, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22435, 22363, 22347, 21195, 22322, 22328, 22358])).
% 127.89/80.51 tff(22437,plain,
% 127.89/80.51 (v7(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[17318, 6448, 1876, 7563, 1794])).
% 127.89/80.51 tff(22438,plain,
% 127.89/80.51 (v7(constB9, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[188, 22437])).
% 127.89/80.51 tff(22439,plain,
% 127.89/80.51 (v956(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[206, 22438])).
% 127.89/80.51 tff(22440,plain,
% 127.89/80.51 (v940(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[289, 22439])).
% 127.89/80.51 tff(22441,plain,
% 127.89/80.51 (v938(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[307, 22440])).
% 127.89/80.51 tff(22442,plain,
% 127.89/80.51 (~v11(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[9309, 8517, 6494, 6448])).
% 127.89/80.51 tff(22443,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[338, 335, 22442, 22441])).
% 127.89/80.51 tff(22444,plain,(v938(constB8, bitIndex1) | (~v13(constB8, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.89/80.51 tff(22445,plain,
% 127.89/80.51 (v938(constB8, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22444, 1876, 6494, 7563, 1794])).
% 127.89/80.51 tff(22446,plain,
% 127.89/80.51 (v11(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10622, 22445])).
% 127.89/80.51 tff(22447,plain,
% 127.89/80.51 (sP958(constB10)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22336, 22446, 6494])).
% 127.89/80.51 tff(22448,plain,
% 127.89/80.51 ((~v1050(constB8)) | v13(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6491, 6040, 22446])).
% 127.89/80.51 tff(22449,plain,
% 127.89/80.51 (~v1050(constB8)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22448, 10405])).
% 127.89/80.51 tff(22450,plain,
% 127.89/80.51 (~v1052(constB9)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6483, 22449])).
% 127.89/80.51 tff(22451,plain,
% 127.89/80.51 (~v7(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6478, 22450])).
% 127.89/80.51 tff(22452,plain,
% 127.89/80.51 (~v7(constB10, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6470, 22451])).
% 127.89/80.51 tff(22453,plain,
% 127.89/80.51 (v7(constB10, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[8033, 22452, 1876, 1794, 22447, 7563])).
% 127.89/80.51 tff(22454,plain,
% 127.89/80.51 (v7(constB9, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[188, 22453])).
% 127.89/80.51 tff(22455,plain,
% 127.89/80.51 (v956(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[206, 22454])).
% 127.89/80.51 tff(22456,plain,
% 127.89/80.51 (v940(constB9, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[289, 22455])).
% 127.89/80.51 tff(22457,plain,
% 127.89/80.51 (v938(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[307, 22456])).
% 127.89/80.51 tff(22458,plain,
% 127.89/80.51 (v13(constB8, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[340, 22457])).
% 127.89/80.51 tff(22459,plain,
% 127.89/80.51 (v11(constB6)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[18551, 10405])).
% 127.89/80.51 tff(22460,plain,
% 127.89/80.51 (v7(constB6, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21068, 22459, 6494, 22458])).
% 127.89/80.51 tff(22461,plain,
% 127.89/80.51 (v7(constB5, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[834, 22460])).
% 127.89/80.51 tff(22462,plain,
% 127.89/80.51 (v929(constB5, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[783, 22461])).
% 127.89/80.51 tff(22463,plain,
% 127.89/80.51 (v940(constB5, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[765, 22462])).
% 127.89/80.51 tff(22464,plain,
% 127.89/80.51 (v938(constB4, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[699, 22463])).
% 127.89/80.51 tff(22465,plain,
% 127.89/80.51 (v13(constB4, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[16811, 22464])).
% 127.89/80.51 tff(22466,plain,
% 127.89/80.51 (~v13(constB4, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[20460, 22465])).
% 127.89/80.51 tff(22467,plain,
% 127.89/80.51 (~v1050(constB4)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[16842, 22466])).
% 127.89/80.51 tff(22468,plain,
% 127.89/80.51 (~v1052(constB5)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6029, 22467])).
% 127.89/80.51 tff(22469,plain,
% 127.89/80.51 (~v7(constB5, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[6014, 22468])).
% 127.89/80.51 tff(22470,plain,
% 127.89/80.51 (~v7(constB6, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[5996, 22469])).
% 127.89/80.51 tff(22471,plain,
% 127.89/80.51 (v7(constB8, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[21088, 22459, 6494, 22458])).
% 127.89/80.51 tff(22472,plain,
% 127.89/80.51 (v7(constB7, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2450, 22471])).
% 127.89/80.51 tff(22473,plain,
% 127.89/80.51 (v929(constB7, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10337, 22472])).
% 127.89/80.51 tff(22474,plain,
% 127.89/80.51 (v940(constB7, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[10333, 22473])).
% 127.89/80.51 tff(22475,plain,
% 127.89/80.51 (v938(constB6, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2545, 22474])).
% 127.89/80.51 tff(22476,plain,
% 127.89/80.51 (v13(constB6, bitIndex2)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[14085, 22475])).
% 127.89/80.51 tff(22477,plain,
% 127.89/80.51 (~v13(constB6, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[17050, 22476, 22470])).
% 127.89/80.51 tff(22478,plain,
% 127.89/80.51 ((~v1050(constB6)) | v13(constB6, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7105, 6040, 22459])).
% 127.89/80.51 tff(22479,plain,
% 127.89/80.51 (~v1050(constB6)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[22478, 22477])).
% 127.89/80.51 tff(22480,plain,
% 127.89/80.51 (~v1052(constB7)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7111, 22479])).
% 127.89/80.51 tff(22481,plain,
% 127.89/80.51 (~v7(constB7, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7119, 22480])).
% 127.89/80.51 tff(22482,plain,
% 127.89/80.51 (~v7(constB8, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[7137, 22481])).
% 127.89/80.51 tff(22483,plain,
% 127.89/80.51 (~v13(constB6, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[19179, 22476])).
% 127.89/80.51 tff(22484,plain,
% 127.89/80.51 (~v938(constB6, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[11713, 22483])).
% 127.89/80.51 tff(22485,plain,
% 127.89/80.51 (~v940(constB7, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2524, 22484])).
% 127.89/80.51 tff(22486,plain,
% 127.89/80.51 (~v956(constB7, bitIndex0)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2516, 22485])).
% 127.89/80.51 tff(22487,plain,
% 127.89/80.51 (~v7(constB7, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2490, 22486])).
% 127.89/80.51 tff(22488,plain,
% 127.89/80.51 (~v7(constB8, bitIndex1)),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[2482, 22487])).
% 127.89/80.51 tff(22489,plain,
% 127.89/80.51 ($false),
% 127.89/80.51 inference(unit_resolution,[status(thm)],[9083, 22488, 22482, 6494, 22458])).
% 127.98/80.51 tff(22490,plain,(v13(constB8, bitIndex0) | (~v13(constB8, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22491,plain,
% 127.98/80.51 (~v13(constB12, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22490, 22436, 22321, 22322, 21195])).
% 127.98/80.51 tff(22492,plain,
% 127.98/80.51 (~v938(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9911, 22491])).
% 127.98/80.51 tff(22493,plain,
% 127.98/80.51 (~v940(constB13, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2159, 22492])).
% 127.98/80.51 tff(22494,plain,
% 127.98/80.51 (~v956(constB13, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2185, 22493])).
% 127.98/80.51 tff(22495,plain,
% 127.98/80.51 (~v7(constB13, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2193, 22494])).
% 127.98/80.51 tff(22496,plain,
% 127.98/80.51 (~v7(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2214, 22495])).
% 127.98/80.51 tff(22497,plain,
% 127.98/80.51 (v7(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10996, 22496, 22363, 22358])).
% 127.98/80.51 tff(22498,plain,
% 127.98/80.51 (v7(constB13, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10822, 22497])).
% 127.98/80.51 tff(22499,plain,
% 127.98/80.51 (v1052(constB13)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10816, 22498])).
% 127.98/80.51 tff(22500,plain,
% 127.98/80.51 (v1050(constB12)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10808, 22499])).
% 127.98/80.51 tff(22501,plain,
% 127.98/80.51 (v11(constB12)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10144, 22363])).
% 127.98/80.51 tff(22502,plain,
% 127.98/80.51 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10802, 6040, 22501])).
% 127.98/80.51 tff(22503,plain,
% 127.98/80.51 (v13(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22502, 22500])).
% 127.98/80.51 tff(22504,plain,
% 127.98/80.51 (v7(constB10, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21000, 22503, 21195, 22328, 22436])).
% 127.98/80.51 tff(22505,plain,
% 127.98/80.51 (v7(constB9, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6412, 22504])).
% 127.98/80.51 tff(22506,plain,
% 127.98/80.51 (v929(constB9, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6420, 22505])).
% 127.98/80.51 tff(22507,plain,
% 127.98/80.51 (v940(constB9, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6446, 22506])).
% 127.98/80.51 tff(22508,plain,
% 127.98/80.51 (v938(constB8, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6454, 22507])).
% 127.98/80.51 tff(22509,plain,
% 127.98/80.51 (v7(constB10, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10890, 22503, 22328, 21195, 22436])).
% 127.98/80.51 tff(22510,plain,
% 127.98/80.51 (v7(constB9, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6470, 22509])).
% 127.98/80.51 tff(22511,plain,
% 127.98/80.51 (v1052(constB9)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6478, 22510])).
% 127.98/80.51 tff(22512,plain,
% 127.98/80.51 (v1050(constB8)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6483, 22511])).
% 127.98/80.51 tff(22513,plain,
% 127.98/80.51 ((~v1050(constB8)) | (~v11(constB8))),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6491, 6040, 22322])).
% 127.98/80.51 tff(22514,plain,
% 127.98/80.51 (~v11(constB8)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22513, 22512])).
% 127.98/80.51 tff(22515,plain,
% 127.98/80.51 ($false),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10622, 22514, 22508])).
% 127.98/80.51 tff(22516,plain,(v11(constB16) | (~v7(sK952_VarCurr, bitIndex0)) | (constB8 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22517,plain,
% 127.98/80.51 (v11(constB16)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22516, 11348, 4113, 11346, 5323, 3964, 3694, 2407, 4112, 11700, 2408])).
% 127.98/80.51 tff(22518,plain,
% 127.98/80.51 (v7(constB16, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21564, 2147, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 11700, 22517, 17785, 4112])).
% 127.98/80.51 tff(22519,plain,
% 127.98/80.51 (v7(constB15, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[4072, 22518])).
% 127.98/80.51 tff(22520,plain,
% 127.98/80.51 (v929(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5505, 22519])).
% 127.98/80.51 tff(22521,plain,
% 127.98/80.51 (v940(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2348, 22520])).
% 127.98/80.51 tff(22522,plain,
% 127.98/80.51 (v938(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2356, 22521])).
% 127.98/80.51 tff(22523,plain,
% 127.98/80.51 (v13(constB14, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21213, 22522])).
% 127.98/80.51 tff(22524,plain,
% 127.98/80.51 (~v13(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22435, 22523, 22347, 21195, 22322, 22328, 2216])).
% 127.98/80.51 tff(22525,plain,
% 127.98/80.51 (~v1050(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22357, 22524])).
% 127.98/80.51 tff(22526,plain,
% 127.98/80.51 (~v1052(constB15)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10212, 22525])).
% 127.98/80.51 tff(22527,plain,
% 127.98/80.51 (~v7(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10207, 22526])).
% 127.98/80.51 tff(22528,plain,
% 127.98/80.51 (~v7(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10199, 22527])).
% 127.98/80.51 tff(22529,plain,
% 127.98/80.51 (~sP960(constB16)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10179, 5864, 22528])).
% 127.98/80.51 tff(22530,plain,
% 127.98/80.51 (~sP957(constB16)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[11254, 5875, 22528])).
% 127.98/80.51 tff(22531,plain,
% 127.98/80.51 ((~v13(constB14, bitIndex2)) | sP960(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2369, 1804, 17786])).
% 127.98/80.51 tff(22532,plain,
% 127.98/80.51 (sP960(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22531, 22523])).
% 127.98/80.51 tff(22533,plain,
% 127.98/80.51 (v28(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2374, 1819, 22532])).
% 127.98/80.51 tff(22534,plain,
% 127.98/80.51 (sP958(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2378, 1912, 22533])).
% 127.98/80.51 tff(22535,plain,
% 127.98/80.51 (sP959(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2297, 1871, 17786])).
% 127.98/80.51 tff(22536,plain,
% 127.98/80.51 (v7(constB14, bitIndex1) | (~v13(constB14, bitIndex1)) | (~sP958(constB14))),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2305, 1886, 22535])).
% 127.98/80.51 tff(22537,plain,
% 127.98/80.51 (~v13(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22536, 22534, 14774])).
% 127.98/80.51 tff(22538,plain,
% 127.98/80.51 (~v938(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[11741, 22537])).
% 127.98/80.51 tff(22539,plain,
% 127.98/80.51 (~v940(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9659, 22538])).
% 127.98/80.51 tff(22540,plain,
% 127.98/80.51 (~v956(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9654, 22539])).
% 127.98/80.51 tff(22541,plain,
% 127.98/80.51 (~v7(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9649, 22540])).
% 127.98/80.51 tff(22542,plain,
% 127.98/80.51 (~v7(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[4007, 22541])).
% 127.98/80.51 tff(22543,plain,
% 127.98/80.51 (v13(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21787, 22542, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 4112, 11700, 22517, 22530, 22529, 5309])).
% 127.98/80.51 tff(22544,plain,
% 127.98/80.51 (~v13(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[11331, 22543, 22528])).
% 127.98/80.51 tff(22545,plain,
% 127.98/80.51 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9582, 6040, 22517])).
% 127.98/80.51 tff(22546,plain,
% 127.98/80.51 (~v1050(constB16)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22545, 22544])).
% 127.98/80.51 tff(22547,plain,
% 127.98/80.51 (~v1052(constB17)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9575, 22546])).
% 127.98/80.51 tff(22548,plain,
% 127.98/80.51 (~v7(constB17, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9570, 22547])).
% 127.98/80.51 tff(22549,plain,
% 127.98/80.51 (~v7(constB18, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9562, 22548])).
% 127.98/80.51 tff(22550,plain,
% 127.98/80.51 (~sP960(constB18)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9556, 5864, 22549])).
% 127.98/80.51 tff(22551,plain,
% 127.98/80.51 (~(constB17 = sK952_VarCurr)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[13484, 22548, 11700])).
% 127.98/80.51 tff(22552,plain,
% 127.98/80.51 (~(constB18 = sK952_VarCurr)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[13479, 22549, 11700])).
% 127.98/80.51 tff(22553,plain,
% 127.98/80.51 (v7(constB19, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[20812, 22552, 20697, 20590, 20695, 4112, 4113, 5323, 2407, 3964, 21210, 3694, 11346, 2408, 11348, 5309, 22551])).
% 127.98/80.51 tff(22554,plain,
% 127.98/80.51 (v929(constB19, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[16266, 22553])).
% 127.98/80.51 tff(22555,plain,
% 127.98/80.51 (v940(constB19, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[16209, 22554])).
% 127.98/80.51 tff(22556,plain,
% 127.98/80.51 (v938(constB18, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[14209, 22555])).
% 127.98/80.51 tff(22557,plain,
% 127.98/80.51 (v13(constB18, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[16203, 22556])).
% 127.98/80.51 tff(22558,plain,
% 127.98/80.51 (~v13(constB16, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10193, 22543, 22542, 22528])).
% 127.98/80.51 tff(22559,plain,
% 127.98/80.51 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5572, 2226, 22517])).
% 127.98/80.51 tff(22560,plain,
% 127.98/80.51 (~v938(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22559, 22558])).
% 127.98/80.51 tff(22561,plain,
% 127.98/80.51 (~v940(constB17, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5581, 22560])).
% 127.98/80.51 tff(22562,plain,
% 127.98/80.51 (~v929(constB17, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5607, 22561])).
% 127.98/80.51 tff(22563,plain,
% 127.98/80.51 (~v7(constB17, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5615, 22562])).
% 127.98/80.51 tff(22564,plain,
% 127.98/80.51 (~v7(constB18, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5636, 22563])).
% 127.98/80.51 tff(22565,plain,
% 127.98/80.51 ($false),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5724, 1804, 22564, 22557, 22550])).
% 127.98/80.51 tff(22566,plain,(v13(constB12, bitIndex1) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22567,plain,
% 127.98/80.51 (v13(constB12, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22566, 5309, 4113, 5323, 2407, 3964, 3694, 11346, 2408, 11348, 4112, 11700, 2216])).
% 127.98/80.51 tff(22568,plain,
% 127.98/80.51 (v7(constB10, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22405, 22567, 22328, 22322, 21195])).
% 127.98/80.51 tff(22569,plain,
% 127.98/80.51 (v7(constB9, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6412, 22568])).
% 127.98/80.51 tff(22570,plain,
% 127.98/80.51 (v929(constB9, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6420, 22569])).
% 127.98/80.51 tff(22571,plain,
% 127.98/80.51 (v940(constB9, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6446, 22570])).
% 127.98/80.51 tff(22572,plain,
% 127.98/80.51 (v938(constB8, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6454, 22571])).
% 127.98/80.51 tff(22573,plain,
% 127.98/80.51 (v11(constB8)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10622, 22572])).
% 127.98/80.51 tff(22574,plain,
% 127.98/80.51 (~v1050(constB8)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22513, 22573])).
% 127.98/80.51 tff(22575,plain,
% 127.98/80.51 (~v1052(constB9)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6483, 22574])).
% 127.98/80.51 tff(22576,plain,
% 127.98/80.51 (~v7(constB9, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6478, 22575])).
% 127.98/80.51 tff(22577,plain,
% 127.98/80.51 (~v7(constB10, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[6470, 22576])).
% 127.98/80.51 tff(22578,plain,
% 127.98/80.51 (~v13(constB10, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[8002, 17505, 1, 7955, 7956])).
% 127.98/80.51 tff(22579,plain,
% 127.98/80.51 (~v938(constB10, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[12400, 22578])).
% 127.98/80.51 tff(22580,plain,
% 127.98/80.51 (~v940(constB11, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1263, 22579])).
% 127.98/80.51 tff(22581,plain,
% 127.98/80.51 (~v956(constB11, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1303, 22580])).
% 127.98/80.51 tff(22582,plain,
% 127.98/80.51 (~v7(constB11, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1311, 22581])).
% 127.98/80.51 tff(22583,plain,
% 127.98/80.51 (~v7(constB12, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1342, 22582])).
% 127.98/80.51 tff(22584,plain,
% 127.98/80.51 (~v13(constB10, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[19557, 17505, 1, 7950])).
% 127.98/80.51 tff(22585,plain,
% 127.98/80.51 (~v938(constB10, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[12418, 22584])).
% 127.98/80.51 tff(22586,plain,
% 127.98/80.51 (~v940(constB11, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1717, 22585])).
% 127.98/80.51 tff(22587,plain,
% 127.98/80.51 (~v929(constB11, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1743, 22586])).
% 127.98/80.51 tff(22588,plain,
% 127.98/80.51 (~v7(constB11, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1751, 22587])).
% 127.98/80.51 tff(22589,plain,
% 127.98/80.51 (~v7(constB12, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1772, 22588])).
% 127.98/80.51 tff(22590,plain,
% 127.98/80.51 ($false),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[1987, 22589, 22583, 1876, 1775])).
% 127.98/80.51 tff(22591,plain,((~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex1)) | v7(constB10, bitIndex1) | v7(constB10, bitIndex0) | (~sP958(constB10)) | (~v11(constB10)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22592,plain,
% 127.98/80.51 (~v13(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22591, 22567, 22328, 22577, 22347, 21195, 2216])).
% 127.98/80.51 tff(22593,plain,
% 127.98/80.51 (v11(constB12)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21571, 17785, 5323, 3694, 3964, 21210, 4112, 11700, 11346, 4113])).
% 127.98/80.51 tff(22594,plain,
% 127.98/80.51 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10802, 6040, 22593])).
% 127.98/80.51 tff(22595,plain,
% 127.98/80.51 (~v1050(constB12)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22594, 22592])).
% 127.98/80.51 tff(22596,plain,
% 127.98/80.51 (~v1052(constB13)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10808, 22595])).
% 127.98/80.51 tff(22597,plain,
% 127.98/80.51 (~v7(constB13, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10816, 22596])).
% 127.98/80.51 tff(22598,plain,
% 127.98/80.51 (~v7(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10822, 22597])).
% 127.98/80.51 tff(22599,plain,
% 127.98/80.51 (sP958(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[12791, 5886, 22598])).
% 127.98/80.51 tff(22600,plain,
% 127.98/80.51 (~sP960(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10830, 5864, 22598])).
% 127.98/80.51 tff(22601,plain,
% 127.98/80.51 (~v13(constB14, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22531, 22600])).
% 127.98/80.51 tff(22602,plain,
% 127.98/80.51 (~v938(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21213, 22601])).
% 127.98/80.51 tff(22603,plain,
% 127.98/80.51 (~v940(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2356, 22602])).
% 127.98/80.51 tff(22604,plain,
% 127.98/80.51 (~v929(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2348, 22603])).
% 127.98/80.51 tff(22605,plain,
% 127.98/80.51 (~v7(constB15, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5505, 22604])).
% 127.98/80.51 tff(22606,plain,
% 127.98/80.51 (~v7(constB16, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[4072, 22605])).
% 127.98/80.51 tff(22607,plain,
% 127.98/80.51 (v7(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21472, 22606, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 22517, 11700, 4112, 17785])).
% 127.98/80.51 tff(22608,plain,
% 127.98/80.51 (v13(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21584, 22607, 22356, 4113, 5323, 3964, 21210, 3694, 11346, 22517, 4112, 11700, 2407, 22606, 17785, 22598])).
% 127.98/80.51 tff(22609,plain,
% 127.98/80.51 (v7(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22103, 22608, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 5309, 11700, 22517, 22606, 4112])).
% 127.98/80.51 tff(22610,plain,
% 127.98/80.51 (v7(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[4007, 22609])).
% 127.98/80.51 tff(22611,plain,
% 127.98/80.51 (v956(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9649, 22610])).
% 127.98/80.51 tff(22612,plain,
% 127.98/80.51 (v940(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9654, 22611])).
% 127.98/80.51 tff(22613,plain,
% 127.98/80.51 (v938(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9659, 22612])).
% 127.98/80.51 tff(22614,plain,
% 127.98/80.51 (v13(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[11741, 22613])).
% 127.98/80.51 tff(22615,plain,
% 127.98/80.51 (sP954_aig_name(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21605, 22614, 22535, 22599])).
% 127.98/80.51 tff(22616,plain,
% 127.98/80.51 (~sP957(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10826, 5875, 22598])).
% 127.98/80.51 tff(22617,plain,
% 127.98/80.51 (v7(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10199, 22607])).
% 127.98/80.51 tff(22618,plain,
% 127.98/80.51 (v1052(constB15)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10207, 22617])).
% 127.98/80.51 tff(22619,plain,
% 127.98/80.51 (v1050(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10212, 22618])).
% 127.98/80.51 tff(22620,plain,
% 127.98/80.51 (v13(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22357, 22619])).
% 127.98/80.51 tff(22621,plain,
% 127.98/80.51 ((~v13(constB14, bitIndex0)) | sP957(constB14) | (~v924(constB14, bitIndex0))),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[12745, 7278, 17786])).
% 127.98/80.51 tff(22622,plain,
% 127.98/80.51 (~v924(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22621, 22620, 22616])).
% 127.98/80.51 tff(22623,plain,
% 127.98/80.51 ($false),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[12928, 1982, 22622, 22615])).
% 127.98/80.51 tff(22624,plain,((constB16 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB7 = sK952_VarCurr) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22625,plain,
% 127.98/80.51 (constB16 = sK952_VarCurr),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22624, 2216, 5323, 2408, 3964, 3694, 11346, 2407, 11348, 11700, 4112, 4113])).
% 127.98/80.51 tff(22626,plain,
% 127.98/80.51 (v7(constB16, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[20700, 22625])).
% 127.98/80.51 tff(22627,plain,
% 127.98/80.51 (v7(constB15, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[4072, 22626])).
% 127.98/80.51 tff(22628,plain,
% 127.98/80.51 (v929(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5505, 22627])).
% 127.98/80.51 tff(22629,plain,
% 127.98/80.51 (v940(constB15, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2348, 22628])).
% 127.98/80.51 tff(22630,plain,
% 127.98/80.51 (v938(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2356, 22629])).
% 127.98/80.51 tff(22631,plain,
% 127.98/80.51 (v7(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[12708, 22625, 11700])).
% 127.98/80.51 tff(22632,plain,
% 127.98/80.51 (v7(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10199, 22631])).
% 127.98/80.51 tff(22633,plain,
% 127.98/80.51 (v1052(constB15)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10207, 22632])).
% 127.98/80.51 tff(22634,plain,
% 127.98/80.51 (v1050(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10212, 22633])).
% 127.98/80.51 tff(22635,plain,
% 127.98/80.51 (v13(constB14, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22357, 22634])).
% 127.98/80.51 tff(22636,plain,
% 127.98/80.51 (~v13(constB14, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22435, 22635, 22347, 21195, 22322, 22328, 2216])).
% 127.98/80.51 tff(22637,plain,
% 127.98/80.51 ($false),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21213, 22636, 22630])).
% 127.98/80.51 tff(22638,plain,(v13(constB12, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22639,plain,
% 127.98/80.51 (v13(constB12, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22638, 11348, 5323, 2408, 3964, 3694, 11346, 2407, 11700, 4112, 4113])).
% 127.98/80.51 tff(22640,plain,
% 127.98/80.51 (~v13(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21012, 22639, 22328, 21195, 22322])).
% 127.98/80.51 tff(22641,plain,
% 127.98/80.51 (~v13(constB12, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22490, 22639, 22321, 22322, 21195])).
% 127.98/80.51 tff(22642,plain,
% 127.98/80.51 (~v938(constB12, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9911, 22641])).
% 127.98/80.51 tff(22643,plain,
% 127.98/80.51 (~v940(constB13, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2159, 22642])).
% 127.98/80.51 tff(22644,plain,
% 127.98/80.51 (~v956(constB13, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2185, 22643])).
% 127.98/80.51 tff(22645,plain,
% 127.98/80.51 (~v7(constB13, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2193, 22644])).
% 127.98/80.51 tff(22646,plain,
% 127.98/80.51 (~v7(constB14, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2214, 22645])).
% 127.98/80.51 tff(22647,plain,
% 127.98/80.51 (~v1050(constB14)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22357, 2139])).
% 127.98/80.51 tff(22648,plain,
% 127.98/80.51 (~v1052(constB15)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10212, 22647])).
% 127.98/80.51 tff(22649,plain,
% 127.98/80.51 (~v7(constB15, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10207, 22648])).
% 127.98/80.51 tff(22650,plain,
% 127.98/80.51 (~v7(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[10199, 22649])).
% 127.98/80.51 tff(22651,plain,
% 127.98/80.51 (~v938(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22559, 5569])).
% 127.98/80.51 tff(22652,plain,
% 127.98/80.51 (~v940(constB17, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5581, 22651])).
% 127.98/80.51 tff(22653,plain,
% 127.98/80.51 (~v929(constB17, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5607, 22652])).
% 127.98/80.51 tff(22654,plain,
% 127.98/80.51 (~v7(constB17, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5615, 22653])).
% 127.98/80.51 tff(22655,plain,
% 127.98/80.51 (~(constB17 = sK952_VarCurr)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[20860, 22654])).
% 127.98/80.51 tff(22656,plain,
% 127.98/80.51 (~v7(constB18, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5636, 22654])).
% 127.98/80.51 tff(22657,plain,
% 127.98/80.51 (~(constB18 = sK952_VarCurr)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[20863, 22656])).
% 127.98/80.51 tff(22658,plain,
% 127.98/80.51 (v7(constB19, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[20812, 22657, 20697, 20590, 20695, 4112, 4113, 5323, 2407, 3964, 21210, 3694, 11346, 2408, 11348, 5309, 22655])).
% 127.98/80.51 tff(22659,plain,
% 127.98/80.51 (v929(constB19, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[16266, 22658])).
% 127.98/80.51 tff(22660,plain,
% 127.98/80.51 (v940(constB19, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[16209, 22659])).
% 127.98/80.51 tff(22661,plain,
% 127.98/80.51 (v938(constB18, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[14209, 22660])).
% 127.98/80.51 tff(22662,plain,
% 127.98/80.51 (v13(constB18, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[16203, 22661])).
% 127.98/80.51 tff(22663,plain,
% 127.98/80.51 (sP960(constB18)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[5724, 1804, 22656, 22662])).
% 127.98/80.51 tff(22664,plain,
% 127.98/80.51 (v13(constB16, bitIndex1)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[21665, 5569, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 5309, 22517, 11700, 4112])).
% 127.98/80.51 tff(22665,plain,
% 127.98/80.51 (~v13(constB16, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[11331, 22664, 10171])).
% 127.98/80.51 tff(22666,plain,
% 127.98/80.51 (~v1050(constB16)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22545, 22665])).
% 127.98/80.51 tff(22667,plain,
% 127.98/80.51 (~v1052(constB17)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9575, 22666])).
% 127.98/80.51 tff(22668,plain,
% 127.98/80.51 (~v7(constB17, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9570, 22667])).
% 127.98/80.51 tff(22669,plain,
% 127.98/80.51 (~v7(constB18, bitIndex0)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9562, 22668])).
% 127.98/80.51 tff(22670,plain,
% 127.98/80.51 ($false),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[9556, 5864, 22669, 22663])).
% 127.98/80.51 tff(22671,plain,(v13(constB16, bitIndex2) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | v7(constB16, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.51 tff(22672,plain,
% 127.98/80.51 (v13(constB16, bitIndex2)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[22671, 22650, 4113, 5323, 2407, 3964, 3694, 11346, 2408, 11348, 5309, 4112, 11700])).
% 127.98/80.51 tff(22673,plain,
% 127.98/80.51 (v11(constB12)),
% 127.98/80.51 inference(unit_resolution,[status(thm)],[2145, 2139])).
% 127.98/80.51 tff(22674,plain,
% 127.98/80.52 (~v1050(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10802, 6040, 22673, 22640])).
% 127.98/80.52 tff(22675,plain,
% 127.98/80.52 (~v1052(constB13)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10808, 22674])).
% 127.98/80.52 tff(22676,plain,
% 127.98/80.52 (~v7(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10816, 22675])).
% 127.98/80.52 tff(22677,plain,
% 127.98/80.52 (~v7(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10822, 22676])).
% 127.98/80.52 tff(22678,plain,
% 127.98/80.52 (~v13(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[13682, 22677, 22646, 22356, 22672])).
% 127.98/80.52 tff(22679,plain,
% 127.98/80.52 (~v938(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[11741, 22678])).
% 127.98/80.52 tff(22680,plain,
% 127.98/80.52 (~v940(constB15, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9659, 22679])).
% 127.98/80.52 tff(22681,plain,
% 127.98/80.52 (~v956(constB15, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9654, 22680])).
% 127.98/80.52 tff(22682,plain,
% 127.98/80.52 (~v7(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9649, 22681])).
% 127.98/80.52 tff(22683,plain,
% 127.98/80.52 (~v7(constB16, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[4007, 22682])).
% 127.98/80.52 tff(22684,plain,
% 127.98/80.52 (~sP960(constB16)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10179, 5864, 22650])).
% 127.98/80.52 tff(22685,plain,
% 127.98/80.52 (~sP957(constB16)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[11254, 5875, 22650])).
% 127.98/80.52 tff(22686,plain,
% 127.98/80.52 (v13(constB16, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21787, 22683, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 4112, 11700, 22517, 22685, 22684, 5309])).
% 127.98/80.52 tff(22687,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10193, 22686, 22683, 22672, 22650])).
% 127.98/80.52 tff(22688,plain,(v13(constB14, bitIndex0) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB16 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22689,plain,
% 127.98/80.52 (v13(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22688, 5309, 5323, 2408, 3964, 3694, 11346, 2407, 11348, 4112, 11700, 4113])).
% 127.98/80.52 tff(22690,plain,
% 127.98/80.52 (v7(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10996, 10135, 7542, 1990])).
% 127.98/80.52 tff(22691,plain,
% 127.98/80.52 (v7(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10822, 22690])).
% 127.98/80.52 tff(22692,plain,
% 127.98/80.52 (v1052(constB13)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10816, 22691])).
% 127.98/80.52 tff(22693,plain,
% 127.98/80.52 (v1050(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10808, 22692])).
% 127.98/80.52 tff(22694,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10802, 6040, 22693, 10288, 1685])).
% 127.98/80.52 tff(22695,plain,((~v13(constB14, bitIndex2)) | v13(constB12, bitIndex0) | v7(constB14, bitIndex1) | (~v13(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22696,plain,
% 127.98/80.52 (~v13(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22695, 22689, 22646, 22640])).
% 127.98/80.52 tff(22697,plain,
% 127.98/80.52 (~v938(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21213, 22696])).
% 127.98/80.52 tff(22698,plain,
% 127.98/80.52 (~v940(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2356, 22697])).
% 127.98/80.52 tff(22699,plain,
% 127.98/80.52 (~v929(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2348, 22698])).
% 127.98/80.52 tff(22700,plain,
% 127.98/80.52 (~v7(constB15, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5505, 22699])).
% 127.98/80.52 tff(22701,plain,
% 127.98/80.52 (~v7(constB16, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[4072, 22700])).
% 127.98/80.52 tff(22702,plain,
% 127.98/80.52 (v7(constB13, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21564, 22701, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 11700, 22517, 22641, 4112])).
% 127.98/80.52 tff(22703,plain,
% 127.98/80.52 (v929(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2272, 22702])).
% 127.98/80.52 tff(22704,plain,
% 127.98/80.52 (v940(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2264, 22703])).
% 127.98/80.52 tff(22705,plain,
% 127.98/80.52 (v938(constB12, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2238, 22704])).
% 127.98/80.52 tff(22706,plain,
% 127.98/80.52 (v11(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10129, 22705])).
% 127.98/80.52 tff(22707,plain,
% 127.98/80.52 (v7(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20254, 22702])).
% 127.98/80.52 tff(22708,plain,
% 127.98/80.52 (v952(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12871, 22707, 22696])).
% 127.98/80.52 tff(22709,plain,
% 127.98/80.52 (v7(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21692, 9534, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 4112, 11348, 11700, 22517, 2407, 22646, 5529])).
% 127.98/80.52 tff(22710,plain,
% 127.98/80.52 (v7(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10822, 22709])).
% 127.98/80.52 tff(22711,plain,
% 127.98/80.52 (v1052(constB13)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10816, 22710])).
% 127.98/80.52 tff(22712,plain,
% 127.98/80.52 (v1050(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10808, 22711])).
% 127.98/80.52 tff(22713,plain,
% 127.98/80.52 (v7(constB13, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21564, 9534, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 11700, 22517, 22641, 4112])).
% 127.98/80.52 tff(22714,plain,
% 127.98/80.52 (v929(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2272, 22713])).
% 127.98/80.52 tff(22715,plain,
% 127.98/80.52 (v940(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2264, 22714])).
% 127.98/80.52 tff(22716,plain,
% 127.98/80.52 (v938(constB12, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2238, 22715])).
% 127.98/80.52 tff(22717,plain,
% 127.98/80.52 (v11(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10129, 22716])).
% 127.98/80.52 tff(22718,plain,
% 127.98/80.52 ((~v1050(constB12)) | (~v11(constB12))),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10802, 6040, 22640])).
% 127.98/80.52 tff(22719,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22718, 22717, 22712])).
% 127.98/80.52 tff(22720,plain,(v7(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB15 = sK952_VarCurr) | v13(constB16, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22721,plain,
% 127.98/80.52 (v13(constB16, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22720, 22701, 5323, 2408, 3964, 3694, 11346, 4112, 11348, 11700, 2407, 4113])).
% 127.98/80.52 tff(22722,plain,
% 127.98/80.52 (v7(constB16, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22103, 22721, 4113, 5323, 2408, 3964, 21210, 3694, 11346, 2407, 11348, 5309, 11700, 22517, 22701, 4112])).
% 127.98/80.52 tff(22723,plain,
% 127.98/80.52 (v7(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[4007, 22722])).
% 127.98/80.52 tff(22724,plain,
% 127.98/80.52 (v956(constB15, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9649, 22723])).
% 127.98/80.52 tff(22725,plain,
% 127.98/80.52 (v940(constB15, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9654, 22724])).
% 127.98/80.52 tff(22726,plain,
% 127.98/80.52 (v938(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9659, 22725])).
% 127.98/80.52 tff(22727,plain,
% 127.98/80.52 (v13(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[11741, 22726])).
% 127.98/80.52 tff(22728,plain,
% 127.98/80.52 (v7(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12833, 22727, 22646, 22689, 22708])).
% 127.98/80.52 tff(22729,plain,
% 127.98/80.52 (v7(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10822, 22728])).
% 127.98/80.52 tff(22730,plain,
% 127.98/80.52 (v1052(constB13)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10816, 22729])).
% 127.98/80.52 tff(22731,plain,
% 127.98/80.52 (v1050(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10808, 22730])).
% 127.98/80.52 tff(22732,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10802, 6040, 22731, 22706, 22640])).
% 127.98/80.52 tff(22733,plain,((constB16 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22734,plain,
% 127.98/80.52 (constB16 = sK952_VarCurr),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22733, 11348, 5323, 2408, 3964, 3694, 11346, 2407, 4113, 11700, 4112])).
% 127.98/80.52 tff(22735,plain,
% 127.98/80.52 (v7(constB16, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20700, 22734])).
% 127.98/80.52 tff(22736,plain,
% 127.98/80.52 (v7(constB15, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[4072, 22735])).
% 127.98/80.52 tff(22737,plain,
% 127.98/80.52 (v929(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5505, 22736])).
% 127.98/80.52 tff(22738,plain,
% 127.98/80.52 (v940(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2348, 22737])).
% 127.98/80.52 tff(22739,plain,
% 127.98/80.52 (v938(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2356, 22738])).
% 127.98/80.52 tff(22740,plain,
% 127.98/80.52 (v7(constB16, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12708, 22734, 11700])).
% 127.98/80.52 tff(22741,plain,
% 127.98/80.52 (v7(constB15, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10199, 22740])).
% 127.98/80.52 tff(22742,plain,
% 127.98/80.52 (v1052(constB15)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10207, 22741])).
% 127.98/80.52 tff(22743,plain,
% 127.98/80.52 (v1050(constB14)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10212, 22742])).
% 127.98/80.52 tff(22744,plain,
% 127.98/80.52 (v13(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22357, 22743])).
% 127.98/80.52 tff(22745,plain,
% 127.98/80.52 (~v13(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22695, 22744, 22646, 22640])).
% 127.98/80.52 tff(22746,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21213, 22745, 22739])).
% 127.98/80.52 tff(22747,plain,((constB14 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB11 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22748,plain,
% 127.98/80.52 (constB14 = sK952_VarCurr),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22747, 2408, 5323, 11700, 3964, 3694, 11346, 2407, 4113, 4112])).
% 127.98/80.52 tff(22749,plain,
% 127.98/80.52 (v7(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20691, 22748])).
% 127.98/80.52 tff(22750,plain,
% 127.98/80.52 (v7(constB13, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2293, 22749])).
% 127.98/80.52 tff(22751,plain,
% 127.98/80.52 (v929(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2272, 22750])).
% 127.98/80.52 tff(22752,plain,
% 127.98/80.52 (v940(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2264, 22751])).
% 127.98/80.52 tff(22753,plain,
% 127.98/80.52 (v938(constB12, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2238, 22752])).
% 127.98/80.52 tff(22754,plain,
% 127.98/80.52 (v13(constB12, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[16046, 22753])).
% 127.98/80.52 tff(22755,plain,
% 127.98/80.52 (~v13(constB12, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21012, 22754, 22328, 21195, 22322])).
% 127.98/80.52 tff(22756,plain,
% 127.98/80.52 (v11(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10129, 22753])).
% 127.98/80.52 tff(22757,plain,
% 127.98/80.52 (v7(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[15945, 22748, 11700])).
% 127.98/80.52 tff(22758,plain,
% 127.98/80.52 (v7(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10822, 22757])).
% 127.98/80.52 tff(22759,plain,
% 127.98/80.52 (v1052(constB13)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10816, 22758])).
% 127.98/80.52 tff(22760,plain,
% 127.98/80.52 (v1050(constB12)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10808, 22759])).
% 127.98/80.52 tff(22761,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10802, 6040, 22760, 22756, 22755])).
% 127.98/80.52 tff(22762,plain,((constB13 = sK952_VarCurr) | (~v7(sK952_VarCurr, bitIndex0)) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22763,plain,
% 127.98/80.52 (constB15 = sK952_VarCurr),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22762, 3964, 21196, 5323, 3694, 11346, 11700, 4113, 4112])).
% 127.98/80.52 tff(22764,plain,
% 127.98/80.52 (v7(constB15, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20698, 22763])).
% 127.98/80.52 tff(22765,plain,
% 127.98/80.52 (v929(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5505, 22764])).
% 127.98/80.52 tff(22766,plain,
% 127.98/80.52 (v940(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2348, 22765])).
% 127.98/80.52 tff(22767,plain,
% 127.98/80.52 (v938(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2356, 22766])).
% 127.98/80.52 tff(22768,plain,
% 127.98/80.52 (v13(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21213, 22767])).
% 127.98/80.52 tff(22769,plain,
% 127.98/80.52 (~v13(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21119, 22319])).
% 127.98/80.52 tff(22770,plain,
% 127.98/80.52 (~v938(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[340, 22769])).
% 127.98/80.52 tff(22771,plain,
% 127.98/80.52 (~v940(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[307, 22770])).
% 127.98/80.52 tff(22772,plain,
% 127.98/80.52 (~v956(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[289, 22771])).
% 127.98/80.52 tff(22773,plain,
% 127.98/80.52 (~v7(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[206, 22772])).
% 127.98/80.52 tff(22774,plain,
% 127.98/80.52 (~v7(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[188, 22773])).
% 127.98/80.52 tff(22775,plain,
% 127.98/80.52 (sP958(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22346, 22319])).
% 127.98/80.52 tff(22776,plain,
% 127.98/80.52 (v1052(constB15) <=> v1052(sK952_VarCurr)),
% 127.98/80.52 inference(monotonicity,[status(thm)],[22763])).
% 127.98/80.52 tff(22777,plain,
% 127.98/80.52 (v1052(sK952_VarCurr) <=> v1052(constB15)),
% 127.98/80.52 inference(symmetry,[status(thm)],[22776])).
% 127.98/80.52 tff(22778,plain,
% 127.98/80.52 (v1044(sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5833, 22763])).
% 127.98/80.52 tff(22779,plain,
% 127.98/80.52 (v1052(sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12067, 22778])).
% 127.98/80.52 tff(22780,plain,
% 127.98/80.52 (v1052(constB15)),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[22779, 22777])).
% 127.98/80.52 tff(22781,plain,
% 127.98/80.52 (v1050(constB14)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10212, 22780])).
% 127.98/80.52 tff(22782,plain,
% 127.98/80.52 (v11(constB14)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5498, 22767])).
% 127.98/80.52 tff(22783,plain,
% 127.98/80.52 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10219, 6040, 22782])).
% 127.98/80.52 tff(22784,plain,
% 127.98/80.52 (v13(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22783, 22781])).
% 127.98/80.52 tff(22785,plain,
% 127.98/80.52 (v13(constB12, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22435, 22784, 22775, 21195, 22320, 22774, 22768])).
% 127.98/80.52 tff(22786,plain,
% 127.98/80.52 (~v13(constB12, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22490, 22785, 22319, 22320, 21195])).
% 127.98/80.52 tff(22787,plain,
% 127.98/80.52 (~v938(constB12, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[9911, 22786])).
% 127.98/80.52 tff(22788,plain,
% 127.98/80.52 (v7(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22695, 22784, 22768, 1685])).
% 127.98/80.52 tff(22789,plain,
% 127.98/80.52 (v7(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2214, 22788])).
% 127.98/80.52 tff(22790,plain,
% 127.98/80.52 (v956(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2193, 22789])).
% 127.98/80.52 tff(22791,plain,
% 127.98/80.52 (v940(constB13, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2185, 22790])).
% 127.98/80.52 tff(22792,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2159, 22791, 22787])).
% 127.98/80.52 tff(22793,plain,((constB5 = sK952_VarCurr) | v13(constB12, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | (constB11 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22794,plain,
% 127.98/80.52 (constB11 = sK952_VarCurr),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22793, 21194, 11700, 21191, 20639, 1685, 20491, 20463])).
% 127.98/80.52 tff(22795,plain,
% 127.98/80.52 (v7(constB11, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.98/80.52 inference(monotonicity,[status(thm)],[22794])).
% 127.98/80.52 tff(22796,plain,
% 127.98/80.52 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB11, bitIndex0)),
% 127.98/80.52 inference(symmetry,[status(thm)],[22795])).
% 127.98/80.52 tff(22797,plain,
% 127.98/80.52 (v7(constB11, bitIndex0)),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[11700, 22796])).
% 127.98/80.52 tff(22798,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21192, 22797])).
% 127.98/80.52 tff(22799,plain,(v7(constB11, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB12, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22800,plain,
% 127.98/80.52 (v7(constB11, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22799, 1685, 11700])).
% 127.98/80.52 tff(22801,plain,
% 127.98/80.52 (v1052(constB11)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7591, 22800])).
% 127.98/80.52 tff(22802,plain,
% 127.98/80.52 (v1050(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7583, 22801])).
% 127.98/80.52 tff(22803,plain,
% 127.98/80.52 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7577, 6040, 20983])).
% 127.98/80.52 tff(22804,plain,
% 127.98/80.52 (v13(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22803, 22802])).
% 127.98/80.52 tff(22805,plain,
% 127.98/80.52 (~(constB11 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20687, 14146])).
% 127.98/80.52 tff(22806,plain,
% 127.98/80.52 (~v7(constB12, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1772, 14146])).
% 127.98/80.52 tff(22807,plain,
% 127.98/80.52 (~(constB12 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20685, 22806])).
% 127.98/80.52 tff(22808,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22793, 22807, 22805, 11700, 21191, 20639, 1685, 20491, 20463])).
% 127.98/80.52 tff(22809,plain,(v7(constB11, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB12, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22810,plain,
% 127.98/80.52 (v7(constB11, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22809, 1685, 11700])).
% 127.98/80.52 tff(22811,plain,
% 127.98/80.52 (v929(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1751, 22810])).
% 127.98/80.52 tff(22812,plain,
% 127.98/80.52 (v940(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1743, 22811])).
% 127.98/80.52 tff(22813,plain,
% 127.98/80.52 (v938(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1717, 22812])).
% 127.98/80.52 tff(22814,plain,
% 127.98/80.52 (v13(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12418, 22813])).
% 127.98/80.52 tff(22815,assumption,(sP960(constB10)), introduced(assumption)).
% 127.98/80.52 tff(22816,plain,
% 127.98/80.52 (~v32(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7674, 1841, 22815])).
% 127.98/80.52 tff(22817,plain,
% 127.98/80.52 (~v32(constB9)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6303, 22816])).
% 127.98/80.52 tff(22818,plain,
% 127.98/80.52 (v11(constB8)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6285, 22817])).
% 127.98/80.52 tff(22819,plain,
% 127.98/80.52 (v7(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7457, 5864, 22815])).
% 127.98/80.52 tff(22820,plain,
% 127.98/80.52 (v7(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6470, 22819])).
% 127.98/80.52 tff(22821,plain,
% 127.98/80.52 (v1052(constB9)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6478, 22820])).
% 127.98/80.52 tff(22822,plain,
% 127.98/80.52 (v1050(constB8)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6483, 22821])).
% 127.98/80.52 tff(22823,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6491, 6040, 22822, 22818, 10405])).
% 127.98/80.52 tff(22824,plain,((~sP960(constB10)) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22825,plain,
% 127.98/80.52 (~sP960(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22824, 10405])).
% 127.98/80.52 tff(22826,plain,
% 127.98/80.52 (v7(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6368, 22825])).
% 127.98/80.52 tff(22827,plain,
% 127.98/80.52 (v7(constB9, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6412, 22826])).
% 127.98/80.52 tff(22828,plain,
% 127.98/80.52 (v929(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6420, 22827])).
% 127.98/80.52 tff(22829,plain,
% 127.98/80.52 (v940(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6446, 22828])).
% 127.98/80.52 tff(22830,plain,
% 127.98/80.52 (v938(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6454, 22829])).
% 127.98/80.52 tff(22831,plain,
% 127.98/80.52 (v11(constB8)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10622, 22830])).
% 127.98/80.52 tff(22832,plain,
% 127.98/80.52 (v13(constB8, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7651, 22830])).
% 127.98/80.52 tff(22833,plain,
% 127.98/80.52 (~v13(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21119, 22832])).
% 127.98/80.52 tff(22834,plain,
% 127.98/80.52 (~v938(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[340, 22833])).
% 127.98/80.52 tff(22835,plain,
% 127.98/80.52 (~v940(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[307, 22834])).
% 127.98/80.52 tff(22836,plain,
% 127.98/80.52 (~v956(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[289, 22835])).
% 127.98/80.52 tff(22837,plain,
% 127.98/80.52 (~v7(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[206, 22836])).
% 127.98/80.52 tff(22838,plain,
% 127.98/80.52 (~v7(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[188, 22837])).
% 127.98/80.52 tff(22839,plain,
% 127.98/80.52 (v7(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[19557, 22838, 6361, 7662])).
% 127.98/80.52 tff(22840,plain,
% 127.98/80.52 (v7(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6470, 22839])).
% 127.98/80.52 tff(22841,plain,
% 127.98/80.52 (v1052(constB9)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6478, 22840])).
% 127.98/80.52 tff(22842,plain,
% 127.98/80.52 (v1050(constB8)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6483, 22841])).
% 127.98/80.52 tff(22843,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6491, 6040, 22842, 22831, 10405])).
% 127.98/80.52 tff(22844,plain,(v13(constB8, bitIndex0) | (~v13(constB10, bitIndex2)) | (~v13(constB10, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22845,plain,
% 127.98/80.52 (v13(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22844, 22814, 22804])).
% 127.98/80.52 tff(22846,plain,
% 127.98/80.52 (~v13(constB8, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20632, 22845])).
% 127.98/80.52 tff(22847,plain,
% 127.98/80.52 (~v938(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7651, 22846])).
% 127.98/80.52 tff(22848,plain,
% 127.98/80.52 (~v940(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6454, 22847])).
% 127.98/80.52 tff(22849,plain,
% 127.98/80.52 (~v929(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6446, 22848])).
% 127.98/80.52 tff(22850,plain,
% 127.98/80.52 (~v7(constB9, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6420, 22849])).
% 127.98/80.52 tff(22851,plain,
% 127.98/80.52 (~v7(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6412, 22850])).
% 127.98/80.52 tff(22852,plain,
% 127.98/80.52 (~v13(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[18496, 22845, 22846])).
% 127.98/80.52 tff(22853,plain,
% 127.98/80.52 (~v938(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[340, 22852])).
% 127.98/80.52 tff(22854,plain,
% 127.98/80.52 (~v940(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[307, 22853])).
% 127.98/80.52 tff(22855,plain,
% 127.98/80.52 (~v956(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[289, 22854])).
% 127.98/80.52 tff(22856,plain,
% 127.98/80.52 (~v7(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[206, 22855])).
% 127.98/80.52 tff(22857,plain,
% 127.98/80.52 (~v7(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[188, 22856])).
% 127.98/80.52 tff(22858,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[11193, 22857, 22851, 22814, 22804])).
% 127.98/80.52 tff(22859,plain,(v13(constB12, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22860,plain,
% 127.98/80.52 (v13(constB12, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22859, 11700])).
% 127.98/80.52 tff(22861,plain,
% 127.98/80.52 (~v13(constB12, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21163, 10405, 20983, 22860])).
% 127.98/80.52 tff(22862,plain,
% 127.98/80.52 (~v938(constB12, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[16046, 22861])).
% 127.98/80.52 tff(22863,plain,
% 127.98/80.52 (~v940(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2238, 22862])).
% 127.98/80.52 tff(22864,plain,
% 127.98/80.52 (~v929(constB13, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2264, 22863])).
% 127.98/80.52 tff(22865,plain,
% 127.98/80.52 (~v7(constB13, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2272, 22864])).
% 127.98/80.52 tff(22866,plain,
% 127.98/80.52 (~v7(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2293, 22865])).
% 127.98/80.52 tff(22867,plain,
% 127.98/80.52 (~(constB14 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20691, 22866])).
% 127.98/80.52 tff(22868,plain,
% 127.98/80.52 (v1052(constB15) <=> v1052(sK952_VarCurr)),
% 127.98/80.52 inference(monotonicity,[status(thm)],[1344])).
% 127.98/80.52 tff(22869,plain,
% 127.98/80.52 (v1052(sK952_VarCurr) <=> v1052(constB15)),
% 127.98/80.52 inference(symmetry,[status(thm)],[22868])).
% 127.98/80.52 tff(22870,plain,
% 127.98/80.52 (v1044(sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5833, 1344])).
% 127.98/80.52 tff(22871,plain,
% 127.98/80.52 (v1052(sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12067, 22870])).
% 127.98/80.52 tff(22872,plain,
% 127.98/80.52 (v1052(constB15)),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[22871, 22869])).
% 127.98/80.52 tff(22873,plain,
% 127.98/80.52 (~v13(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6367, 1804, 7656, 7960])).
% 127.98/80.52 tff(22874,plain,
% 127.98/80.52 (~v938(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12418, 22873])).
% 127.98/80.52 tff(22875,plain,
% 127.98/80.52 (~v940(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1717, 22874])).
% 127.98/80.52 tff(22876,plain,
% 127.98/80.52 (~v929(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1743, 22875])).
% 127.98/80.52 tff(22877,plain,
% 127.98/80.52 (~v7(constB11, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1751, 22876])).
% 127.98/80.52 tff(22878,plain,
% 127.98/80.52 (~(constB11 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20687, 22877])).
% 127.98/80.52 tff(22879,plain,
% 127.98/80.52 (~v7(constB12, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1772, 22877])).
% 127.98/80.52 tff(22880,plain,
% 127.98/80.52 (~(constB12 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20685, 22879])).
% 127.98/80.52 tff(22881,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22318, 22880, 22878, 11700, 21210, 21191, 20491, 20463, 20639, 7564, 21179])).
% 127.98/80.52 tff(22882,plain,(v13(constB8, bitIndex2) | (~v7(sK952_VarCurr, bitIndex0)) | sP960(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22883,plain,
% 127.98/80.52 (v13(constB8, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22882, 22825, 11700])).
% 127.98/80.52 tff(22884,plain,
% 127.98/80.52 (~v13(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21119, 22883])).
% 127.98/80.52 tff(22885,plain,
% 127.98/80.52 (~v938(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[340, 22884])).
% 127.98/80.52 tff(22886,plain,
% 127.98/80.52 (~v940(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[307, 22885])).
% 127.98/80.52 tff(22887,plain,
% 127.98/80.52 (~v956(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[289, 22886])).
% 127.98/80.52 tff(22888,plain,
% 127.98/80.52 (~v7(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[206, 22887])).
% 127.98/80.52 tff(22889,plain,
% 127.98/80.52 (~v7(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[188, 22888])).
% 127.98/80.52 tff(22890,plain,
% 127.98/80.52 (sP958(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22346, 22883])).
% 127.98/80.52 tff(22891,plain,
% 127.98/80.52 (v7(constB15, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20698, 1344])).
% 127.98/80.52 tff(22892,plain,
% 127.98/80.52 (v929(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5505, 22891])).
% 127.98/80.52 tff(22893,plain,
% 127.98/80.52 (v940(constB15, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2348, 22892])).
% 127.98/80.52 tff(22894,plain,
% 127.98/80.52 (v938(constB14, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[2356, 22893])).
% 127.98/80.52 tff(22895,plain,
% 127.98/80.52 (v13(constB14, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[21213, 22894])).
% 127.98/80.52 tff(22896,plain,
% 127.98/80.52 (~v13(constB14, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22435, 22895, 20983, 22861, 10405, 22890, 22889])).
% 127.98/80.52 tff(22897,plain,
% 127.98/80.52 (v11(constB14)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[5498, 22894])).
% 127.98/80.52 tff(22898,plain,
% 127.98/80.52 (~v1050(constB14)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10219, 6040, 22897, 22896])).
% 127.98/80.52 tff(22899,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[10212, 22898, 22872])).
% 127.98/80.52 tff(22900,plain,((~(constB15 = sK952_VarCurr)) | v13(constB8, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22901,plain,
% 127.98/80.52 (~(constB15 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22900, 10405, 11700])).
% 127.98/80.52 tff(22902,plain,
% 127.98/80.52 (v7(constB11, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20687, 4103])).
% 127.98/80.52 tff(22903,plain,
% 127.98/80.52 (v929(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1751, 22902])).
% 127.98/80.52 tff(22904,plain,
% 127.98/80.52 (v940(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1743, 22903])).
% 127.98/80.52 tff(22905,plain,
% 127.98/80.52 (v938(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1717, 22904])).
% 127.98/80.52 tff(22906,plain,
% 127.98/80.52 (v13(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12418, 22905])).
% 127.98/80.52 tff(22907,plain,
% 127.98/80.52 (~v13(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22844, 22906, 10405])).
% 127.98/80.52 tff(22908,plain,
% 127.98/80.52 (~v1050(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22803, 22907])).
% 127.98/80.52 tff(22909,plain,
% 127.98/80.52 (~v1052(constB11)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7583, 22908])).
% 127.98/80.52 tff(22910,plain,
% 127.98/80.52 (~v7(constB11, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7591, 22909])).
% 127.98/80.52 tff(22911,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22910, 17284])).
% 127.98/80.52 tff(22912,plain,((~(constB11 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex0)) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22913,plain,
% 127.98/80.52 (~(constB11 = sK952_VarCurr)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22912, 10405, 11700])).
% 127.98/80.52 tff(22914,plain,
% 127.98/80.52 (constB12 = sK952_VarCurr),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22747, 22913, 20491, 11700, 20463, 20639, 22901, 21191, 21179, 22867])).
% 127.98/80.52 tff(22915,plain,
% 127.98/80.52 (v7(constB12, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20685, 22914])).
% 127.98/80.52 tff(22916,plain,
% 127.98/80.52 (v7(constB11, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1772, 22915])).
% 127.98/80.52 tff(22917,plain,
% 127.98/80.52 (v929(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1751, 22916])).
% 127.98/80.52 tff(22918,plain,
% 127.98/80.52 (v940(constB11, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1743, 22917])).
% 127.98/80.52 tff(22919,plain,
% 127.98/80.52 (v938(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[1717, 22918])).
% 127.98/80.52 tff(22920,plain,
% 127.98/80.52 (v7(constB12, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12578, 22914, 11700])).
% 127.98/80.52 tff(22921,plain,
% 127.98/80.52 (v7(constB11, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7597, 22920])).
% 127.98/80.52 tff(22922,plain,
% 127.98/80.52 (v1052(constB11)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7591, 22921])).
% 127.98/80.52 tff(22923,plain,
% 127.98/80.52 (v1050(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7583, 22922])).
% 127.98/80.52 tff(22924,plain,
% 127.98/80.52 (v13(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22803, 22923])).
% 127.98/80.52 tff(22925,plain,
% 127.98/80.52 (~v13(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22844, 22924, 10405])).
% 127.98/80.52 tff(22926,plain,
% 127.98/80.52 ($false),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[12418, 22925, 22919])).
% 127.98/80.52 tff(22927,plain,(v13(constB8, bitIndex0) | (~v7(sK952_VarCurr, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.52 tff(22928,plain,
% 127.98/80.52 (v13(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22927, 11700])).
% 127.98/80.52 tff(22929,plain,
% 127.98/80.52 (~v13(constB8, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[20632, 22928])).
% 127.98/80.52 tff(22930,plain,
% 127.98/80.52 (~v938(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7651, 22929])).
% 127.98/80.52 tff(22931,plain,
% 127.98/80.52 (~v940(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6454, 22930])).
% 127.98/80.52 tff(22932,plain,
% 127.98/80.52 (~v929(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6446, 22931])).
% 127.98/80.52 tff(22933,plain,
% 127.98/80.52 (~v7(constB9, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6420, 22932])).
% 127.98/80.52 tff(22934,plain,
% 127.98/80.52 (~v7(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6412, 22933])).
% 127.98/80.52 tff(22935,plain,
% 127.98/80.52 (~v13(constB8, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[18496, 22928, 22929])).
% 127.98/80.52 tff(22936,plain,
% 127.98/80.52 (~v938(constB8, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[340, 22935])).
% 127.98/80.52 tff(22937,plain,
% 127.98/80.52 (~v940(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[307, 22936])).
% 127.98/80.52 tff(22938,plain,
% 127.98/80.52 (~v956(constB9, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[289, 22937])).
% 127.98/80.52 tff(22939,plain,
% 127.98/80.52 (~v7(constB9, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[206, 22938])).
% 127.98/80.52 tff(22940,plain,
% 127.98/80.52 (~v7(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[188, 22939])).
% 127.98/80.52 tff(22941,plain,
% 127.98/80.52 (sP960(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22882, 22929, 11700])).
% 127.98/80.52 tff(22942,plain,
% 127.98/80.52 (v28(constB10, bitIndex1)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[6372, 1819, 22941])).
% 127.98/80.52 tff(22943,plain,
% 127.98/80.52 (^[VarCurr: $i] : refl(((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr))) <=> ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr))))),
% 127.98/80.52 inference(bind,[status(th)],[])).
% 127.98/80.52 tff(22944,plain,
% 127.98/80.52 (![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))),
% 127.98/80.52 inference(quant_intro,[status(thm)],[22943])).
% 127.98/80.52 tff(22945,plain,
% 127.98/80.52 (![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr))) <=> ![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))),
% 127.98/80.52 inference(rewrite,[status(thm)],[])).
% 127.98/80.52 tff(22946,axiom,(![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p','u16750')).
% 127.98/80.52 tff(22947,plain,
% 127.98/80.52 (![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[22946, 22945])).
% 127.98/80.52 tff(22948,plain,(
% 127.98/80.52 ![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))),
% 127.98/80.52 inference(skolemize,[status(sab)],[22947])).
% 127.98/80.52 tff(22949,plain,
% 127.98/80.52 (![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[22948, 22944])).
% 127.98/80.52 tff(22950,plain,
% 127.98/80.52 (((~![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))) | ((~v28(constB10, bitIndex0)) | (~sP960(constB10)))) <=> ((~![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))) | (~v28(constB10, bitIndex0)) | (~sP960(constB10)))),
% 127.98/80.52 inference(rewrite,[status(thm)],[])).
% 127.98/80.52 tff(22951,plain,
% 127.98/80.52 ((~![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))) | ((~v28(constB10, bitIndex0)) | (~sP960(constB10)))),
% 127.98/80.52 inference(quant_inst,[status(thm)],[])).
% 127.98/80.52 tff(22952,plain,
% 127.98/80.52 ((~![VarCurr: $i] : ((~v28(VarCurr, bitIndex0)) | (~sP960(VarCurr)))) | (~v28(constB10, bitIndex0)) | (~sP960(constB10))),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[22951, 22950])).
% 127.98/80.52 tff(22953,plain,
% 127.98/80.52 (~v28(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22952, 22949, 22941])).
% 127.98/80.52 tff(22954,plain,
% 127.98/80.52 (v62(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7937, 1830, 22941])).
% 127.98/80.52 tff(22955,plain,
% 127.98/80.52 (~v32(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7674, 1841, 22941])).
% 127.98/80.52 tff(22956,plain,
% 127.98/80.52 (v7(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7457, 5864, 22941])).
% 127.98/80.52 tff(22957,plain,
% 127.98/80.52 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB10, bitIndex0)) | v32(constB10) | (~v62(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v13(constB10, bitIndex2) | (~v28(constB10, bitIndex1)))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB10, bitIndex0)) | v32(constB10) | (~v62(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v13(constB10, bitIndex2) | (~v28(constB10, bitIndex1)))),
% 127.98/80.52 inference(rewrite,[status(thm)],[])).
% 127.98/80.52 tff(22958,plain,
% 127.98/80.52 (((~v62(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | (~v28(constB10, bitIndex1)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex2)) <=> ((~v7(constB10, bitIndex0)) | v32(constB10) | (~v62(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v13(constB10, bitIndex2) | (~v28(constB10, bitIndex1)))),
% 127.98/80.52 inference(rewrite,[status(thm)],[])).
% 127.98/80.52 tff(22959,plain,
% 127.98/80.52 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | (~v28(constB10, bitIndex1)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v7(constB10, bitIndex0)) | v32(constB10) | (~v62(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v13(constB10, bitIndex2) | (~v28(constB10, bitIndex1))))),
% 127.98/80.52 inference(monotonicity,[status(thm)],[22958])).
% 127.98/80.52 tff(22960,plain,
% 127.98/80.52 (((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | (~v28(constB10, bitIndex1)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex2))) <=> ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB10, bitIndex0)) | v32(constB10) | (~v62(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v13(constB10, bitIndex2) | (~v28(constB10, bitIndex1)))),
% 127.98/80.52 inference(transitivity,[status(thm)],[22959, 22957])).
% 127.98/80.52 tff(22961,plain,
% 127.98/80.52 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | ((~v62(constB10, bitIndex0)) | v32(constB10) | v28(constB10, bitIndex0) | (~v28(constB10, bitIndex1)) | (~v7(constB10, bitIndex0)) | v13(constB10, bitIndex2))),
% 127.98/80.52 inference(quant_inst,[status(thm)],[])).
% 127.98/80.52 tff(22962,plain,
% 127.98/80.52 ((~![VarCurr: $i] : ((~v62(VarCurr, bitIndex0)) | v32(VarCurr) | v28(VarCurr, bitIndex0) | (~v28(VarCurr, bitIndex1)) | (~v7(VarCurr, bitIndex0)) | v13(VarCurr, bitIndex2))) | (~v7(constB10, bitIndex0)) | v32(constB10) | (~v62(constB10, bitIndex0)) | v28(constB10, bitIndex0) | v13(constB10, bitIndex2) | (~v28(constB10, bitIndex1))),
% 127.98/80.52 inference(modus_ponens,[status(thm)],[22961, 22960])).
% 127.98/80.52 tff(22963,plain,
% 127.98/80.52 (v13(constB10, bitIndex2)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22962, 11633, 22956, 22955, 22954, 22953, 22942])).
% 127.98/80.52 tff(22964,plain,
% 127.98/80.52 (~v13(constB10, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[11193, 22963, 22940, 22934])).
% 127.98/80.52 tff(22965,plain,
% 127.98/80.52 (~v1050(constB10)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[22803, 22964])).
% 127.98/80.52 tff(22966,plain,
% 127.98/80.52 (~v1052(constB11)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7583, 22965])).
% 127.98/80.52 tff(22967,plain,
% 127.98/80.52 (~v7(constB11, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7591, 22966])).
% 127.98/80.52 tff(22968,plain,
% 127.98/80.52 (~v7(constB12, bitIndex0)),
% 127.98/80.52 inference(unit_resolution,[status(thm)],[7597, 22967])).
% 127.98/80.52 tff(22969,plain,
% 127.98/80.52 (~(constB12 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12578, 22968, 11700])).
% 127.98/80.53 tff(22970,plain,
% 127.98/80.53 (constB11 = sK952_VarCurr),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22318, 22969, 11700, 21210, 21191, 20491, 20463, 20639, 22929, 21179])).
% 127.98/80.53 tff(22971,plain,
% 127.98/80.53 (v7(constB11, bitIndex0) <=> v7(sK952_VarCurr, bitIndex0)),
% 127.98/80.53 inference(monotonicity,[status(thm)],[22970])).
% 127.98/80.53 tff(22972,plain,
% 127.98/80.53 (v7(sK952_VarCurr, bitIndex0) <=> v7(constB11, bitIndex0)),
% 127.98/80.53 inference(symmetry,[status(thm)],[22971])).
% 127.98/80.53 tff(22973,plain,
% 127.98/80.53 (v7(constB11, bitIndex0)),
% 127.98/80.53 inference(modus_ponens,[status(thm)],[11700, 22972])).
% 127.98/80.53 tff(22974,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22967, 22973])).
% 127.98/80.53 tff(22975,plain,(~v7(sK952_VarCurr, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(22976,plain,
% 127.98/80.53 (v7(sK952_VarCurr, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1515, 22975])).
% 127.98/80.53 tff(22977,plain,
% 127.98/80.53 (v7(constB7, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11733, 2, 22976])).
% 127.98/80.53 tff(22978,plain,
% 127.98/80.53 (v956(constB7, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2490, 22977])).
% 127.98/80.53 tff(22979,plain,
% 127.98/80.53 (v940(constB7, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2516, 22978])).
% 127.98/80.53 tff(22980,plain,
% 127.98/80.53 (v938(constB6, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2524, 22979])).
% 127.98/80.53 tff(22981,plain,
% 127.98/80.53 (v13(constB6, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11713, 22980])).
% 127.98/80.53 tff(22982,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[19179, 22981, 20429])).
% 127.98/80.53 tff(22983,plain,(~(constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(22984,plain,
% 127.98/80.53 (v7(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2461, 2423, 22976])).
% 127.98/80.53 tff(22985,plain,
% 127.98/80.53 (v7(constB7, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2482, 22984])).
% 127.98/80.53 tff(22986,plain,
% 127.98/80.53 (v956(constB7, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2490, 22985])).
% 127.98/80.53 tff(22987,plain,
% 127.98/80.53 ((~(constB8 = sK952_VarCurr)) | v13(constB6, bitIndex2) | (~v7(sK952_VarCurr, bitIndex1))),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2569, 20423])).
% 127.98/80.53 tff(22988,plain,
% 127.98/80.53 (v13(constB6, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22987, 2423, 22976])).
% 127.98/80.53 tff(22989,plain,
% 127.98/80.53 (~v13(constB6, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[19179, 22988])).
% 127.98/80.53 tff(22990,plain,
% 127.98/80.53 (~v938(constB6, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11713, 22989])).
% 127.98/80.53 tff(22991,plain,
% 127.98/80.53 (~v940(constB7, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2524, 22990])).
% 127.98/80.53 tff(22992,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2516, 22991, 22986])).
% 127.98/80.53 tff(22993,plain,(~(constB8 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(22994,plain,
% 127.98/80.53 (v7(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[14, 8, 22976])).
% 127.98/80.53 tff(22995,plain,
% 127.98/80.53 (v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[188, 22994])).
% 127.98/80.53 tff(22996,plain,
% 127.98/80.53 (v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 22995])).
% 127.98/80.53 tff(22997,plain,
% 127.98/80.53 (v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 22996])).
% 127.98/80.53 tff(22998,plain,
% 127.98/80.53 (v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 22997])).
% 127.98/80.53 tff(22999,plain,
% 127.98/80.53 (v13(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[340, 22998])).
% 127.98/80.53 tff(23000,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21119, 22999, 20597])).
% 127.98/80.53 tff(23001,plain,(~(constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23002,plain,
% 127.98/80.53 (v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2643, 2637, 22976])).
% 127.98/80.53 tff(23003,plain,
% 127.98/80.53 (v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 23002])).
% 127.98/80.53 tff(23004,plain,
% 127.98/80.53 (v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 23003])).
% 127.98/80.53 tff(23005,plain,
% 127.98/80.53 (v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 23004])).
% 127.98/80.53 tff(23006,plain,
% 127.98/80.53 (v13(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[340, 23005])).
% 127.98/80.53 tff(23007,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21119, 23006, 20502])).
% 127.98/80.53 tff(23008,plain,(~(constB9 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23009,plain,
% 127.98/80.53 ((~(constB5 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1))),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11728, 16698])).
% 127.98/80.53 tff(23010,plain,
% 127.98/80.53 (~(constB5 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23009, 22976])).
% 127.98/80.53 tff(23011,plain,
% 127.98/80.53 (~v13(constB12, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[3978, 1246, 1702])).
% 127.98/80.53 tff(23012,plain,
% 127.98/80.53 (~(constB15 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[15381, 1343, 22975, 1773, 23011])).
% 127.98/80.53 tff(23013,plain,
% 127.98/80.53 (~(constB13 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2405, 2397, 22975])).
% 127.98/80.53 tff(23014,plain,
% 127.98/80.53 (v11(constB16)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5372, 4111, 22975, 1246, 23013, 4112, 23012, 4113, 23010, 3694])).
% 127.98/80.53 tff(23015,plain,
% 127.98/80.53 (~v938(constB12, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9911, 23011])).
% 127.98/80.53 tff(23016,plain,
% 127.98/80.53 (~v940(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2159, 23015])).
% 127.98/80.53 tff(23017,plain,
% 127.98/80.53 (~v956(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2185, 23016])).
% 127.98/80.53 tff(23018,plain,
% 127.98/80.53 (~v7(constB13, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2193, 23017])).
% 127.98/80.53 tff(23019,plain,
% 127.98/80.53 (~v7(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2214, 23018])).
% 127.98/80.53 tff(23020,plain,
% 127.98/80.53 ((~v13(constB14, bitIndex1)) | (~sP958(constB14))),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2305, 1886, 23019, 20660])).
% 127.98/80.53 tff(23021,plain,
% 127.98/80.53 (~v13(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23020, 20658])).
% 127.98/80.53 tff(23022,plain,
% 127.98/80.53 (~v938(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11741, 23021])).
% 127.98/80.53 tff(23023,plain,
% 127.98/80.53 (~v940(constB15, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9659, 23022])).
% 127.98/80.53 tff(23024,plain,
% 127.98/80.53 (~v956(constB15, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9654, 23023])).
% 127.98/80.53 tff(23025,plain,
% 127.98/80.53 (~v7(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9649, 23024])).
% 127.98/80.53 tff(23026,plain,
% 127.98/80.53 (~v7(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[4007, 23025])).
% 127.98/80.53 tff(23027,plain,
% 127.98/80.53 ((~v32(constB14)) | v13(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2142, 1695, 10613])).
% 127.98/80.53 tff(23028,plain,
% 127.98/80.53 (~v32(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23027, 2139])).
% 127.98/80.53 tff(23029,plain,
% 127.98/80.53 (~(constB20 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10279, 21218, 22975, 2216, 2147, 11808, 9481])).
% 127.98/80.53 tff(23030,plain,
% 127.98/80.53 (~(constB16 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[4101, 2216, 22975, 2147])).
% 127.98/80.53 tff(23031,plain,
% 127.98/80.53 (~(constB14 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5366, 2216, 22975])).
% 127.98/80.53 tff(23032,plain,
% 127.98/80.53 (~(constB19 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11649, 11595, 22975, 10162, 11808, 11600, 10422])).
% 127.98/80.53 tff(23033,plain,
% 127.98/80.53 (~(constB6 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5138, 22975])).
% 127.98/80.53 tff(23034,plain,
% 127.98/80.53 (~(constB3 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5253, 22975])).
% 127.98/80.53 tff(23035,plain,
% 127.98/80.53 ((~(constB4 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1))),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[3692, 3685])).
% 127.98/80.53 tff(23036,plain,
% 127.98/80.53 (~(constB4 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23035, 22976])).
% 127.98/80.53 tff(23037,plain,
% 127.98/80.53 (v7(constB18, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12623, 23029, 22976, 23010, 11774, 11346, 5323, 23033, 4113, 3694, 23031, 2408, 4111, 4112, 23032])).
% 127.98/80.53 tff(23038,plain,
% 127.98/80.53 (v7(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5759, 23037])).
% 127.98/80.53 tff(23039,plain,
% 127.98/80.53 (v956(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10249, 23038])).
% 127.98/80.53 tff(23040,plain,
% 127.98/80.53 (v940(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5567, 23039])).
% 127.98/80.53 tff(23041,plain,
% 127.98/80.53 (v938(constB16, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5541, 23040])).
% 127.98/80.53 tff(23042,plain,
% 127.98/80.53 (v13(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9541, 23041])).
% 127.98/80.53 tff(23043,plain,
% 127.98/80.53 (~v13(constB16, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10120, 23042, 11808, 21218])).
% 127.98/80.53 tff(23044,plain,
% 127.98/80.53 (~v938(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10079, 23043])).
% 127.98/80.53 tff(23045,plain,
% 127.98/80.53 (~v940(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5581, 23044])).
% 127.98/80.53 tff(23046,plain,
% 127.98/80.53 (~v929(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5607, 23045])).
% 127.98/80.53 tff(23047,plain,
% 127.98/80.53 (~v7(constB17, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5615, 23046])).
% 127.98/80.53 tff(23048,plain,
% 127.98/80.53 (~(constB17 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20860, 23047])).
% 127.98/80.53 tff(23049,plain,
% 127.98/80.53 (~v7(constB18, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5636, 23047])).
% 127.98/80.53 tff(23050,plain,
% 127.98/80.53 (~(constB18 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20863, 23049])).
% 127.98/80.53 tff(23051,plain,
% 127.98/80.53 (~(constB1 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[14427, 20423])).
% 127.98/80.53 tff(23052,plain,
% 127.98/80.53 (~(constB0 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[14433, 20423])).
% 127.98/80.53 tff(23053,plain,
% 127.98/80.53 (~(constB2 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[14439, 20423])).
% 127.98/80.53 tff(23054,plain,
% 127.98/80.53 ((constB3 = sK952_VarCurr) | (constB4 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB18 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB20 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5347, 23053, 23052, 23051])).
% 127.98/80.53 tff(23055,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23054, 23050, 23048, 4111, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 23032, 23031, 23030, 2407, 2408, 23029])).
% 127.98/80.53 tff(23056,plain,(v13(constB14, bitIndex2) | (constB9 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v11(constB16)) | v7(constB15, bitIndex1) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1) | (~v62(constB14, bitIndex0)) | v32(constB14) | (~v7(constB14, bitIndex0))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23057,plain,
% 127.98/80.53 (v13(constB14, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23056, 23028, 4113, 4112, 3694, 20686, 20688, 23012, 23013, 23014, 23025, 3976, 23011, 10058, 4111, 10613])).
% 127.98/80.53 tff(23058,plain,
% 127.98/80.53 ((~v11(constB14)) | v938(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20760, 8517, 10135])).
% 127.98/80.53 tff(23059,plain,
% 127.98/80.53 (~v11(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23058, 2350])).
% 127.98/80.53 tff(23060,plain,
% 127.98/80.53 (~v13(constB16, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5494, 23059])).
% 127.98/80.53 tff(23061,plain,
% 127.98/80.53 (~v13(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12332, 23059, 11808])).
% 127.98/80.53 tff(23062,plain,
% 127.98/80.53 (~(constB19 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5765, 23061, 22975, 23060])).
% 127.98/80.53 tff(23063,plain,
% 127.98/80.53 (~v940(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2356, 2350])).
% 127.98/80.53 tff(23064,plain,
% 127.98/80.53 (~v929(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2348, 23063])).
% 127.98/80.53 tff(23065,plain,
% 127.98/80.53 (~v7(constB15, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5505, 23064])).
% 127.98/80.53 tff(23066,plain,
% 127.98/80.53 (~v7(constB16, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[4072, 23065])).
% 127.98/80.53 tff(23067,plain,
% 127.98/80.53 (~(constB20 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10279, 23066, 22975, 2216, 2147, 11808, 9481])).
% 127.98/80.53 tff(23068,plain,
% 127.98/80.53 (v7(constB18, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12623, 23067, 22976, 23010, 11774, 11346, 5323, 23033, 4113, 3694, 23031, 2408, 4111, 4112, 23062])).
% 127.98/80.53 tff(23069,plain,
% 127.98/80.53 (~v938(constB16, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9541, 23061])).
% 127.98/80.53 tff(23070,plain,
% 127.98/80.53 (~v940(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5541, 23069])).
% 127.98/80.53 tff(23071,plain,
% 127.98/80.53 (~v956(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5567, 23070])).
% 127.98/80.53 tff(23072,plain,
% 127.98/80.53 (~v7(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10249, 23071])).
% 127.98/80.53 tff(23073,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5759, 23072, 23068])).
% 127.98/80.53 tff(23074,plain,(v938(constB14, bitIndex1) | v7(constB15, bitIndex1) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | v13(constB12, bitIndex2) | v13(constB12, bitIndex1) | (~v11(constB16)) | (~v13(constB14, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23075,plain,
% 127.98/80.53 (v938(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23074, 23057, 20686, 20688, 4113, 3694, 23013, 4111, 4112, 3976, 23011, 23014, 23025])).
% 127.98/80.53 tff(23076,plain,
% 127.98/80.53 (v11(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5498, 23075])).
% 127.98/80.53 tff(23077,plain,
% 127.98/80.53 (~v1050(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21841, 23076])).
% 127.98/80.53 tff(23078,plain,
% 127.98/80.53 (~v1052(constB15)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10212, 23077])).
% 127.98/80.53 tff(23079,plain,
% 127.98/80.53 (~v7(constB15, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10207, 23078])).
% 127.98/80.53 tff(23080,plain,
% 127.98/80.53 (~v7(constB16, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10199, 23079])).
% 127.98/80.53 tff(23081,plain,
% 127.98/80.53 (~sP960(constB16)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10179, 5864, 23080])).
% 127.98/80.53 tff(23082,plain,
% 127.98/80.53 (~sP957(constB16)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11254, 5875, 23080])).
% 127.98/80.53 tff(23083,plain,
% 127.98/80.53 (~(constB16 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[4101, 3976, 22975, 23011])).
% 127.98/80.53 tff(23084,plain,
% 127.98/80.53 (~(constB14 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5366, 3976, 22975])).
% 127.98/80.53 tff(23085,plain,
% 127.98/80.53 (~(constB19 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11482, 23080, 22975, 3976, 23011, 10058, 23026])).
% 127.98/80.53 tff(23086,plain,
% 127.98/80.53 (~(constB17 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11418, 5529, 22975])).
% 127.98/80.53 tff(23087,plain,
% 127.98/80.53 (~(constB18 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9241, 20806, 22976])).
% 127.98/80.53 tff(23088,plain,
% 127.98/80.53 (v7(constB19, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20812, 23087, 23036, 2407, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 4111, 11348, 5309, 23086])).
% 127.98/80.53 tff(23089,plain,
% 127.98/80.53 (v929(constB19, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[16266, 23088])).
% 127.98/80.53 tff(23090,plain,
% 127.98/80.53 (v7(constB18, bitIndex1) | (~v11(constB16)) | sP960(constB16) | sP957(constB16) | v7(constB16, bitIndex1) | (~v11(constB18)) | (~v7(sK952_VarCurr, bitIndex1)) | (constB11 = sK952_VarCurr) | (constB5 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB3 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB17 = sK952_VarCurr) | (constB19 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB6 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB4 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11398, 20423, 23051, 23053, 23052])).
% 127.98/80.53 tff(23091,plain,
% 127.98/80.53 (~v11(constB18)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23090, 20806, 22976, 5323, 3984, 2407, 23034, 4111, 23010, 4112, 5310, 11362, 23036, 11348, 11384, 2408, 3694, 23086, 4113, 23033, 11346, 9481])).
% 127.98/80.53 tff(23092,plain,
% 127.98/80.53 (~v938(constB18, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[14204, 23091])).
% 127.98/80.53 tff(23093,plain,
% 127.98/80.53 (~v940(constB19, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[14209, 23092])).
% 127.98/80.53 tff(23094,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[16209, 23093, 23089])).
% 127.98/80.53 tff(23095,plain,(v13(constB16, bitIndex1) | (constB15 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB16 = sK952_VarCurr) | v7(constB16, bitIndex1) | (constB19 = sK952_VarCurr) | sP957(constB16) | sP960(constB16) | (~v11(constB16))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23096,plain,
% 127.98/80.53 (v13(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23095, 23085, 4113, 4112, 3694, 23013, 20686, 20688, 4111, 23084, 23083, 23026, 23012, 23082, 23081, 23014])).
% 127.98/80.53 tff(23097,plain,
% 127.98/80.53 (~v13(constB16, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[16377, 23096, 1246, 23076])).
% 127.98/80.53 tff(23098,plain,
% 127.98/80.53 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5572, 2226, 23014])).
% 127.98/80.53 tff(23099,plain,
% 127.98/80.53 (~v938(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23098, 23097])).
% 127.98/80.53 tff(23100,plain,
% 127.98/80.53 (~v940(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5581, 23099])).
% 127.98/80.53 tff(23101,plain,
% 127.98/80.53 (~v929(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5607, 23100])).
% 127.98/80.53 tff(23102,plain,
% 127.98/80.53 (~v7(constB17, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5615, 23101])).
% 127.98/80.53 tff(23103,plain,
% 127.98/80.53 (~(constB17 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20860, 23102])).
% 127.98/80.53 tff(23104,plain,
% 127.98/80.53 (sP960(constB18)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10619, 23103, 22975, 1246, 23034, 4112, 23013, 23010, 4111, 23012, 20688, 23033, 4113, 3694, 23014, 23076, 23085, 23026, 23096])).
% 127.98/80.53 tff(23105,plain,
% 127.98/80.53 (~v13(constB16, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11331, 23096, 23080])).
% 127.98/80.53 tff(23106,plain,
% 127.98/80.53 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9582, 6040, 23014])).
% 127.98/80.53 tff(23107,plain,
% 127.98/80.53 (~v1050(constB16)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23106, 23105])).
% 127.98/80.53 tff(23108,plain,
% 127.98/80.53 (~v1052(constB17)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9575, 23107])).
% 127.98/80.53 tff(23109,plain,
% 127.98/80.53 (~v7(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9570, 23108])).
% 127.98/80.53 tff(23110,plain,
% 127.98/80.53 (~v7(constB18, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9562, 23109])).
% 127.98/80.53 tff(23111,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9556, 5864, 23110, 23104])).
% 127.98/80.53 tff(23112,plain,(v13(constB14, bitIndex0) | v11(constB10) | (constB7 = sK952_VarCurr) | (constB9 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23113,plain,
% 127.98/80.53 (v13(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23112, 4111, 4112, 1246, 4113, 3694])).
% 127.98/80.53 tff(23114,plain,
% 127.98/80.53 (~v13(constB14, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10308, 23113, 1246])).
% 127.98/80.53 tff(23115,plain,
% 127.98/80.53 (~v938(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21213, 23114])).
% 127.98/80.53 tff(23116,plain,
% 127.98/80.53 (~v940(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2356, 23115])).
% 127.98/80.53 tff(23117,plain,
% 127.98/80.53 (~v929(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2348, 23116])).
% 127.98/80.53 tff(23118,plain,
% 127.98/80.53 (~v7(constB15, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5505, 23117])).
% 127.98/80.53 tff(23119,plain,
% 127.98/80.53 (~v7(constB16, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[4072, 23118])).
% 127.98/80.53 tff(23120,plain,
% 127.98/80.53 (~(constB20 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10279, 23119, 22975, 3976, 23011, 23026, 23014])).
% 127.98/80.53 tff(23121,plain,
% 127.98/80.53 (~v73(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20765, 23114, 10058, 10613])).
% 127.98/80.53 tff(23122,plain,
% 127.98/80.53 (v67(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11593, 23121])).
% 127.98/80.53 tff(23123,plain,
% 127.98/80.53 (~(constB19 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11588, 23119, 22975, 23026, 23122])).
% 127.98/80.53 tff(23124,plain,
% 127.98/80.53 (v7(constB18, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12623, 23120, 22976, 23010, 23025, 20686, 20688, 23033, 4113, 3694, 23084, 23013, 4111, 4112, 23123])).
% 127.98/80.53 tff(23125,plain,
% 127.98/80.53 (v7(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5759, 23124])).
% 127.98/80.53 tff(23126,plain,
% 127.98/80.53 (v956(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10249, 23125])).
% 127.98/80.53 tff(23127,plain,
% 127.98/80.53 (v940(constB17, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5567, 23126])).
% 127.98/80.53 tff(23128,plain,
% 127.98/80.53 (v938(constB16, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5541, 23127])).
% 127.98/80.53 tff(23129,plain,
% 127.98/80.53 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5532, 320, 23014])).
% 127.98/80.53 tff(23130,plain,
% 127.98/80.53 (v13(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23129, 23128])).
% 127.98/80.53 tff(23131,plain,
% 127.98/80.53 (v11(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12332, 23130, 23026])).
% 127.98/80.53 tff(23132,plain,
% 127.98/80.53 (~v13(constB16, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[16377, 23130, 1246, 23131])).
% 127.98/80.53 tff(23133,plain,
% 127.98/80.53 (~v938(constB16, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23098, 23132])).
% 127.98/80.53 tff(23134,plain,
% 127.98/80.53 (~v940(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5581, 23133])).
% 127.98/80.53 tff(23135,plain,
% 127.98/80.53 (~v929(constB17, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5607, 23134])).
% 127.98/80.53 tff(23136,plain,
% 127.98/80.53 (~v7(constB17, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5615, 23135])).
% 127.98/80.53 tff(23137,plain,
% 127.98/80.53 (~(constB17 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20860, 23136])).
% 127.98/80.53 tff(23138,plain,
% 127.98/80.53 (~v7(constB18, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5636, 23136])).
% 127.98/80.53 tff(23139,plain,
% 127.98/80.53 (~(constB18 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20863, 23138])).
% 127.98/80.53 tff(23140,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23054, 23139, 23137, 4111, 23036, 4113, 23034, 4112, 3694, 20686, 23033, 20688, 23010, 23123, 23084, 23083, 23012, 23013, 23120])).
% 127.98/80.53 tff(23141,plain,((constB9 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v11(constB10)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23142,plain,
% 127.98/80.53 (v11(constB10)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23141, 4113, 23008, 3694, 4112])).
% 127.98/80.53 tff(23143,plain,
% 127.98/80.53 (~v1050(constB12)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10802, 6040, 10288, 1685])).
% 127.98/80.53 tff(23144,plain,
% 127.98/80.53 (~v1052(constB13)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10808, 23143])).
% 127.98/80.53 tff(23145,plain,
% 127.98/80.53 (sP960(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[15329, 10135])).
% 127.98/80.53 tff(23146,plain,
% 127.98/80.53 (v7(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10830, 5864, 23145])).
% 127.98/80.53 tff(23147,plain,
% 127.98/80.53 (v7(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10822, 23146])).
% 127.98/80.53 tff(23148,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10816, 23147, 23144])).
% 127.98/80.53 tff(23149,plain,((~v13(constB14, bitIndex2)) | v13(constB12, bitIndex0) | v7(constB14, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23150,plain,
% 127.98/80.53 (v13(constB12, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23149, 17786, 22895])).
% 127.98/80.53 tff(23151,plain,
% 127.98/80.53 (v7(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11806, 1344, 22976])).
% 127.98/80.53 tff(23152,plain,
% 127.98/80.53 (v956(constB15, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9649, 23151])).
% 127.98/80.53 tff(23153,plain,
% 127.98/80.53 (v940(constB15, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9654, 23152])).
% 127.98/80.53 tff(23154,plain,
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% 127.98/80.53 inference(unit_resolution,[status(thm)],[9659, 23153])).
% 127.98/80.53 tff(23155,plain,
% 127.98/80.53 (v11(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11682, 23154])).
% 127.98/80.53 tff(23156,plain,
% 127.98/80.53 (v13(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11741, 23154])).
% 127.98/80.53 tff(23157,plain,
% 127.98/80.53 (v13(constB12, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2380, 2216, 22975, 1344, 23156, 23155])).
% 127.98/80.53 tff(23158,plain,
% 127.98/80.53 (~v13(constB10, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22844, 17505, 10405])).
% 127.98/80.53 tff(23159,plain,
% 127.98/80.53 (~v938(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12418, 23158])).
% 127.98/80.53 tff(23160,plain,
% 127.98/80.53 (~v940(constB11, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1717, 23159])).
% 127.98/80.53 tff(23161,plain,
% 127.98/80.53 (~v929(constB11, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1743, 23160])).
% 127.98/80.53 tff(23162,plain,
% 127.98/80.53 (~v7(constB11, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1751, 23161])).
% 127.98/80.53 tff(23163,plain,
% 127.98/80.53 (~v7(constB12, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1772, 23162])).
% 127.98/80.53 tff(23164,plain,
% 127.98/80.53 (v7(constB12, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1987, 23163, 1876, 1775])).
% 127.98/80.53 tff(23165,plain,
% 127.98/80.53 (v7(constB11, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1342, 23164])).
% 127.98/80.53 tff(23166,plain,
% 127.98/80.53 (v956(constB11, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1311, 23165])).
% 127.98/80.53 tff(23167,plain,
% 127.98/80.53 (v940(constB11, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1303, 23166])).
% 127.98/80.53 tff(23168,plain,
% 127.98/80.53 (v938(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1263, 23167])).
% 127.98/80.53 tff(23169,plain,
% 127.98/80.53 (v13(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12400, 23168])).
% 127.98/80.53 tff(23170,plain,
% 127.98/80.53 (v7(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22405, 6360, 10405, 1876, 7563])).
% 127.98/80.53 tff(23171,plain,
% 127.98/80.53 (v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[188, 23170])).
% 127.98/80.53 tff(23172,plain,
% 127.98/80.53 (v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 23171])).
% 127.98/80.53 tff(23173,plain,
% 127.98/80.53 (v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 23172])).
% 127.98/80.53 tff(23174,plain,
% 127.98/80.53 (v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 23173])).
% 127.98/80.53 tff(23175,plain,
% 127.98/80.53 (v11(constB8)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[338, 335, 23174])).
% 127.98/80.53 tff(23176,plain,
% 127.98/80.53 (~v1050(constB8)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6491, 6040, 23175, 10405])).
% 127.98/80.53 tff(23177,plain,
% 127.98/80.53 (~v1052(constB9)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6483, 23176])).
% 127.98/80.53 tff(23178,plain,
% 127.98/80.53 (~v7(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6478, 23177])).
% 127.98/80.53 tff(23179,plain,
% 127.98/80.53 (~v7(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6470, 23178])).
% 127.98/80.53 tff(23180,plain,
% 127.98/80.53 (~sP957(constB10)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7954, 5875, 23179])).
% 127.98/80.53 tff(23181,plain,
% 127.98/80.53 (v7(constB10, bitIndex2) | (~v924(constB10, bitIndex0)) | sP957(constB10)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[8860, 7278, 7662])).
% 127.98/80.53 tff(23182,plain,
% 127.98/80.53 (~v924(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23181, 23180, 6360])).
% 127.98/80.53 tff(23183,plain,
% 127.98/80.53 (sP958(constB10)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6464, 5886, 23179])).
% 127.98/80.53 tff(23184,plain,
% 127.98/80.53 (sP954_aig_name(constB10)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21156, 23183, 6374, 6378])).
% 127.98/80.53 tff(23185,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7715, 1982, 23184, 23182])).
% 127.98/80.53 tff(23186,plain,(v7(constB10, bitIndex2) | (~v13(constB10, bitIndex1)) | (~v13(constB10, bitIndex0)) | v13(constB8, bitIndex0) | (~v13(constB12, bitIndex1)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23187,plain,
% 127.98/80.53 (v7(constB10, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23186, 23169, 17505, 10405, 1876, 7563])).
% 127.98/80.53 tff(23188,plain,
% 127.98/80.53 (v7(constB9, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6412, 23187])).
% 127.98/80.53 tff(23189,plain,
% 127.98/80.53 (v929(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6420, 23188])).
% 127.98/80.53 tff(23190,plain,
% 127.98/80.53 (v940(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6446, 23189])).
% 127.98/80.53 tff(23191,plain,
% 127.98/80.53 (v938(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6454, 23190])).
% 127.98/80.53 tff(23192,plain,
% 127.98/80.53 (v13(constB8, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7651, 23191])).
% 127.98/80.53 tff(23193,plain,
% 127.98/80.53 (~v13(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21119, 23192])).
% 127.98/80.53 tff(23194,plain,
% 127.98/80.53 (~v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[340, 23193])).
% 127.98/80.53 tff(23195,plain,
% 127.98/80.53 (~v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 23194])).
% 127.98/80.53 tff(23196,plain,
% 127.98/80.53 (~v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 23195])).
% 127.98/80.53 tff(23197,plain,
% 127.98/80.53 (~v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 23196])).
% 127.98/80.53 tff(23198,plain,
% 127.98/80.53 (sP958(constB10)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22346, 23192])).
% 127.98/80.53 tff(23199,plain,
% 127.98/80.53 (v11(constB8)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10622, 23191])).
% 127.98/80.53 tff(23200,plain,
% 127.98/80.53 (~v1050(constB8)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10406, 23199])).
% 127.98/80.53 tff(23201,plain,
% 127.98/80.53 (~v1052(constB9)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6483, 23200])).
% 127.98/80.53 tff(23202,plain,
% 127.98/80.53 (~v7(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6478, 23201])).
% 127.98/80.53 tff(23203,plain,
% 127.98/80.53 (~v7(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6470, 23202])).
% 127.98/80.53 tff(23204,plain,
% 127.98/80.53 (v7(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22591, 23203, 1876, 1775, 23198, 7563, 2216])).
% 127.98/80.53 tff(23205,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[188, 23204, 23197])).
% 127.98/80.53 tff(23206,plain,((~v13(constB12, bitIndex0)) | (~v13(constB12, bitIndex1)) | (~v11(constB10)) | v13(constB12, bitIndex2) | v13(constB8, bitIndex0)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23207,plain,
% 127.98/80.53 (v13(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23206, 23150, 7563, 2216, 23157])).
% 127.98/80.53 tff(23208,plain,
% 127.98/80.53 (~v13(constB8, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20632, 23207])).
% 127.98/80.53 tff(23209,plain,
% 127.98/80.53 (~v938(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7651, 23208])).
% 127.98/80.53 tff(23210,plain,
% 127.98/80.53 (~v940(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6454, 23209])).
% 127.98/80.53 tff(23211,plain,
% 127.98/80.53 (~v929(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6446, 23210])).
% 127.98/80.53 tff(23212,plain,
% 127.98/80.53 (~v7(constB9, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6420, 23211])).
% 127.98/80.53 tff(23213,plain,
% 127.98/80.53 (~v7(constB10, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6412, 23212])).
% 127.98/80.53 tff(23214,plain,
% 127.98/80.53 (~v13(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[18496, 23207, 23208])).
% 127.98/80.53 tff(23215,plain,
% 127.98/80.53 (~v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[340, 23214])).
% 127.98/80.53 tff(23216,plain,
% 127.98/80.53 (~v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 23215])).
% 127.98/80.53 tff(23217,plain,
% 127.98/80.53 (~v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 23216])).
% 127.98/80.53 tff(23218,plain,
% 127.98/80.53 (~v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 23217])).
% 127.98/80.53 tff(23219,plain,
% 127.98/80.53 (~v7(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[188, 23218])).
% 127.98/80.53 tff(23220,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20331, 23219, 23213, 7563, 2216, 23157, 23150])).
% 127.98/80.53 tff(23221,plain,(v13(constB12, bitIndex2) | (~v11(constB10)) | (~(constB15 = sK952_VarCurr))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23222,plain,
% 127.98/80.53 (v13(constB12, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23221, 1344, 7563])).
% 127.98/80.53 tff(23223,plain,
% 127.98/80.53 (~v13(constB8, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[22490, 10405, 1794, 1876, 7563])).
% 127.98/80.53 tff(23224,plain,
% 127.98/80.53 (~v938(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7651, 23223])).
% 127.98/80.53 tff(23225,plain,
% 127.98/80.53 (~v940(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6454, 23224])).
% 127.98/80.53 tff(23226,plain,
% 127.98/80.53 (~v929(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6446, 23225])).
% 127.98/80.53 tff(23227,plain,
% 127.98/80.53 (~v7(constB9, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6420, 23226])).
% 127.98/80.53 tff(23228,plain,
% 127.98/80.53 (~v7(constB10, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6412, 23227])).
% 127.98/80.53 tff(23229,plain,
% 127.98/80.53 (~v13(constB10, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6367, 1804, 23228, 22825])).
% 127.98/80.53 tff(23230,plain,
% 127.98/80.53 (~v938(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12418, 23229])).
% 127.98/80.53 tff(23231,plain,
% 127.98/80.53 (~v940(constB11, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1717, 23230])).
% 127.98/80.53 tff(23232,plain,
% 127.98/80.53 (~v929(constB11, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1743, 23231])).
% 127.98/80.53 tff(23233,plain,
% 127.98/80.53 (~v7(constB11, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1751, 23232])).
% 127.98/80.53 tff(23234,plain,
% 127.98/80.53 (~v7(constB12, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1772, 23233])).
% 127.98/80.53 tff(23235,plain,
% 127.98/80.53 (v7(constB12, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7693, 23234, 1794, 1876])).
% 127.98/80.53 tff(23236,plain,
% 127.98/80.53 (v7(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[8864, 23228, 1794, 1876, 7563])).
% 127.98/80.53 tff(23237,plain,
% 127.98/80.53 (v7(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6470, 23236])).
% 127.98/80.53 tff(23238,plain,
% 127.98/80.53 (v1052(constB9)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6478, 23237])).
% 127.98/80.53 tff(23239,plain,
% 127.98/80.53 (v1050(constB8)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6483, 23238])).
% 127.98/80.53 tff(23240,plain,
% 127.98/80.53 (~v11(constB8)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6491, 6040, 23239, 10405])).
% 127.98/80.53 tff(23241,plain,
% 127.98/80.53 (v13(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6346, 23240])).
% 127.98/80.53 tff(23242,plain,
% 127.98/80.53 (~v13(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23186, 23241, 23228, 10405, 1876, 7563])).
% 127.98/80.53 tff(23243,plain,
% 127.98/80.53 (~v938(constB10, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12400, 23242])).
% 127.98/80.53 tff(23244,plain,
% 127.98/80.53 (~v940(constB11, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1263, 23243])).
% 127.98/80.53 tff(23245,plain,
% 127.98/80.53 (~v956(constB11, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1303, 23244])).
% 127.98/80.53 tff(23246,plain,
% 127.98/80.53 (~v7(constB11, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1311, 23245])).
% 127.98/80.53 tff(23247,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1342, 23246, 23235])).
% 127.98/80.53 tff(23248,plain,(v13(constB8, bitIndex0) | (~v13(constB12, bitIndex2)) | (~v13(constB12, bitIndex1)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23249,plain,
% 127.98/80.53 (v13(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23248, 1876, 1794, 7563])).
% 127.98/80.53 tff(23250,plain,
% 127.98/80.53 (~v13(constB8, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20632, 23249])).
% 127.98/80.53 tff(23251,plain,
% 127.98/80.53 (~v13(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[18496, 23249, 23250])).
% 127.98/80.53 tff(23252,plain,
% 127.98/80.53 (~v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[340, 23251])).
% 127.98/80.53 tff(23253,plain,
% 127.98/80.53 (~v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 23252])).
% 127.98/80.53 tff(23254,plain,
% 127.98/80.53 (v7(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7939, 23250, 1794, 1876, 7563])).
% 127.98/80.53 tff(23255,plain,
% 127.98/80.53 (v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[188, 23254])).
% 127.98/80.53 tff(23256,plain,
% 127.98/80.53 (v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 23255])).
% 127.98/80.53 tff(23257,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 23256, 23253])).
% 127.98/80.53 tff(23258,plain,((~v13(constB12, bitIndex1)) | (~v13(constB12, bitIndex2)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23259,plain,
% 127.98/80.53 (~v13(constB12, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23258, 23222, 7563])).
% 127.98/80.53 tff(23260,plain,
% 127.98/80.53 (~v938(constB12, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9911, 23259])).
% 127.98/80.53 tff(23261,plain,
% 127.98/80.53 (~v940(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2159, 23260])).
% 127.98/80.53 tff(23262,plain,
% 127.98/80.53 (~v956(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2185, 23261])).
% 127.98/80.53 tff(23263,plain,
% 127.98/80.53 (~v7(constB13, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2193, 23262])).
% 127.98/80.53 tff(23264,plain,
% 127.98/80.53 (v13(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21163, 1775, 7563, 1794])).
% 127.98/80.53 tff(23265,plain,
% 127.98/80.53 (~v13(constB8, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20632, 23264])).
% 127.98/80.53 tff(23266,plain,
% 127.98/80.53 (~v938(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[7651, 23265])).
% 127.98/80.53 tff(23267,plain,
% 127.98/80.53 (~v940(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6454, 23266])).
% 127.98/80.53 tff(23268,plain,
% 127.98/80.53 (~v929(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6446, 23267])).
% 127.98/80.53 tff(23269,plain,
% 127.98/80.53 (~v7(constB9, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6420, 23268])).
% 127.98/80.53 tff(23270,plain,
% 127.98/80.53 (~v7(constB10, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[6412, 23269])).
% 127.98/80.53 tff(23271,plain,
% 127.98/80.53 (~v13(constB8, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[18496, 23264, 23265])).
% 127.98/80.53 tff(23272,plain,
% 127.98/80.53 (~v938(constB8, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[340, 23271])).
% 127.98/80.53 tff(23273,plain,
% 127.98/80.53 (~v940(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[307, 23272])).
% 127.98/80.53 tff(23274,plain,
% 127.98/80.53 (~v956(constB9, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[289, 23273])).
% 127.98/80.53 tff(23275,plain,
% 127.98/80.53 (~v7(constB9, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[206, 23274])).
% 127.98/80.53 tff(23276,plain,
% 127.98/80.53 (~v7(constB10, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[188, 23275])).
% 127.98/80.53 tff(23277,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[21000, 23276, 23270, 7563, 1794, 1775])).
% 127.98/80.53 tff(23278,plain,((~v13(constB12, bitIndex0)) | (~v11(constB10)) | (~v13(constB12, bitIndex2))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23279,plain,
% 127.98/80.53 (~v13(constB12, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23278, 23222, 7563])).
% 127.98/80.53 tff(23280,plain,
% 127.98/80.53 (~v7(constB15, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1351, 1344, 22975])).
% 127.98/80.53 tff(23281,plain,
% 127.98/80.53 (~v1052(constB15)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1457, 23280])).
% 127.98/80.53 tff(23282,plain,
% 127.98/80.53 (~v1050(constB14)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[1472, 23281])).
% 127.98/80.53 tff(23283,plain,
% 127.98/80.53 (~v13(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2010, 23282])).
% 127.98/80.53 tff(23284,plain,
% 127.98/80.53 (v11(constB12)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2145, 23283])).
% 127.98/80.53 tff(23285,plain,
% 127.98/80.53 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10802, 6040, 23284])).
% 127.98/80.53 tff(23286,plain,
% 127.98/80.53 (~v1050(constB12)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23285, 23279])).
% 127.98/80.53 tff(23287,plain,
% 127.98/80.53 (~v1052(constB13)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10808, 23286])).
% 127.98/80.53 tff(23288,plain,
% 127.98/80.53 (~v7(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10816, 23287])).
% 127.98/80.53 tff(23289,plain,
% 127.98/80.53 (~v7(constB14, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[10822, 23288])).
% 127.98/80.53 tff(23290,plain,
% 127.98/80.53 (v7(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[12799, 23289, 22895, 23156])).
% 127.98/80.53 tff(23291,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2214, 23290, 23263])).
% 127.98/80.53 tff(23292,plain,((~(constB15 = sK952_VarCurr)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23293,plain,
% 127.98/80.53 (~(constB15 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23292, 23142])).
% 127.98/80.53 tff(23294,plain,
% 127.98/80.53 (v7(constB13, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[11706, 2398, 22976])).
% 127.98/80.53 tff(23295,plain,
% 127.98/80.53 (v956(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2193, 23294])).
% 127.98/80.53 tff(23296,plain,
% 127.98/80.53 (v940(constB13, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2185, 23295])).
% 127.98/80.53 tff(23297,plain,
% 127.98/80.53 (v938(constB12, bitIndex0)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2159, 23296])).
% 127.98/80.53 tff(23298,plain,
% 127.98/80.53 (v13(constB12, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[9911, 23297])).
% 127.98/80.53 tff(23299,plain,
% 127.98/80.53 ($false),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23258, 23298, 20991, 7563])).
% 127.98/80.53 tff(23300,plain,((~(constB13 = sK952_VarCurr)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.53 tff(23301,plain,
% 127.98/80.53 (~(constB13 = sK952_VarCurr)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[23300, 23142])).
% 127.98/80.53 tff(23302,plain,
% 127.98/80.53 (v7(constB15, bitIndex2)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20704, 3695, 23034, 23008, 4113, 4112, 23010, 5323, 23033, 23031, 3694, 23036, 2408, 11346])).
% 127.98/80.53 tff(23303,plain,
% 127.98/80.53 (v929(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[5505, 23302])).
% 127.98/80.53 tff(23304,plain,
% 127.98/80.53 (v940(constB15, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2348, 23303])).
% 127.98/80.53 tff(23305,plain,
% 127.98/80.53 (v938(constB14, bitIndex1)),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[2356, 23304])).
% 127.98/80.53 tff(23306,plain,
% 127.98/80.53 (constB16 = sK952_VarCurr),
% 127.98/80.53 inference(unit_resolution,[status(thm)],[20712, 3695, 23036, 23008, 23034, 4113, 3694, 2408, 11346, 5323, 23033, 23010, 4112, 2407, 23031, 3859])).
% 127.98/80.54 tff(23307,plain,
% 127.98/80.54 (v13(constB12, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4101, 23306, 22975, 2216])).
% 127.98/80.54 tff(23308,plain,
% 127.98/80.54 (v13(constB14, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[21213, 23305])).
% 127.98/80.54 tff(23309,plain,
% 127.98/80.54 (sP960(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[22531, 23308])).
% 127.98/80.54 tff(23310,plain,
% 127.98/80.54 (v7(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10830, 5864, 23309])).
% 127.98/80.54 tff(23311,plain,
% 127.98/80.54 (v7(constB13, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10822, 23310])).
% 127.98/80.54 tff(23312,plain,
% 127.98/80.54 (v1052(constB13)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10816, 23311])).
% 127.98/80.54 tff(23313,plain,
% 127.98/80.54 (v1050(constB12)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10808, 23312])).
% 127.98/80.54 tff(23314,plain,
% 127.98/80.54 (v11(constB12)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10144, 23308])).
% 127.98/80.54 tff(23315,plain,
% 127.98/80.54 ((~v1050(constB12)) | v13(constB12, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10802, 6040, 23314])).
% 127.98/80.54 tff(23316,plain,
% 127.98/80.54 (v13(constB12, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23315, 23313])).
% 127.98/80.54 tff(23317,plain,
% 127.98/80.54 (v7(constB12, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[17323, 23316, 23307, 2216])).
% 127.98/80.54 tff(23318,plain,
% 127.98/80.54 (v7(constB11, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[7597, 23317])).
% 127.98/80.54 tff(23319,plain,
% 127.98/80.54 (v1052(constB11)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[7591, 23318])).
% 127.98/80.54 tff(23320,plain,
% 127.98/80.54 (v1050(constB10)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[7583, 23319])).
% 127.98/80.54 tff(23321,plain,
% 127.98/80.54 ((~v1050(constB10)) | v13(constB10, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[7577, 6040, 23142])).
% 127.98/80.54 tff(23322,plain,
% 127.98/80.54 (v13(constB10, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23321, 23320])).
% 127.98/80.54 tff(23323,plain,
% 127.98/80.54 (~v13(constB10, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[22844, 23322, 10405])).
% 127.98/80.54 tff(23324,plain,
% 127.98/80.54 (~v938(constB10, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12418, 23323])).
% 127.98/80.54 tff(23325,plain,
% 127.98/80.54 (~v940(constB11, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1717, 23324])).
% 127.98/80.54 tff(23326,plain,
% 127.98/80.54 (~v929(constB11, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1743, 23325])).
% 127.98/80.54 tff(23327,plain,
% 127.98/80.54 (~v7(constB11, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1751, 23326])).
% 127.98/80.54 tff(23328,plain,
% 127.98/80.54 (~v7(constB12, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1772, 23327])).
% 127.98/80.54 tff(23329,plain,
% 127.98/80.54 (v7(constB12, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[15446, 23328, 22975, 23306, 23316])).
% 127.98/80.54 tff(23330,plain,
% 127.98/80.54 (v7(constB11, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1342, 23329])).
% 127.98/80.54 tff(23331,plain,
% 127.98/80.54 (v956(constB11, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1311, 23330])).
% 127.98/80.54 tff(23332,plain,
% 127.98/80.54 (v940(constB11, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1303, 23331])).
% 127.98/80.54 tff(23333,plain,
% 127.98/80.54 (v938(constB10, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[1263, 23332])).
% 127.98/80.54 tff(23334,plain,
% 127.98/80.54 (v13(constB10, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12400, 23333])).
% 127.98/80.54 tff(23335,plain,
% 127.98/80.54 (v7(constB10, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23186, 23334, 23322, 10405, 23307, 23142])).
% 127.98/80.54 tff(23336,plain,
% 127.98/80.54 (v7(constB9, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6412, 23335])).
% 127.98/80.54 tff(23337,plain,
% 127.98/80.54 (v929(constB9, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6420, 23336])).
% 127.98/80.54 tff(23338,plain,
% 127.98/80.54 (v940(constB9, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6446, 23337])).
% 127.98/80.54 tff(23339,plain,
% 127.98/80.54 (v938(constB8, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6454, 23338])).
% 127.98/80.54 tff(23340,plain,
% 127.98/80.54 (v11(constB8)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10622, 23339])).
% 127.98/80.54 tff(23341,plain,
% 127.98/80.54 (v13(constB8, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[7651, 23339])).
% 127.98/80.54 tff(23342,plain,
% 127.98/80.54 (sP958(constB10)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[22346, 23341])).
% 127.98/80.54 tff(23343,plain,
% 127.98/80.54 (~v13(constB8, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[21119, 23341])).
% 127.98/80.54 tff(23344,plain,
% 127.98/80.54 (~v938(constB8, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[340, 23343])).
% 127.98/80.54 tff(23345,plain,
% 127.98/80.54 (~v940(constB9, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[307, 23344])).
% 127.98/80.54 tff(23346,plain,
% 127.98/80.54 (~v956(constB9, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[289, 23345])).
% 127.98/80.54 tff(23347,plain,
% 127.98/80.54 (~v7(constB9, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[206, 23346])).
% 127.98/80.54 tff(23348,plain,
% 127.98/80.54 (~v7(constB10, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[188, 23347])).
% 127.98/80.54 tff(23349,plain,
% 127.98/80.54 (v7(constB10, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[22591, 23348, 23307, 23316, 23342, 23142, 2216])).
% 127.98/80.54 tff(23350,plain,
% 127.98/80.54 (v7(constB9, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6470, 23349])).
% 127.98/80.54 tff(23351,plain,
% 127.98/80.54 (v1052(constB9)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6478, 23350])).
% 127.98/80.54 tff(23352,plain,
% 127.98/80.54 (v1050(constB8)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6483, 23351])).
% 127.98/80.54 tff(23353,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[6491, 6040, 23352, 23340, 10405])).
% 127.98/80.54 tff(23354,plain,(v11(constB16) | v13(constB8, bitIndex0) | v13(constB12, bitIndex2) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23355,plain,
% 127.98/80.54 (v11(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23354, 10405, 2216, 4113, 3694, 2408, 11346, 5323, 4112, 2407])).
% 127.98/80.54 tff(23356,plain,
% 127.98/80.54 (v13(constB14, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[21213, 5496])).
% 127.98/80.54 tff(23357,plain,
% 127.98/80.54 (~v13(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[13037, 23356, 17786, 14774])).
% 127.98/80.54 tff(23358,plain,
% 127.98/80.54 (~v1050(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10219, 6040, 21211, 23357])).
% 127.98/80.54 tff(23359,plain,
% 127.98/80.54 (~v1052(constB15)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10212, 23358])).
% 127.98/80.54 tff(23360,plain,
% 127.98/80.54 (~v7(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10207, 23359])).
% 127.98/80.54 tff(23361,plain,
% 127.98/80.54 (~v7(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10199, 23360])).
% 127.98/80.54 tff(23362,plain,
% 127.98/80.54 (~sP960(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10179, 5864, 23361])).
% 127.98/80.54 tff(23363,plain,
% 127.98/80.54 (sP960(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[22531, 23356])).
% 127.98/80.54 tff(23364,plain,
% 127.98/80.54 (v28(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2374, 1819, 23363])).
% 127.98/80.54 tff(23365,plain,
% 127.98/80.54 (sP958(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2378, 1912, 23364])).
% 127.98/80.54 tff(23366,plain,
% 127.98/80.54 (~v13(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[22536, 23365, 14774])).
% 127.98/80.54 tff(23367,plain,
% 127.98/80.54 (~v938(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11741, 23366])).
% 127.98/80.54 tff(23368,plain,
% 127.98/80.54 (~v940(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9659, 23367])).
% 127.98/80.54 tff(23369,plain,
% 127.98/80.54 (~v956(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9654, 23368])).
% 127.98/80.54 tff(23370,plain,
% 127.98/80.54 (~v7(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9649, 23369])).
% 127.98/80.54 tff(23371,plain,
% 127.98/80.54 (~v7(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4007, 23370])).
% 127.98/80.54 tff(23372,plain,
% 127.98/80.54 (~sP957(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11254, 5875, 23361])).
% 127.98/80.54 tff(23373,plain,
% 127.98/80.54 (~(constB16 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4101, 2147, 22975, 2216])).
% 127.98/80.54 tff(23374,plain,
% 127.98/80.54 (v62(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10239, 1830, 23363])).
% 127.98/80.54 tff(23375,plain,
% 127.98/80.54 (~(constB19 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11482, 23371, 22975, 2216, 2147, 23374, 23361])).
% 127.98/80.54 tff(23376,plain,
% 127.98/80.54 (v13(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23095, 23375, 4113, 4112, 3694, 2408, 11346, 5323, 23008, 23031, 23373, 23372, 2407, 23371, 23362, 9481])).
% 127.98/80.54 tff(23377,plain,
% 127.98/80.54 (~v13(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11331, 23376, 23361])).
% 127.98/80.54 tff(23378,plain,
% 127.98/80.54 (~v1050(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9583, 23377])).
% 127.98/80.54 tff(23379,plain,
% 127.98/80.54 (~v1052(constB17)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9575, 23378])).
% 127.98/80.54 tff(23380,plain,
% 127.98/80.54 (~v7(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9570, 23379])).
% 127.98/80.54 tff(23381,plain,
% 127.98/80.54 (~v7(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9562, 23380])).
% 127.98/80.54 tff(23382,plain,
% 127.98/80.54 (~sP960(constB18)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9556, 5864, 23381])).
% 127.98/80.54 tff(23383,plain,
% 127.98/80.54 (~v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[17939, 23376, 2147, 2216, 21211])).
% 127.98/80.54 tff(23384,plain,
% 127.98/80.54 (~v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10079, 23383])).
% 127.98/80.54 tff(23385,plain,
% 127.98/80.54 (~v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23384])).
% 127.98/80.54 tff(23386,plain,
% 127.98/80.54 (~v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23385])).
% 127.98/80.54 tff(23387,plain,
% 127.98/80.54 (~v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23386])).
% 127.98/80.54 tff(23388,plain,
% 127.98/80.54 (~(constB17 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20860, 23387])).
% 127.98/80.54 tff(23389,plain,
% 127.98/80.54 (~v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23387])).
% 127.98/80.54 tff(23390,plain,
% 127.98/80.54 (~(constB18 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20863, 23389])).
% 127.98/80.54 tff(23391,plain,
% 127.98/80.54 (constB20 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23054, 23390, 23008, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 23373, 23031, 23375, 2407, 2408, 23388])).
% 127.98/80.54 tff(23392,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9532, 23391, 22975])).
% 127.98/80.54 tff(23393,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5724, 1804, 23389, 23392, 23382])).
% 127.98/80.54 tff(23394,plain,((~v938(constB14, bitIndex1)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (~v11(constB16)) | v13(constB12, bitIndex1) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23395,plain,
% 127.98/80.54 (~v938(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23394, 2147, 4112, 3694, 11346, 5323, 2407, 2408, 9481, 4113, 2216])).
% 127.98/80.54 tff(23396,plain,
% 127.98/80.54 (~v940(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2356, 23395])).
% 127.98/80.54 tff(23397,plain,
% 127.98/80.54 (~v929(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2348, 23396])).
% 127.98/80.54 tff(23398,plain,
% 127.98/80.54 (~v7(constB15, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5505, 23397])).
% 127.98/80.54 tff(23399,plain,
% 127.98/80.54 (~v7(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4072, 23398])).
% 127.98/80.54 tff(23400,plain,
% 127.98/80.54 (v7(constB19, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20812, 23087, 23036, 23008, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 2407, 23031, 23373, 23086])).
% 127.98/80.54 tff(23401,plain,
% 127.98/80.54 (v929(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16266, 23400])).
% 127.98/80.54 tff(23402,plain,
% 127.98/80.54 (v940(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16209, 23401])).
% 127.98/80.54 tff(23403,plain,
% 127.98/80.54 (v938(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[14209, 23402])).
% 127.98/80.54 tff(23404,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16203, 23403])).
% 127.98/80.54 tff(23405,plain,
% 127.98/80.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB15, bitIndex1)) | (~nextState(constB15, constB16)) | v957(constB16) | v7(constB16, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB15, bitIndex1)) | (~nextState(constB15, constB16)) | v957(constB16) | v7(constB16, bitIndex1))),
% 127.98/80.54 inference(rewrite,[status(thm)],[])).
% 127.98/80.54 tff(23406,plain,
% 127.98/80.54 (((~nextState(constB15, constB16)) | (~v7(constB15, bitIndex1)) | v957(constB16) | v7(constB16, bitIndex1)) <=> ((~v7(constB15, bitIndex1)) | (~nextState(constB15, constB16)) | v957(constB16) | v7(constB16, bitIndex1))),
% 127.98/80.54 inference(rewrite,[status(thm)],[])).
% 127.98/80.54 tff(23407,plain,
% 127.98/80.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB15, constB16)) | (~v7(constB15, bitIndex1)) | v957(constB16) | v7(constB16, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~v7(constB15, bitIndex1)) | (~nextState(constB15, constB16)) | v957(constB16) | v7(constB16, bitIndex1)))),
% 127.98/80.54 inference(monotonicity,[status(thm)],[23406])).
% 127.98/80.54 tff(23408,plain,
% 127.98/80.54 (((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB15, constB16)) | (~v7(constB15, bitIndex1)) | v957(constB16) | v7(constB16, bitIndex1))) <=> ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB15, bitIndex1)) | (~nextState(constB15, constB16)) | v957(constB16) | v7(constB16, bitIndex1))),
% 127.98/80.54 inference(transitivity,[status(thm)],[23407, 23405])).
% 127.98/80.54 tff(23409,plain,
% 127.98/80.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | ((~nextState(constB15, constB16)) | (~v7(constB15, bitIndex1)) | v957(constB16) | v7(constB16, bitIndex1))),
% 127.98/80.54 inference(quant_inst,[status(thm)],[])).
% 127.98/80.54 tff(23410,plain,
% 127.98/80.54 ((~![VarNext: $i, VarCurr: $i] : ((~nextState(VarCurr, VarNext)) | (~v7(VarCurr, bitIndex1)) | v957(VarNext) | v7(VarNext, bitIndex1))) | (~v7(constB15, bitIndex1)) | (~nextState(constB15, constB16)) | v957(constB16) | v7(constB16, bitIndex1)),
% 127.98/80.54 inference(modus_ponens,[status(thm)],[23409, 23408])).
% 127.98/80.54 tff(23411,plain,
% 127.98/80.54 ((~v7(constB15, bitIndex1)) | v957(constB16) | v7(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23410, 2627, 3710])).
% 127.98/80.54 tff(23412,plain,
% 127.98/80.54 ((~v7(constB15, bitIndex1)) | v7(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23411, 3999])).
% 127.98/80.54 tff(23413,plain,
% 127.98/80.54 (~v7(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23412, 3984])).
% 127.98/80.54 tff(23414,plain,
% 127.98/80.54 (~(constB20 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10279, 3984, 22975, 2216, 2147, 9534, 9481])).
% 127.98/80.54 tff(23415,plain,
% 127.98/80.54 (constB19 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12623, 20806, 22976, 23010, 23008, 11346, 5323, 23033, 4113, 3694, 23031, 2408, 23414, 4112, 23413])).
% 127.98/80.54 tff(23416,plain,
% 127.98/80.54 (v7(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12639, 23415, 22976])).
% 127.98/80.54 tff(23417,plain,
% 127.98/80.54 (v956(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11821, 23416])).
% 127.98/80.54 tff(23418,plain,
% 127.98/80.54 (v940(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11826, 23417])).
% 127.98/80.54 tff(23419,plain,
% 127.98/80.54 (v938(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11831, 23418])).
% 127.98/80.54 tff(23420,plain,
% 127.98/80.54 (v13(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11841, 23419])).
% 127.98/80.54 tff(23421,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10274, 23420, 23404, 3984, 9534, 9481, 2147, 2216])).
% 127.98/80.54 tff(23422,plain,(v13(constB16, bitIndex1) | v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v11(constB16)) | v13(constB12, bitIndex1) | v13(constB12, bitIndex2) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23423,plain,
% 127.98/80.54 (v13(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23422, 3984, 9534, 9481, 2147, 2216, 4113, 4112, 3694, 2408, 11346, 5323, 2407])).
% 127.98/80.54 tff(23424,plain,
% 127.98/80.54 (v11(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12332, 23423, 3984])).
% 127.98/80.54 tff(23425,plain,
% 127.98/80.54 (~v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[17939, 23423, 2147, 2216, 23424])).
% 127.98/80.54 tff(23426,plain,
% 127.98/80.54 (~v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10079, 23425])).
% 127.98/80.54 tff(23427,plain,
% 127.98/80.54 (~v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23426])).
% 127.98/80.54 tff(23428,plain,
% 127.98/80.54 (~v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23427])).
% 127.98/80.54 tff(23429,plain,
% 127.98/80.54 (~v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23428])).
% 127.98/80.54 tff(23430,plain,
% 127.98/80.54 (~(constB17 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20860, 23429])).
% 127.98/80.54 tff(23431,plain,
% 127.98/80.54 (~v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23429])).
% 127.98/80.54 tff(23432,plain,
% 127.98/80.54 (~(constB18 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20863, 23431])).
% 127.98/80.54 tff(23433,plain,
% 127.98/80.54 (v7(constB19, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20812, 23432, 23036, 23008, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 2407, 23031, 23373, 23430])).
% 127.98/80.54 tff(23434,plain,
% 127.98/80.54 (v929(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16266, 23433])).
% 127.98/80.54 tff(23435,plain,
% 127.98/80.54 (v940(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16209, 23434])).
% 127.98/80.54 tff(23436,plain,
% 127.98/80.54 (v938(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[14209, 23435])).
% 127.98/80.54 tff(23437,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16203, 23436])).
% 127.98/80.54 tff(23438,plain,
% 127.98/80.54 (constB19 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23054, 23432, 23008, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 23373, 23031, 23430, 2407, 2408, 23414])).
% 127.98/80.54 tff(23439,plain,
% 127.98/80.54 (v7(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12639, 23438, 22976])).
% 127.98/80.54 tff(23440,plain,
% 127.98/80.54 (v956(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11821, 23439])).
% 127.98/80.54 tff(23441,plain,
% 127.98/80.54 (v940(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11826, 23440])).
% 127.98/80.54 tff(23442,plain,
% 127.98/80.54 (v938(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11831, 23441])).
% 127.98/80.54 tff(23443,plain,
% 127.98/80.54 (v13(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11841, 23442])).
% 127.98/80.54 tff(23444,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10274, 23443, 23437, 3984, 9534, 9481, 2147, 2216])).
% 127.98/80.54 tff(23445,plain,(v7(constB16, bitIndex1) | v7(constB16, bitIndex2) | (~v11(constB16)) | v13(constB12, bitIndex1) | v13(constB12, bitIndex2) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23446,plain,
% 127.98/80.54 (v7(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23445, 23399, 9481, 2147, 2216, 4113, 4112, 3694, 2408, 11346, 5323, 2407])).
% 127.98/80.54 tff(23447,plain,
% 127.98/80.54 (v7(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4007, 23446])).
% 127.98/80.54 tff(23448,plain,
% 127.98/80.54 (v956(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9649, 23447])).
% 127.98/80.54 tff(23449,plain,
% 127.98/80.54 (v940(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9654, 23448])).
% 127.98/80.54 tff(23450,plain,
% 127.98/80.54 (v938(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9659, 23449])).
% 127.98/80.54 tff(23451,plain,
% 127.98/80.54 (v11(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11682, 23450])).
% 127.98/80.54 tff(23452,plain,
% 127.98/80.54 (v13(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11741, 23450])).
% 127.98/80.54 tff(23453,plain,
% 127.98/80.54 (~v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[13260, 23452, 2216, 14774, 23451])).
% 127.98/80.54 tff(23454,plain,
% 127.98/80.54 (~v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10079, 23453])).
% 127.98/80.54 tff(23455,plain,
% 127.98/80.54 (~v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23454])).
% 127.98/80.54 tff(23456,plain,
% 127.98/80.54 (~v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23455])).
% 127.98/80.54 tff(23457,plain,
% 127.98/80.54 (~v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23456])).
% 127.98/80.54 tff(23458,plain,
% 127.98/80.54 (~(constB17 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20860, 23457])).
% 127.98/80.54 tff(23459,plain,
% 127.98/80.54 (~(constB19 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[15745, 23452, 22975, 2216, 14774, 23451])).
% 127.98/80.54 tff(23460,plain,
% 127.98/80.54 (~v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23457])).
% 127.98/80.54 tff(23461,plain,
% 127.98/80.54 (~(constB18 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20863, 23460])).
% 127.98/80.54 tff(23462,plain,
% 127.98/80.54 (constB20 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23054, 23461, 23008, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 23373, 23031, 23459, 2407, 2408, 23458])).
% 127.98/80.54 tff(23463,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9532, 23462, 22975])).
% 127.98/80.54 tff(23464,plain,
% 127.98/80.54 (sP960(constB18)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5724, 1804, 23460, 23463])).
% 127.98/80.54 tff(23465,plain,
% 127.98/80.54 (v7(constB20, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11815, 23462, 22976])).
% 127.98/80.54 tff(23466,plain,
% 127.98/80.54 (v7(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9468, 23465])).
% 127.98/80.54 tff(23467,plain,
% 127.98/80.54 (v956(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11821, 23466])).
% 127.98/80.54 tff(23468,plain,
% 127.98/80.54 (v940(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11826, 23467])).
% 127.98/80.54 tff(23469,plain,
% 127.98/80.54 (v938(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11831, 23468])).
% 127.98/80.54 tff(23470,plain,
% 127.98/80.54 (v13(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11841, 23469])).
% 127.98/80.54 tff(23471,plain,
% 127.98/80.54 (v7(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5738, 23470, 23460, 23463])).
% 127.98/80.54 tff(23472,plain,
% 127.98/80.54 (v7(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5759, 23471])).
% 127.98/80.54 tff(23473,plain,
% 127.98/80.54 (v956(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10249, 23472])).
% 127.98/80.54 tff(23474,plain,
% 127.98/80.54 (v940(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5567, 23473])).
% 127.98/80.54 tff(23475,plain,
% 127.98/80.54 (v938(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5541, 23474])).
% 127.98/80.54 tff(23476,plain,
% 127.98/80.54 (v13(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9541, 23475])).
% 127.98/80.54 tff(23477,plain,
% 127.98/80.54 (~v13(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12770, 23452, 14774, 17786])).
% 127.98/80.54 tff(23478,plain,
% 127.98/80.54 (~v1050(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10219, 6040, 23451, 23477])).
% 127.98/80.54 tff(23479,plain,
% 127.98/80.54 (~v1052(constB15)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10212, 23478])).
% 127.98/80.54 tff(23480,plain,
% 127.98/80.54 (~v7(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10207, 23479])).
% 127.98/80.54 tff(23481,plain,
% 127.98/80.54 (~v7(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10199, 23480])).
% 127.98/80.54 tff(23482,plain,
% 127.98/80.54 (~v13(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11331, 23481, 23476])).
% 127.98/80.54 tff(23483,plain,
% 127.98/80.54 (~v1050(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9583, 23482])).
% 127.98/80.54 tff(23484,plain,
% 127.98/80.54 (~v1052(constB17)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9575, 23483])).
% 127.98/80.54 tff(23485,plain,
% 127.98/80.54 (~v7(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9570, 23484])).
% 127.98/80.54 tff(23486,plain,
% 127.98/80.54 (~v7(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9562, 23485])).
% 127.98/80.54 tff(23487,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9556, 5864, 23486, 23464])).
% 127.98/80.54 tff(23488,plain,(v13(constB12, bitIndex1) | (~v11(constB16)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23489,plain,
% 127.98/80.54 (v13(constB12, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23488, 23355, 4113, 4112, 3694, 11346, 5323, 2407, 2408, 2216])).
% 127.98/80.54 tff(23490,plain,
% 127.98/80.54 (~v13(constB12, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23206, 23489, 23142, 2216, 10405])).
% 127.98/80.54 tff(23491,plain,
% 127.98/80.54 (~v13(constB14, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23149, 23490, 17786])).
% 127.98/80.54 tff(23492,plain,
% 127.98/80.54 (~v938(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[21213, 23491])).
% 127.98/80.54 tff(23493,plain,
% 127.98/80.54 (~v940(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2356, 23492])).
% 127.98/80.54 tff(23494,plain,
% 127.98/80.54 (~v929(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2348, 23493])).
% 127.98/80.54 tff(23495,plain,
% 127.98/80.54 (~v7(constB15, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5505, 23494])).
% 127.98/80.54 tff(23496,plain,
% 127.98/80.54 (~v7(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4072, 23495])).
% 127.98/80.54 tff(23497,plain,
% 127.98/80.54 (constB20 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12623, 20806, 22976, 23010, 23008, 11346, 5323, 23033, 4113, 3694, 11348, 2408, 5310, 4112, 23413])).
% 127.98/80.54 tff(23498,plain,
% 127.98/80.54 (v7(constB19, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20812, 23087, 23036, 23008, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 2407, 11348, 21457, 23086])).
% 127.98/80.54 tff(23499,plain,
% 127.98/80.54 (v929(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16266, 23498])).
% 127.98/80.54 tff(23500,plain,
% 127.98/80.54 (v940(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16209, 23499])).
% 127.98/80.54 tff(23501,plain,
% 127.98/80.54 (v938(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[14209, 23500])).
% 127.98/80.54 tff(23502,plain,
% 127.98/80.54 (v11(constB18)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[14204, 23501])).
% 127.98/80.54 tff(23503,plain,
% 127.98/80.54 ((~(constB20 = sK952_VarCurr)) | v7(constB18, bitIndex0) | v7(constB18, bitIndex1) | (~v11(constB18)) | (~v7(sK952_VarCurr, bitIndex1))),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10392, 20423])).
% 127.98/80.54 tff(23504,plain,
% 127.98/80.54 (v7(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23503, 23502, 22976, 20806, 23497])).
% 127.98/80.54 tff(23505,plain,
% 127.98/80.54 (v7(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9562, 23504])).
% 127.98/80.54 tff(23506,plain,
% 127.98/80.54 (v1052(constB17)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9570, 23505])).
% 127.98/80.54 tff(23507,plain,
% 127.98/80.54 (v1050(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9575, 23506])).
% 127.98/80.54 tff(23508,plain,
% 127.98/80.54 (v13(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9583, 23507])).
% 127.98/80.54 tff(23509,plain,
% 127.98/80.54 (~v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10103, 23508, 9534, 3984])).
% 127.98/80.54 tff(23510,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9532, 23497, 22975])).
% 127.98/80.54 tff(23511,plain,
% 127.98/80.54 (v7(constB20, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11815, 23497, 22976])).
% 127.98/80.54 tff(23512,plain,
% 127.98/80.54 (v7(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9468, 23511])).
% 127.98/80.54 tff(23513,plain,
% 127.98/80.54 (v956(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11821, 23512])).
% 127.98/80.54 tff(23514,plain,
% 127.98/80.54 (v940(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11826, 23513])).
% 127.98/80.54 tff(23515,plain,
% 127.98/80.54 (v938(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11831, 23514])).
% 127.98/80.54 tff(23516,plain,
% 127.98/80.54 (v13(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11841, 23515])).
% 127.98/80.54 tff(23517,plain,
% 127.98/80.54 (v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5738, 23516, 20806, 23510])).
% 127.98/80.54 tff(23518,plain,
% 127.98/80.54 (v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23517])).
% 127.98/80.54 tff(23519,plain,
% 127.98/80.54 (v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23518])).
% 127.98/80.54 tff(23520,plain,
% 127.98/80.54 (v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23519])).
% 127.98/80.54 tff(23521,plain,
% 127.98/80.54 (v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23520])).
% 127.98/80.54 tff(23522,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10079, 23521, 23509])).
% 127.98/80.54 tff(23523,plain,(v13(constB16, bitIndex1) | (~v11(constB16)) | v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB19 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23524,plain,
% 127.98/80.54 (v13(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23523, 5310, 9534, 3984, 4113, 4112, 3694, 2408, 11346, 5323, 2407, 11348, 9481])).
% 127.98/80.54 tff(23525,plain,
% 127.98/80.54 (~v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10120, 23524, 3984, 9534])).
% 127.98/80.54 tff(23526,plain,
% 127.98/80.54 (~v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10079, 23525])).
% 127.98/80.54 tff(23527,plain,
% 127.98/80.54 (~v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23526])).
% 127.98/80.54 tff(23528,plain,
% 127.98/80.54 (~v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23527])).
% 127.98/80.54 tff(23529,plain,
% 127.98/80.54 (~v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23528])).
% 127.98/80.54 tff(23530,plain,
% 127.98/80.54 (~(constB17 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20860, 23529])).
% 127.98/80.54 tff(23531,plain,
% 127.98/80.54 (~v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23529])).
% 127.98/80.54 tff(23532,plain,
% 127.98/80.54 (~(constB18 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20863, 23531])).
% 127.98/80.54 tff(23533,plain,
% 127.98/80.54 (constB20 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23054, 23532, 23008, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 21457, 11348, 5310, 2407, 2408, 23530])).
% 127.98/80.54 tff(23534,plain,
% 127.98/80.54 (v7(constB20, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11815, 23533, 22976])).
% 127.98/80.54 tff(23535,plain,
% 127.98/80.54 (v7(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9468, 23534])).
% 127.98/80.54 tff(23536,plain,
% 127.98/80.54 (v956(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11821, 23535])).
% 127.98/80.54 tff(23537,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9532, 23533, 22975])).
% 127.98/80.54 tff(23538,plain,
% 127.98/80.54 (~v13(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9617, 23537, 9534, 3984, 23531, 9481])).
% 127.98/80.54 tff(23539,plain,
% 127.98/80.54 (~v938(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11841, 23538])).
% 127.98/80.54 tff(23540,plain,
% 127.98/80.54 (~v940(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11831, 23539])).
% 127.98/80.54 tff(23541,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11826, 23540, 23536])).
% 127.98/80.54 tff(23542,plain,((constB19 = sK952_VarCurr) | v7(constB16, bitIndex2) | v7(constB16, bitIndex1) | (~v11(constB16)) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23543,plain,
% 127.98/80.54 (constB19 = sK952_VarCurr),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23542, 3984, 9534, 9481, 4113, 4112, 3694, 11346, 5323, 11348, 2407, 2408])).
% 127.98/80.54 tff(23544,plain,
% 127.98/80.54 (v929(constB19, bitIndex1) <=> v929(sK952_VarCurr, bitIndex1)),
% 127.98/80.54 inference(monotonicity,[status(thm)],[23543])).
% 127.98/80.54 tff(23545,plain,
% 127.98/80.54 (v929(sK952_VarCurr, bitIndex1) <=> v929(constB19, bitIndex1)),
% 127.98/80.54 inference(symmetry,[status(thm)],[23544])).
% 127.98/80.54 tff(23546,plain,
% 127.98/80.54 (v929(constB19, bitIndex1)),
% 127.98/80.54 inference(modus_ponens,[status(thm)],[20693, 23545])).
% 127.98/80.54 tff(23547,plain,
% 127.98/80.54 (v940(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16209, 23546])).
% 127.98/80.54 tff(23548,plain,
% 127.98/80.54 (v938(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[14209, 23547])).
% 127.98/80.54 tff(23549,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16203, 23548])).
% 127.98/80.54 tff(23550,plain,
% 127.98/80.54 (v7(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[12639, 23543, 22976])).
% 127.98/80.54 tff(23551,plain,
% 127.98/80.54 (v956(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11821, 23550])).
% 127.98/80.54 tff(23552,plain,
% 127.98/80.54 (v940(constB19, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11826, 23551])).
% 127.98/80.54 tff(23553,plain,
% 127.98/80.54 (v938(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11831, 23552])).
% 127.98/80.54 tff(23554,plain,
% 127.98/80.54 (v13(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11841, 23553])).
% 127.98/80.54 tff(23555,plain,
% 127.98/80.54 (v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9617, 23549, 9534, 3984, 23554, 9481])).
% 127.98/80.54 tff(23556,plain,
% 127.98/80.54 (v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23555])).
% 127.98/80.54 tff(23557,plain,
% 127.98/80.54 (v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23556])).
% 127.98/80.54 tff(23558,plain,
% 127.98/80.54 (v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23557])).
% 127.98/80.54 tff(23559,plain,
% 127.98/80.54 (v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23558])).
% 127.98/80.54 tff(23560,plain,
% 127.98/80.54 (v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10079, 23559])).
% 127.98/80.54 tff(23561,plain,
% 127.98/80.54 (~v13(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10103, 23560, 9534, 3984])).
% 127.98/80.54 tff(23562,plain,
% 127.98/80.54 (~v1050(constB16)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9583, 23561])).
% 127.98/80.54 tff(23563,plain,
% 127.98/80.54 (~v1052(constB17)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9575, 23562])).
% 127.98/80.54 tff(23564,plain,
% 127.98/80.54 (~v7(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9570, 23563])).
% 127.98/80.54 tff(23565,plain,
% 127.98/80.54 (~v7(constB18, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9562, 23564])).
% 127.98/80.54 tff(23566,plain,
% 127.98/80.54 (~v13(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10120, 23560, 3984, 9534])).
% 127.98/80.54 tff(23567,plain,
% 127.98/80.54 (~v938(constB16, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9541, 23566])).
% 127.98/80.54 tff(23568,plain,
% 127.98/80.54 (~v940(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5541, 23567])).
% 127.98/80.54 tff(23569,plain,
% 127.98/80.54 (~v956(constB17, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5567, 23568])).
% 127.98/80.54 tff(23570,plain,
% 127.98/80.54 (~v7(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10249, 23569])).
% 127.98/80.54 tff(23571,plain,
% 127.98/80.54 (~v7(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5759, 23570])).
% 127.98/80.54 tff(23572,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10272, 23571, 23565, 23554, 23549])).
% 127.98/80.54 tff(23573,plain,(v7(constB16, bitIndex1) | (~v11(constB16)) | v7(constB16, bitIndex2) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB14 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23574,plain,
% 127.98/80.54 (v7(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23573, 23355, 23496, 4113, 4112, 3694, 11346, 5323, 23031, 2407, 2408])).
% 127.98/80.54 tff(23575,plain,
% 127.98/80.54 (v7(constB15, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[4007, 23574])).
% 127.98/80.54 tff(23576,plain,
% 127.98/80.54 (v956(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9649, 23575])).
% 127.98/80.54 tff(23577,plain,
% 127.98/80.54 (v940(constB15, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9654, 23576])).
% 127.98/80.54 tff(23578,plain,
% 127.98/80.54 (v938(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[9659, 23577])).
% 127.98/80.54 tff(23579,plain,
% 127.98/80.54 (v13(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11741, 23578])).
% 127.98/80.54 tff(23580,plain,
% 127.98/80.54 (v11(constB14)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[11682, 23578])).
% 127.98/80.54 tff(23581,plain,
% 127.98/80.54 (v7(constB14, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[13260, 5480, 2216, 2299, 2358])).
% 127.98/80.54 tff(23582,plain,
% 127.98/80.54 (v7(constB13, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2214, 23581])).
% 127.98/80.54 tff(23583,plain,
% 127.98/80.54 (v956(constB13, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2193, 23582])).
% 127.98/80.54 tff(23584,plain,
% 127.98/80.54 (v940(constB13, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2185, 23583])).
% 127.98/80.54 tff(23585,plain,
% 127.98/80.54 (v938(constB12, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[2159, 23584])).
% 127.98/80.54 tff(23586,plain,
% 127.98/80.54 (v7(constB14, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[15344, 5480, 2358, 2299, 17786])).
% 127.98/80.54 tff(23587,plain,
% 127.98/80.54 (v7(constB13, bitIndex0)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10822, 23586])).
% 127.98/80.54 tff(23588,plain,
% 127.98/80.54 (v1052(constB13)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10816, 23587])).
% 127.98/80.54 tff(23589,plain,
% 127.98/80.54 (v1050(constB12)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[10808, 23588])).
% 127.98/80.54 tff(23590,plain,
% 127.98/80.54 (~v11(constB12)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[15711, 23589])).
% 127.98/80.54 tff(23591,plain,
% 127.98/80.54 ($false),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[17298, 23590, 23585])).
% 127.98/80.54 tff(23592,plain,((~v13(constB16, bitIndex2)) | v13(constB12, bitIndex0) | (~v11(constB14)) | (~v13(constB14, bitIndex1)) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.54 tff(23593,plain,
% 127.98/80.54 (~v13(constB16, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23592, 23490, 23580, 23579, 2216])).
% 127.98/80.54 tff(23594,plain,
% 127.98/80.54 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5572, 2226, 23355])).
% 127.98/80.54 tff(23595,plain,
% 127.98/80.54 (~v938(constB16, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[23594, 23593])).
% 127.98/80.54 tff(23596,plain,
% 127.98/80.54 (~v940(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5581, 23595])).
% 127.98/80.54 tff(23597,plain,
% 127.98/80.54 (~v929(constB17, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5607, 23596])).
% 127.98/80.54 tff(23598,plain,
% 127.98/80.54 (~v7(constB17, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5615, 23597])).
% 127.98/80.54 tff(23599,plain,
% 127.98/80.54 (~(constB17 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20860, 23598])).
% 127.98/80.54 tff(23600,plain,
% 127.98/80.54 (~(constB16 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20700, 23496])).
% 127.98/80.54 tff(23601,plain,
% 127.98/80.54 (~v7(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[5636, 23598])).
% 127.98/80.54 tff(23602,plain,
% 127.98/80.54 (~(constB18 = sK952_VarCurr)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20863, 23601])).
% 127.98/80.54 tff(23603,plain,
% 127.98/80.54 (v7(constB19, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[20812, 23602, 23036, 23008, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 2407, 23031, 23600, 23599])).
% 127.98/80.54 tff(23604,plain,
% 127.98/80.54 (v929(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16266, 23603])).
% 127.98/80.54 tff(23605,plain,
% 127.98/80.54 (v940(constB19, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16209, 23604])).
% 127.98/80.54 tff(23606,plain,
% 127.98/80.54 (v938(constB18, bitIndex1)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[14209, 23605])).
% 127.98/80.54 tff(23607,plain,
% 127.98/80.54 (v13(constB18, bitIndex2)),
% 127.98/80.54 inference(unit_resolution,[status(thm)],[16203, 23606])).
% 127.98/80.54 tff(23608,plain,
% 127.98/80.54 (sP960(constB18)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5724, 1804, 23601, 23607])).
% 127.98/80.55 tff(23609,plain,
% 127.98/80.55 (v7(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9556, 5864, 23608])).
% 127.98/80.55 tff(23610,plain,
% 127.98/80.55 (v7(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9562, 23609])).
% 127.98/80.55 tff(23611,plain,
% 127.98/80.55 (v1052(constB17)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9570, 23610])).
% 127.98/80.55 tff(23612,plain,
% 127.98/80.55 (v1050(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9575, 23611])).
% 127.98/80.55 tff(23613,plain,
% 127.98/80.55 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9582, 6040, 23355])).
% 127.98/80.55 tff(23614,plain,
% 127.98/80.55 (v13(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23613, 23612])).
% 127.98/80.55 tff(23615,plain,
% 127.98/80.55 (sP954_aig_name(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21605, 22148, 15323, 2299])).
% 127.98/80.55 tff(23616,plain,
% 127.98/80.55 (v11(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16459, 1990, 2299])).
% 127.98/80.55 tff(23617,plain,
% 127.98/80.55 (~v1050(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[15711, 23616])).
% 127.98/80.55 tff(23618,plain,
% 127.98/80.55 (~v1052(constB13)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10808, 23617])).
% 127.98/80.55 tff(23619,plain,
% 127.98/80.55 (~v7(constB13, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10816, 23618])).
% 127.98/80.55 tff(23620,plain,
% 127.98/80.55 (~v7(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10822, 23619])).
% 127.98/80.55 tff(23621,plain,
% 127.98/80.55 (~sP957(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10826, 5875, 23620])).
% 127.98/80.55 tff(23622,plain,
% 127.98/80.55 (~v924(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12816, 7224, 1990, 23621])).
% 127.98/80.55 tff(23623,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12928, 1982, 23622, 23615])).
% 127.98/80.55 tff(23624,plain,((~v13(constB14, bitIndex0)) | v13(constB12, bitIndex0) | (~v13(constB14, bitIndex1)) | v7(constB14, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23625,plain,
% 127.98/80.55 (~v13(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23624, 23490, 23579, 17786])).
% 127.98/80.55 tff(23626,plain,
% 127.98/80.55 ((~v1050(constB14)) | v13(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10219, 6040, 23580])).
% 127.98/80.55 tff(23627,plain,
% 127.98/80.55 (~v1050(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23626, 23625])).
% 127.98/80.55 tff(23628,plain,
% 127.98/80.55 (~v1052(constB15)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10212, 23627])).
% 127.98/80.55 tff(23629,plain,
% 127.98/80.55 (~v7(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10207, 23628])).
% 127.98/80.55 tff(23630,plain,
% 127.98/80.55 (~v7(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10199, 23629])).
% 127.98/80.55 tff(23631,plain,
% 127.98/80.55 (~v13(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11331, 23630, 23614])).
% 127.98/80.55 tff(23632,plain,
% 127.98/80.55 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5532, 320, 23355])).
% 127.98/80.55 tff(23633,plain,
% 127.98/80.55 (~v938(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23632, 23631])).
% 127.98/80.55 tff(23634,plain,
% 127.98/80.55 (~v940(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5541, 23633])).
% 127.98/80.55 tff(23635,plain,
% 127.98/80.55 (~v956(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5567, 23634])).
% 127.98/80.55 tff(23636,plain,
% 127.98/80.55 (~v7(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10249, 23635])).
% 127.98/80.55 tff(23637,plain,
% 127.98/80.55 (~v7(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5759, 23636])).
% 127.98/80.55 tff(23638,plain,
% 127.98/80.55 (~v13(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5738, 23637, 23601, 23607])).
% 127.98/80.55 tff(23639,plain,
% 127.98/80.55 (~(constB19 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11465, 23630, 22975, 23593])).
% 127.98/80.55 tff(23640,plain,
% 127.98/80.55 (constB20 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23054, 23639, 23008, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 23600, 23031, 23602, 2407, 2408, 23599])).
% 127.98/80.55 tff(23641,plain,
% 127.98/80.55 (v7(constB20, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11815, 23640, 22976])).
% 127.98/80.55 tff(23642,plain,
% 127.98/80.55 (v7(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9468, 23641])).
% 127.98/80.55 tff(23643,plain,
% 127.98/80.55 (v956(constB19, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11821, 23642])).
% 127.98/80.55 tff(23644,plain,
% 127.98/80.55 (v940(constB19, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11826, 23643])).
% 127.98/80.55 tff(23645,plain,
% 127.98/80.55 (v938(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11831, 23644])).
% 127.98/80.55 tff(23646,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11841, 23645, 23638])).
% 127.98/80.55 tff(23647,plain,(v13(constB8, bitIndex0) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | v13(constB12, bitIndex2)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23648,plain,
% 127.98/80.55 (v13(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23647, 2216, 4112, 3694, 11346, 5323, 2407, 2408, 4113])).
% 127.98/80.55 tff(23649,plain,
% 127.98/80.55 (~v13(constB8, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20632, 23648])).
% 127.98/80.55 tff(23650,plain,
% 127.98/80.55 (~v13(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[18496, 23648, 23649])).
% 127.98/80.55 tff(23651,plain,
% 127.98/80.55 (~v938(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[340, 23650])).
% 127.98/80.55 tff(23652,plain,
% 127.98/80.55 (~v940(constB9, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[307, 23651])).
% 127.98/80.55 tff(23653,plain,
% 127.98/80.55 (~v956(constB9, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[289, 23652])).
% 127.98/80.55 tff(23654,plain,
% 127.98/80.55 (~v7(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[206, 23653])).
% 127.98/80.55 tff(23655,plain,
% 127.98/80.55 (~v7(constB10, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[188, 23654])).
% 127.98/80.55 tff(23656,plain,
% 127.98/80.55 (~v938(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[7651, 23649])).
% 127.98/80.55 tff(23657,plain,
% 127.98/80.55 (~v940(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6454, 23656])).
% 127.98/80.55 tff(23658,plain,
% 127.98/80.55 (~v929(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6446, 23657])).
% 127.98/80.55 tff(23659,plain,
% 127.98/80.55 (~v7(constB9, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6420, 23658])).
% 127.98/80.55 tff(23660,plain,
% 127.98/80.55 (~v7(constB10, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6412, 23659])).
% 127.98/80.55 tff(23661,plain,
% 127.98/80.55 (~v13(constB12, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20331, 23307, 23142, 2216, 23660, 23655])).
% 127.98/80.55 tff(23662,plain,
% 127.98/80.55 (~v13(constB14, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23149, 23661, 17786])).
% 127.98/80.55 tff(23663,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21213, 23662, 23305])).
% 127.98/80.55 tff(23664,plain,(v11(constB16) | v13(constB12, bitIndex2) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23665,plain,
% 127.98/80.55 (v11(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23664, 2216, 4113, 3694, 2408, 11346, 5323, 4112, 2407])).
% 127.98/80.55 tff(23666,plain,
% 127.98/80.55 (v13(constB12, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23488, 23665, 4113, 4112, 3694, 11346, 5323, 2407, 2408, 2216])).
% 127.98/80.55 tff(23667,plain,
% 127.98/80.55 (~v13(constB12, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20331, 23666, 23142, 2216, 23660, 23655])).
% 127.98/80.55 tff(23668,plain,
% 127.98/80.55 (~v13(constB14, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23149, 23667, 17786])).
% 127.98/80.55 tff(23669,plain,
% 127.98/80.55 (~v938(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21213, 23668])).
% 127.98/80.55 tff(23670,plain,
% 127.98/80.55 (~v940(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2356, 23669])).
% 127.98/80.55 tff(23671,plain,
% 127.98/80.55 (~v929(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2348, 23670])).
% 127.98/80.55 tff(23672,plain,
% 127.98/80.55 (~v7(constB15, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5505, 23671])).
% 127.98/80.55 tff(23673,plain,
% 127.98/80.55 (~v7(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4072, 23672])).
% 127.98/80.55 tff(23674,plain,
% 127.98/80.55 (v7(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23573, 23673, 23665, 4113, 4112, 3694, 11346, 5323, 23031, 2407, 2408])).
% 127.98/80.55 tff(23675,plain,
% 127.98/80.55 (v7(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4007, 23674])).
% 127.98/80.55 tff(23676,plain,
% 127.98/80.55 (v956(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9649, 23675])).
% 127.98/80.55 tff(23677,plain,
% 127.98/80.55 (v940(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9654, 23676])).
% 127.98/80.55 tff(23678,plain,
% 127.98/80.55 (v938(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9659, 23677])).
% 127.98/80.55 tff(23679,plain,
% 127.98/80.55 (v13(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11741, 23678])).
% 127.98/80.55 tff(23680,plain,
% 127.98/80.55 (v11(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11682, 23678])).
% 127.98/80.55 tff(23681,plain,
% 127.98/80.55 (~v13(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23592, 23680, 23667, 23679, 2216])).
% 127.98/80.55 tff(23682,plain,
% 127.98/80.55 (~v13(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23624, 23679, 23667, 17786])).
% 127.98/80.55 tff(23683,plain,
% 127.98/80.55 (~v1050(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10219, 6040, 23680, 23682])).
% 127.98/80.55 tff(23684,plain,
% 127.98/80.55 (~v1052(constB15)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10212, 23683])).
% 127.98/80.55 tff(23685,plain,
% 127.98/80.55 (~v7(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10207, 23684])).
% 127.98/80.55 tff(23686,plain,
% 127.98/80.55 (~v7(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10199, 23685])).
% 127.98/80.55 tff(23687,plain,
% 127.98/80.55 (~(constB16 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20700, 23673])).
% 127.98/80.55 tff(23688,plain,
% 127.98/80.55 (constB19 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[15612, 23686, 22975, 23142, 2408, 5323, 4112, 23655, 2407, 11346, 4113, 23665, 23031, 23010, 23687, 23673])).
% 127.98/80.55 tff(23689,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11465, 23688, 23686, 22975, 23681])).
% 127.98/80.55 tff(23690,plain,(v13(constB12, bitIndex2) | (constB13 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23691,plain,
% 127.98/80.55 (v13(constB12, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23690, 2407, 5323, 4112, 2408, 11346, 4113, 3694])).
% 127.98/80.55 tff(23692,plain,
% 127.98/80.55 (~v13(constB12, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23278, 23691, 23142])).
% 127.98/80.55 tff(23693,plain,
% 127.98/80.55 (~v13(constB12, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23258, 23691, 23142])).
% 127.98/80.55 tff(23694,plain,
% 127.98/80.55 (~v938(constB12, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9911, 23693])).
% 127.98/80.55 tff(23695,plain,
% 127.98/80.55 (~v940(constB13, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2159, 23694])).
% 127.98/80.55 tff(23696,plain,
% 127.98/80.55 (~v956(constB13, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2185, 23695])).
% 127.98/80.55 tff(23697,plain,
% 127.98/80.55 (~v7(constB13, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2193, 23696])).
% 127.98/80.55 tff(23698,plain,
% 127.98/80.55 (~v7(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2214, 23697])).
% 127.98/80.55 tff(23699,plain,
% 127.98/80.55 (~(constB14 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[7544, 23698, 22976])).
% 127.98/80.55 tff(23700,plain,
% 127.98/80.55 (v7(constB15, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20704, 3695, 23034, 23008, 4113, 4112, 23010, 5323, 23033, 23699, 3694, 23036, 2408, 11346])).
% 127.98/80.55 tff(23701,plain,
% 127.98/80.55 (v929(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5505, 23700])).
% 127.98/80.55 tff(23702,plain,
% 127.98/80.55 (v940(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2348, 23701])).
% 127.98/80.55 tff(23703,plain,
% 127.98/80.55 (v938(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2356, 23702])).
% 127.98/80.55 tff(23704,plain,
% 127.98/80.55 (v13(constB14, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21213, 23703])).
% 127.98/80.55 tff(23705,plain,
% 127.98/80.55 (v11(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10144, 23704])).
% 127.98/80.55 tff(23706,plain,
% 127.98/80.55 (constB16 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20712, 3695, 23036, 23008, 23034, 4113, 3694, 2408, 11346, 5323, 23033, 23010, 4112, 2407, 23699, 3859])).
% 127.98/80.55 tff(23707,plain,
% 127.98/80.55 (v7(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[3986, 23706, 22976])).
% 127.98/80.55 tff(23708,plain,
% 127.98/80.55 (v7(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4007, 23707])).
% 127.98/80.55 tff(23709,plain,
% 127.98/80.55 (v956(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9649, 23708])).
% 127.98/80.55 tff(23710,plain,
% 127.98/80.55 (v940(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9654, 23709])).
% 127.98/80.55 tff(23711,plain,
% 127.98/80.55 (v938(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9659, 23710])).
% 127.98/80.55 tff(23712,plain,
% 127.98/80.55 (v13(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11741, 23711])).
% 127.98/80.55 tff(23713,plain,
% 127.98/80.55 (v7(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12799, 23712, 23698, 23704])).
% 127.98/80.55 tff(23714,plain,
% 127.98/80.55 (v7(constB13, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10822, 23713])).
% 127.98/80.55 tff(23715,plain,
% 127.98/80.55 (v1052(constB13)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10816, 23714])).
% 127.98/80.55 tff(23716,plain,
% 127.98/80.55 (v1050(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10808, 23715])).
% 127.98/80.55 tff(23717,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10802, 6040, 23716, 23705, 23692])).
% 127.98/80.55 tff(23718,plain,(v11(constB16) | (constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23719,plain,
% 127.98/80.55 (v11(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23718, 2407, 3694, 2408, 11346, 5323, 4112, 4113])).
% 127.98/80.55 tff(23720,plain,
% 127.98/80.55 (v7(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23573, 3984, 23719, 4113, 4112, 3694, 11346, 5323, 23699, 2407, 2408])).
% 127.98/80.55 tff(23721,plain,
% 127.98/80.55 (v7(constB15, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4072, 23720])).
% 127.98/80.55 tff(23722,plain,
% 127.98/80.55 (v929(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5505, 23721])).
% 127.98/80.55 tff(23723,plain,
% 127.98/80.55 (v940(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2348, 23722])).
% 127.98/80.55 tff(23724,plain,
% 127.98/80.55 (v938(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2356, 23723])).
% 127.98/80.55 tff(23725,plain,
% 127.98/80.55 (v13(constB14, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21213, 23724])).
% 127.98/80.55 tff(23726,plain,
% 127.98/80.55 (~v13(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[22695, 23725, 23698, 23692])).
% 127.98/80.55 tff(23727,plain,
% 127.98/80.55 (v11(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5498, 23724])).
% 127.98/80.55 tff(23728,plain,
% 127.98/80.55 (~v1050(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10219, 6040, 23727, 23726])).
% 127.98/80.55 tff(23729,plain,
% 127.98/80.55 (~v1052(constB15)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10212, 23728])).
% 127.98/80.55 tff(23730,plain,
% 127.98/80.55 (~v7(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10207, 23729])).
% 127.98/80.55 tff(23731,plain,
% 127.98/80.55 (~v7(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10199, 23730])).
% 127.98/80.55 tff(23732,plain,
% 127.98/80.55 (~sP960(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10179, 5864, 23731])).
% 127.98/80.55 tff(23733,plain,
% 127.98/80.55 (~sP957(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11254, 5875, 23731])).
% 127.98/80.55 tff(23734,plain,
% 127.98/80.55 (v13(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23095, 5310, 4113, 4112, 3694, 2408, 11346, 5323, 23008, 23699, 5309, 23733, 2407, 3984, 23732, 23719])).
% 127.98/80.55 tff(23735,plain,
% 127.98/80.55 (~v13(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11331, 23734, 23731])).
% 127.98/80.55 tff(23736,plain,
% 127.98/80.55 ((~v1050(constB16)) | v13(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9582, 6040, 23719])).
% 127.98/80.55 tff(23737,plain,
% 127.98/80.55 (~v1050(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23736, 23735])).
% 127.98/80.55 tff(23738,plain,
% 127.98/80.55 (~v1052(constB17)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9575, 23737])).
% 127.98/80.55 tff(23739,plain,
% 127.98/80.55 (~v7(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9570, 23738])).
% 127.98/80.55 tff(23740,plain,
% 127.98/80.55 (~v7(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9562, 23739])).
% 127.98/80.55 tff(23741,plain,
% 127.98/80.55 (~sP960(constB18)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9556, 5864, 23740])).
% 127.98/80.55 tff(23742,plain,
% 127.98/80.55 (~v13(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10193, 23734, 3984, 23731])).
% 127.98/80.55 tff(23743,plain,
% 127.98/80.55 (v13(constB16, bitIndex2) | (~v938(constB16, bitIndex1))),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5572, 2226, 23719])).
% 127.98/80.55 tff(23744,plain,
% 127.98/80.55 (~v938(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23743, 23742])).
% 127.98/80.55 tff(23745,plain,
% 127.98/80.55 (~v940(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5581, 23744])).
% 127.98/80.55 tff(23746,plain,
% 127.98/80.55 (~v929(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5607, 23745])).
% 127.98/80.55 tff(23747,plain,
% 127.98/80.55 (~v7(constB17, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5615, 23746])).
% 127.98/80.55 tff(23748,plain,
% 127.98/80.55 (~(constB17 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20860, 23747])).
% 127.98/80.55 tff(23749,plain,
% 127.98/80.55 (~v7(constB18, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5636, 23747])).
% 127.98/80.55 tff(23750,plain,
% 127.98/80.55 (~(constB18 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20863, 23749])).
% 127.98/80.55 tff(23751,plain,
% 127.98/80.55 (constB20 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11811, 23750, 22976, 23033, 23008, 4112, 11346, 5323, 23010, 4113, 23699, 2408, 3694, 23413, 5310, 23748])).
% 127.98/80.55 tff(23752,plain,
% 127.98/80.55 (v13(constB18, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9532, 23751, 22975])).
% 127.98/80.55 tff(23753,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5724, 1804, 23749, 23752, 23741])).
% 127.98/80.55 tff(23754,plain,((constB19 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | v7(constB16, bitIndex1) | (constB16 = sK952_VarCurr) | (constB15 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23755,plain,
% 127.98/80.55 (constB19 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23754, 3984, 11346, 5323, 4113, 2408, 3694, 4112, 5309, 2407])).
% 127.98/80.55 tff(23756,plain,
% 127.98/80.55 (v1044(sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5791, 23755])).
% 127.98/80.55 tff(23757,plain,
% 127.98/80.55 (~(constB18 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[14649, 23756])).
% 127.98/80.55 tff(23758,plain,
% 127.98/80.55 (v13(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11465, 23755, 22975, 23731])).
% 127.98/80.55 tff(23759,plain,
% 127.98/80.55 (~v13(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10193, 23758, 3984, 23731])).
% 127.98/80.55 tff(23760,plain,
% 127.98/80.55 (~(constB17 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11418, 23759, 22975])).
% 127.98/80.55 tff(23761,plain,
% 127.98/80.55 (v7(constB19, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20812, 23760, 23036, 23008, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 2407, 23699, 5309, 23757])).
% 127.98/80.55 tff(23762,plain,
% 127.98/80.55 (v929(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16266, 23761])).
% 127.98/80.55 tff(23763,plain,
% 127.98/80.55 (v940(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16209, 23762])).
% 127.98/80.55 tff(23764,plain,
% 127.98/80.55 (v938(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[14209, 23763])).
% 127.98/80.55 tff(23765,plain,
% 127.98/80.55 (v13(constB18, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16203, 23764])).
% 127.98/80.55 tff(23766,plain,
% 127.98/80.55 (v7(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12639, 23755, 22976])).
% 127.98/80.55 tff(23767,plain,
% 127.98/80.55 (v956(constB19, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11821, 23766])).
% 127.98/80.55 tff(23768,plain,
% 127.98/80.55 (v940(constB19, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11826, 23767])).
% 127.98/80.55 tff(23769,plain,
% 127.98/80.55 (v938(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11831, 23768])).
% 127.98/80.55 tff(23770,plain,
% 127.98/80.55 (v13(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11841, 23769])).
% 127.98/80.55 tff(23771,plain,
% 127.98/80.55 ((~v938(constB16, bitIndex0)) | v13(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5532, 320, 23719])).
% 127.98/80.55 tff(23772,plain,
% 127.98/80.55 (~v938(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23771, 23759])).
% 127.98/80.55 tff(23773,plain,
% 127.98/80.55 (~v940(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5541, 23772])).
% 127.98/80.55 tff(23774,plain,
% 127.98/80.55 (~v956(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5567, 23773])).
% 127.98/80.55 tff(23775,plain,
% 127.98/80.55 (~v7(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10249, 23774])).
% 127.98/80.55 tff(23776,plain,
% 127.98/80.55 (~v7(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5759, 23775])).
% 127.98/80.55 tff(23777,plain,
% 127.98/80.55 ((~v952(constB16, bitIndex1)) | (~v13(constB16, bitIndex2))),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10186, 6136, 23732])).
% 127.98/80.55 tff(23778,plain,
% 127.98/80.55 (~v952(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23777, 23758])).
% 127.98/80.55 tff(23779,plain,
% 127.98/80.55 (~v13(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11382, 23778, 23733])).
% 127.98/80.55 tff(23780,plain,
% 127.98/80.55 (~v1050(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23736, 23779])).
% 127.98/80.55 tff(23781,plain,
% 127.98/80.55 (~v1052(constB17)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9575, 23780])).
% 127.98/80.55 tff(23782,plain,
% 127.98/80.55 (~v7(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9570, 23781])).
% 127.98/80.55 tff(23783,plain,
% 127.98/80.55 (~v7(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9562, 23782])).
% 127.98/80.55 tff(23784,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10272, 23783, 23776, 23770, 23765])).
% 127.98/80.55 tff(23785,plain,(v7(constB16, bitIndex1) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB13 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB16 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23786,plain,
% 127.98/80.55 (v7(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23785, 5309, 4112, 3694, 2408, 11346, 5323, 2407, 4113])).
% 127.98/80.55 tff(23787,plain,
% 127.98/80.55 (v7(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4007, 23786])).
% 127.98/80.55 tff(23788,plain,
% 127.98/80.55 (v956(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9649, 23787])).
% 127.98/80.55 tff(23789,plain,
% 127.98/80.55 (v940(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9654, 23788])).
% 127.98/80.55 tff(23790,plain,
% 127.98/80.55 (v938(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9659, 23789])).
% 127.98/80.55 tff(23791,plain,
% 127.98/80.55 (v13(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11741, 23790])).
% 127.98/80.55 tff(23792,plain,
% 127.98/80.55 (v11(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11682, 23790])).
% 127.98/80.55 tff(23793,plain,
% 127.98/80.55 (v11(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12779, 23791, 23698])).
% 127.98/80.55 tff(23794,plain,
% 127.98/80.55 (~v1050(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10802, 6040, 23793, 23692])).
% 127.98/80.55 tff(23795,plain,
% 127.98/80.55 (~v1052(constB13)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10808, 23794])).
% 127.98/80.55 tff(23796,plain,
% 127.98/80.55 (~v7(constB13, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10816, 23795])).
% 127.98/80.55 tff(23797,plain,
% 127.98/80.55 (~v7(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10822, 23796])).
% 127.98/80.55 tff(23798,plain,
% 127.98/80.55 (~v13(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[13682, 23797, 23698, 23792, 23791])).
% 127.98/80.55 tff(23799,plain,
% 127.98/80.55 (~v938(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23743, 23798])).
% 127.98/80.55 tff(23800,plain,
% 127.98/80.55 (~v940(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5581, 23799])).
% 127.98/80.55 tff(23801,plain,
% 127.98/80.55 (~v929(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5607, 23800])).
% 127.98/80.55 tff(23802,plain,
% 127.98/80.55 (~v7(constB17, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5615, 23801])).
% 127.98/80.55 tff(23803,plain,
% 127.98/80.55 (~v7(constB18, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5636, 23802])).
% 127.98/80.55 tff(23804,plain,
% 127.98/80.55 (~(constB18 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20863, 23803])).
% 127.98/80.55 tff(23805,plain,
% 127.98/80.55 (~(constB17 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20860, 23802])).
% 127.98/80.55 tff(23806,plain,
% 127.98/80.55 (v7(constB19, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20812, 23805, 23036, 23008, 23034, 4113, 4112, 3694, 2408, 23010, 23033, 11346, 5323, 2407, 23699, 5309, 23804])).
% 127.98/80.55 tff(23807,plain,
% 127.98/80.55 (v929(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16266, 23806])).
% 127.98/80.55 tff(23808,plain,
% 127.98/80.55 (v940(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16209, 23807])).
% 127.98/80.55 tff(23809,plain,
% 127.98/80.55 (v938(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[14209, 23808])).
% 127.98/80.55 tff(23810,plain,
% 127.98/80.55 (v13(constB18, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[16203, 23809])).
% 127.98/80.55 tff(23811,plain,
% 127.98/80.55 (sP958(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12791, 5886, 23797])).
% 127.98/80.55 tff(23812,plain,
% 127.98/80.55 ((~v13(constB14, bitIndex1)) | (~sP958(constB14)) | (~sP959(constB14))),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2305, 1886, 23698])).
% 127.98/80.55 tff(23813,plain,
% 127.98/80.55 (~sP959(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23812, 23811, 23791])).
% 127.98/80.55 tff(23814,plain,
% 127.98/80.55 (v952(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12797, 6151, 23813])).
% 127.98/80.55 tff(23815,plain,
% 127.98/80.55 (~v13(constB14, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12799, 23797, 23698, 23791])).
% 127.98/80.55 tff(23816,plain,
% 127.98/80.55 (~v938(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21213, 23815])).
% 127.98/80.55 tff(23817,plain,
% 127.98/80.55 (~v940(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2356, 23816])).
% 127.98/80.55 tff(23818,plain,
% 127.98/80.55 (~v929(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2348, 23817])).
% 127.98/80.55 tff(23819,plain,
% 127.98/80.55 (~v7(constB15, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5505, 23818])).
% 127.98/80.55 tff(23820,plain,
% 127.98/80.55 (~v7(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4072, 23819])).
% 127.98/80.55 tff(23821,plain,
% 127.98/80.55 (sP960(constB18)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5724, 1804, 23803, 23810])).
% 127.98/80.55 tff(23822,plain,
% 127.98/80.55 (v7(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9556, 5864, 23821])).
% 127.98/80.55 tff(23823,plain,
% 127.98/80.55 (v7(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9562, 23822])).
% 127.98/80.55 tff(23824,plain,
% 127.98/80.55 (v1052(constB17)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9570, 23823])).
% 127.98/80.55 tff(23825,plain,
% 127.98/80.55 (v1050(constB16)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9575, 23824])).
% 127.98/80.55 tff(23826,plain,
% 127.98/80.55 (v13(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23736, 23825])).
% 127.98/80.55 tff(23827,plain,
% 127.98/80.55 (~v13(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21703, 23826, 23698, 23820, 23792, 23797, 23814])).
% 127.98/80.55 tff(23828,plain,
% 127.98/80.55 (~v938(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23771, 23827])).
% 127.98/80.55 tff(23829,plain,
% 127.98/80.55 (~v940(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5541, 23828])).
% 127.98/80.55 tff(23830,plain,
% 127.98/80.55 (~v956(constB17, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5567, 23829])).
% 127.98/80.55 tff(23831,plain,
% 127.98/80.55 (~v7(constB17, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10249, 23830])).
% 127.98/80.55 tff(23832,plain,
% 127.98/80.55 (~v7(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5759, 23831])).
% 127.98/80.55 tff(23833,plain,
% 127.98/80.55 (~v13(constB18, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5738, 23832, 23803, 23810])).
% 127.98/80.55 tff(23834,plain,
% 127.98/80.55 (~(constB19 = sK952_VarCurr)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5765, 23827, 22975, 23798])).
% 127.98/80.55 tff(23835,plain,
% 127.98/80.55 (constB20 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23054, 23834, 23008, 23036, 4113, 23034, 4112, 3694, 11346, 23033, 5323, 23010, 5309, 23699, 23804, 2407, 2408, 23805])).
% 127.98/80.55 tff(23836,plain,
% 127.98/80.55 (v7(constB20, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11815, 23835, 22976])).
% 127.98/80.55 tff(23837,plain,
% 127.98/80.55 (v7(constB19, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9468, 23836])).
% 127.98/80.55 tff(23838,plain,
% 127.98/80.55 (v956(constB19, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11821, 23837])).
% 127.98/80.55 tff(23839,plain,
% 127.98/80.55 (v940(constB19, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11826, 23838])).
% 127.98/80.55 tff(23840,plain,
% 127.98/80.55 (v938(constB18, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11831, 23839])).
% 127.98/80.55 tff(23841,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11841, 23840, 23833])).
% 127.98/80.55 tff(23842,plain,((constB16 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB15 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23843,plain,
% 127.98/80.55 (constB16 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23842, 2407, 4112, 3694, 11346, 5323, 4113, 2408])).
% 127.98/80.55 tff(23844,plain,
% 127.98/80.55 (~v7(constB16, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[15427, 23843, 22975])).
% 127.98/80.55 tff(23845,plain,
% 127.98/80.55 (~v7(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4044, 23844])).
% 127.98/80.55 tff(23846,plain,
% 127.98/80.55 (~v1052(constB15)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1457, 23845])).
% 127.98/80.55 tff(23847,plain,
% 127.98/80.55 (~v1050(constB14)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1472, 23846])).
% 127.98/80.55 tff(23848,plain,
% 127.98/80.55 (~v13(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2010, 23847])).
% 127.98/80.55 tff(23849,plain,
% 127.98/80.55 (v11(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2145, 23848])).
% 127.98/80.55 tff(23850,plain,
% 127.98/80.55 (v7(constB16, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[3986, 23843, 22976])).
% 127.98/80.55 tff(23851,plain,
% 127.98/80.55 (v7(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4007, 23850])).
% 127.98/80.55 tff(23852,plain,
% 127.98/80.55 (v956(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9649, 23851])).
% 127.98/80.55 tff(23853,plain,
% 127.98/80.55 (v940(constB15, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9654, 23852])).
% 127.98/80.55 tff(23854,plain,
% 127.98/80.55 (v938(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9659, 23853])).
% 127.98/80.55 tff(23855,plain,
% 127.98/80.55 (v13(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[11741, 23854])).
% 127.98/80.55 tff(23856,plain,
% 127.98/80.55 (v7(constB16, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20700, 23843])).
% 127.98/80.55 tff(23857,plain,
% 127.98/80.55 (v7(constB15, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4072, 23856])).
% 127.98/80.55 tff(23858,plain,
% 127.98/80.55 (v929(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[5505, 23857])).
% 127.98/80.55 tff(23859,plain,
% 127.98/80.55 (v940(constB15, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2348, 23858])).
% 127.98/80.55 tff(23860,plain,
% 127.98/80.55 (v938(constB14, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[2356, 23859])).
% 127.98/80.55 tff(23861,plain,
% 127.98/80.55 (v13(constB14, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21213, 23860])).
% 127.98/80.55 tff(23862,plain,
% 127.98/80.55 (v7(constB14, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12799, 23861, 23698, 23855])).
% 127.98/80.55 tff(23863,plain,
% 127.98/80.55 (v7(constB13, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10822, 23862])).
% 127.98/80.55 tff(23864,plain,
% 127.98/80.55 (v1052(constB13)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10816, 23863])).
% 127.98/80.55 tff(23865,plain,
% 127.98/80.55 (v1050(constB12)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10808, 23864])).
% 127.98/80.55 tff(23866,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10802, 6040, 23865, 23849, 23692])).
% 127.98/80.55 tff(23867,plain,((constB15 = sK952_VarCurr) | (constB7 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB12 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB8 = sK952_VarCurr) | (constB13 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23868,plain,
% 127.98/80.55 (constB12 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23867, 23301, 3694, 23293, 5323, 4113, 4112])).
% 127.98/80.55 tff(23869,plain,
% 127.98/80.55 ((~(constB12 = sK952_VarCurr)) | (~v7(sK952_VarCurr, bitIndex1)) | v7(constB10, bitIndex1) | (~v11(constB10)) | v13(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[10414, 20423])).
% 127.98/80.55 tff(23870,plain,
% 127.98/80.55 (v7(constB10, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23869, 10405, 22976, 5324, 7563])).
% 127.98/80.55 tff(23871,plain,
% 127.98/80.55 (v7(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[188, 23870])).
% 127.98/80.55 tff(23872,plain,
% 127.98/80.55 (v956(constB9, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[206, 23871])).
% 127.98/80.55 tff(23873,plain,
% 127.98/80.55 (v940(constB9, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[289, 23872])).
% 127.98/80.55 tff(23874,plain,
% 127.98/80.55 (v938(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[307, 23873])).
% 127.98/80.55 tff(23875,plain,
% 127.98/80.55 (v13(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[340, 23874])).
% 127.98/80.55 tff(23876,plain,
% 127.98/80.55 (v7(constB12, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20685, 5324])).
% 127.98/80.55 tff(23877,plain,
% 127.98/80.55 (v7(constB11, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1772, 23876])).
% 127.98/80.55 tff(23878,plain,
% 127.98/80.55 (v929(constB11, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1751, 23877])).
% 127.98/80.55 tff(23879,plain,
% 127.98/80.55 (v940(constB11, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1743, 23878])).
% 127.98/80.55 tff(23880,plain,
% 127.98/80.55 (v938(constB10, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1717, 23879])).
% 127.98/80.55 tff(23881,plain,
% 127.98/80.55 (v13(constB10, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12418, 23880])).
% 127.98/80.55 tff(23882,plain,
% 127.98/80.55 (v7(constB10, bitIndex2) | sP960(constB10)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6367, 1804, 23881])).
% 127.98/80.55 tff(23883,plain,
% 127.98/80.55 (v7(constB10, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23882, 22825])).
% 127.98/80.55 tff(23884,plain,
% 127.98/80.55 (v7(constB9, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6412, 23883])).
% 127.98/80.55 tff(23885,plain,
% 127.98/80.55 (v929(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6420, 23884])).
% 127.98/80.55 tff(23886,plain,
% 127.98/80.55 (v940(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6446, 23885])).
% 127.98/80.55 tff(23887,plain,
% 127.98/80.55 (v938(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6454, 23886])).
% 127.98/80.55 tff(23888,plain,
% 127.98/80.55 (v13(constB8, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[7651, 23887])).
% 127.98/80.55 tff(23889,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[21119, 23888, 23875])).
% 127.98/80.55 tff(23890,plain,(v13(constB8, bitIndex0) | (~(constB12 = sK952_VarCurr)) | (~v11(constB10))), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23891,plain,
% 127.98/80.55 (v13(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23890, 23868, 23142])).
% 127.98/80.55 tff(23892,plain,
% 127.98/80.55 (~v13(constB8, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20632, 23891])).
% 127.98/80.55 tff(23893,plain,
% 127.98/80.55 (~v938(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[7651, 23892])).
% 127.98/80.55 tff(23894,plain,
% 127.98/80.55 (~v940(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6454, 23893])).
% 127.98/80.55 tff(23895,plain,
% 127.98/80.55 (~v929(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6446, 23894])).
% 127.98/80.55 tff(23896,plain,
% 127.98/80.55 (~v7(constB9, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6420, 23895])).
% 127.98/80.55 tff(23897,plain,
% 127.98/80.55 (~v7(constB10, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6412, 23896])).
% 127.98/80.55 tff(23898,plain,
% 127.98/80.55 (~v13(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[18496, 23891, 23892])).
% 127.98/80.55 tff(23899,plain,
% 127.98/80.55 (~v938(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[340, 23898])).
% 127.98/80.55 tff(23900,plain,
% 127.98/80.55 (~v940(constB9, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[307, 23899])).
% 127.98/80.55 tff(23901,plain,
% 127.98/80.55 (~v956(constB9, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[289, 23900])).
% 127.98/80.55 tff(23902,plain,
% 127.98/80.55 (~v7(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[206, 23901])).
% 127.98/80.55 tff(23903,plain,
% 127.98/80.55 (~v7(constB10, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[188, 23902])).
% 127.98/80.55 tff(23904,plain,
% 127.98/80.55 ((~(constB12 = sK952_VarCurr)) | (~v11(constB10)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[9286, 20423])).
% 127.98/80.55 tff(23905,plain,
% 127.98/80.55 ($false),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23904, 23903, 23897, 22976, 23142, 23868])).
% 127.98/80.55 tff(23906,plain,((constB8 = sK952_VarCurr) | (constB10 = sK952_VarCurr) | (constB11 = sK952_VarCurr) | (constB7 = sK952_VarCurr)), inference(lemma,lemma(discharge,[]))).
% 127.98/80.55 tff(23907,plain,
% 127.98/80.55 (constB11 = sK952_VarCurr),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23906, 23001, 22993, 22983])).
% 127.98/80.55 tff(23908,plain,
% 127.98/80.55 ((~(constB11 = sK952_VarCurr)) | v7(constB10, bitIndex2) | v7(constB10, bitIndex1) | (~v7(sK952_VarCurr, bitIndex1))),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[14665, 20423])).
% 127.98/80.55 tff(23909,plain,
% 127.98/80.55 (v7(constB10, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23908, 1, 22976, 23907])).
% 127.98/80.55 tff(23910,plain,
% 127.98/80.55 (v7(constB9, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6412, 23909])).
% 127.98/80.55 tff(23911,plain,
% 127.98/80.55 (v929(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6420, 23910])).
% 127.98/80.55 tff(23912,plain,
% 127.98/80.55 (v940(constB9, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6446, 23911])).
% 127.98/80.55 tff(23913,plain,
% 127.98/80.55 (v938(constB8, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6454, 23912])).
% 127.98/80.55 tff(23914,plain,
% 127.98/80.55 (v13(constB8, bitIndex2)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[7651, 23913])).
% 127.98/80.55 tff(23915,plain,
% 127.98/80.55 (sP958(constB10)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[22346, 23914])).
% 127.98/80.55 tff(23916,plain,
% 127.98/80.55 (v7(constB11, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[4109, 23907, 22976])).
% 127.98/80.55 tff(23917,plain,
% 127.98/80.55 (v956(constB11, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1311, 23916])).
% 127.98/80.55 tff(23918,plain,
% 127.98/80.55 (v940(constB11, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1303, 23917])).
% 127.98/80.55 tff(23919,plain,
% 127.98/80.55 (v938(constB10, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[1263, 23918])).
% 127.98/80.55 tff(23920,plain,
% 127.98/80.55 (v13(constB10, bitIndex1)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[12400, 23919])).
% 127.98/80.55 tff(23921,plain,
% 127.98/80.55 (v7(constB10, bitIndex1) | (~sP958(constB10)) | (~sP959(constB10))),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[6384, 1886, 23920])).
% 127.98/80.55 tff(23922,plain,
% 127.98/80.55 (~sP959(constB10)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[23921, 23915, 1])).
% 127.98/80.55 tff(23923,plain,
% 127.98/80.55 (~v13(constB8, bitIndex0)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[20632, 23914])).
% 127.98/80.55 tff(23924,plain,
% 127.98/80.55 (~sP960(constB10)),
% 127.98/80.55 inference(unit_resolution,[status(thm)],[22824, 23923])).
% 128.19/80.74 tff(23925,plain,
% 128.19/80.74 (v7(constB11, bitIndex2)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[20687, 23907])).
% 128.19/80.74 tff(23926,plain,
% 128.19/80.74 (v929(constB11, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[1751, 23925])).
% 128.19/80.74 tff(23927,plain,
% 128.19/80.74 (v940(constB11, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[1743, 23926])).
% 128.19/80.74 tff(23928,plain,
% 128.19/80.74 (v938(constB10, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[1717, 23927])).
% 128.19/80.74 tff(23929,plain,
% 128.19/80.74 (v13(constB10, bitIndex2)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[12418, 23928])).
% 128.19/80.74 tff(23930,plain,
% 128.19/80.74 ((~v952(constB10, bitIndex1)) | sP960(constB10)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[7452, 6136, 23929])).
% 128.19/80.74 tff(23931,plain,
% 128.19/80.74 (~v952(constB10, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[23930, 23924])).
% 128.19/80.74 tff(23932,plain,
% 128.19/80.74 ($false),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[7445, 6151, 23931, 23922])).
% 128.19/80.74 tff(23933,plain,(v7(constB10, bitIndex1)), inference(lemma,lemma(discharge,[]))).
% 128.19/80.74 tff(23934,plain,
% 128.19/80.74 (v7(constB9, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[188, 23933])).
% 128.19/80.74 tff(23935,plain,
% 128.19/80.74 (v956(constB9, bitIndex0)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[206, 23934])).
% 128.19/80.74 tff(23936,plain,
% 128.19/80.74 (v940(constB9, bitIndex0)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[289, 23935])).
% 128.19/80.74 tff(23937,plain,
% 128.19/80.74 (v938(constB8, bitIndex0)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[307, 23936])).
% 128.19/80.74 tff(23938,plain,
% 128.19/80.74 (v13(constB8, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[340, 23937])).
% 128.19/80.74 tff(23939,plain,
% 128.19/80.74 (~v13(constB8, bitIndex2)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[21119, 23938])).
% 128.19/80.74 tff(23940,plain,
% 128.19/80.74 (~v938(constB8, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[7651, 23939])).
% 128.19/80.74 tff(23941,plain,
% 128.19/80.74 (~v940(constB9, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[6454, 23940])).
% 128.19/80.74 tff(23942,plain,
% 128.19/80.74 (~v929(constB9, bitIndex1)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[6446, 23941])).
% 128.19/80.74 tff(23943,plain,
% 128.19/80.74 (~v13(constB8, bitIndex0)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[18496, 23938, 23939])).
% 128.19/80.74 tff(23944,plain,
% 128.19/80.74 (~sP960(constB10)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[22824, 23943])).
% 128.19/80.74 tff(23945,plain,
% 128.19/80.74 (v7(constB10, bitIndex2) | sP960(constB10)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[6367, 1804, 23929])).
% 128.19/80.74 tff(23946,plain,
% 128.19/80.74 (v7(constB10, bitIndex2)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[23945, 23944])).
% 128.19/80.74 tff(23947,plain,
% 128.19/80.74 (v7(constB9, bitIndex2)),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[6412, 23946])).
% 128.19/80.74 tff(23948,plain,
% 128.19/80.74 ($false),
% 128.19/80.74 inference(unit_resolution,[status(thm)],[6420, 23947, 23942])).
% 128.19/80.74 % SZS output end Proof
%------------------------------------------------------------------------------